ML20129J730
| ML20129J730 | |
| Person / Time | |
|---|---|
| Site: | Mcguire, McGuire  |
| Issue date: | 09/30/1994 |
| From: | Glenn J DUKE POWER CO. |
| To: | |
| Shared Package | |
| ML20129J725 | List: |
| References | |
| MCC-1227.00-, MCC-1227.00--59, MCC-1227.00-00, MCC-1227.00-00-0059, NUDOCS 9611080003 | |
| Download: ML20129J730 (480) | |
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{{#Wiki_filter:t" I ramoion em I-ORM 101.1 REVISION 13 CERTIFICATION OF ENGINEERING CALCULATION l') STATION AND UNIT NUMBER TITLE OF CALCULATION McGuire Nuclear Station. Units One and Two Locked Rotor and Single Rod Withdrawal Offsite : Dose Analyses for Replacement Steam Generators CALCULATION NUMBER MCC-1227.00-00-0059 ORIGINALLY CONSISTING OF: PAGES 1 THROUGH 24 l TOTAL ATTACHMENTS 4 TOTAL MICROFICHE ATTACHMENTS 0 TOTAL VOLUMES 1 TYPE I CALCULATION / ANALYSIS YES O N O @ TOTAL DISKETTES 3+3 TYPE I REVIEW FREQUENCY n/a i THESE ENGINEERING CALCULATIONS COVER QA CONDITION 1 ITEMS. IN ACCORDANCE WITH ESTABUSHED PROCEDURES, THE QUAUTY HAS BEEN ASSURED AND I CERTIFY THAT THE ( ABOVE CALCULATION HAS DEEN ORIGINATED, CHECKED OR APPROVED AS NOTED BELOW: 'i ORIGINATED BY xes / m DATE 9/g;r/94 , CHECKED BY b3( DATE 7/.2 [f Y ( APPROVED BY
. .I- --
DATE 30 ,
/ ISSUED TO TECHNICAL SERVICES DIVISION DATE RECEIVED BY TECHNICAL SERVICES DIVISION DATE MICROFICHE ATTACHMENT UST: OYES @NO SEE FORM 101.4 REV. CALCULATION PAGES(VoL) ATTACHMENTS (VoL) VOLUMES ORIG CHKD APPR ISSUE No. DATE REVISED DELETED AC)DED REVISED DELETED ADDED DELETED ADDED DATE DATE DATE REC'D DATE .
9611000003 961028 PDR ADOCK 05000369 P PDR i m i
4 MCC-1227.00-00-0059 JI Gl:nn,9/27/94 Page1 1 (. . I
~' " Locked' Rotor an'd '
C 66%'R6dMhsal *
> '2 'O'ffsite Ddse3nalyses ' '
~
' "foV REplacernent Ste'am' y .y w G' EEiriiifors'U e ' *" N 1.0 Purpose The purpose of this calculation is to determine the offsite radiological l doses at the Exclusion Area Boundary (EAB) and Low Population Zone
{ (LPZ) from a postulated Reactor Coolant Pump Locked Rotor accident l and a postulated Single Rod Withdrawal accident at McGuire Nuclear 1 Station. This calculation is applicable to McGuire Nuclear Station for the replacement steam generators. 2.0 Relation to Nuclear Safety ! This calculation ensures that the offsite dose to an individual at the EAB or LPZ is within a "small fraction of 10 CFR Part 100 limits" for McGuire Nuclear Station after replacement of the Unit One and Two ( Steam Generators. Therefore, this dalculation is classified as QA
) Condition 1.
3.0 Method The computer code ORIGEN2 will be used to calculate core isotopic inventories (see References 8.8 and 8.15). The equations used to model iodine transport and decay, iodine and noble gas releases, and thyroid i and whole body doses for secondary side releases are developed in ! Section 9 of this calculation. These equations are programmed with an j EXCEL spreadsheet. The equations are solved in closed analytical l form over numerous time steps such that if any of the input ' parameters change during the time frame of interest in the calculation, the values are extracted from a table ofinput values and used for the given mathematical function over the applicable time step. For example, Reactor Coolant System iodine concentration is solved over iterative time steps and a table of data is created to use as source term for the S/G iodine concentration and iodine release calculation. For S/G iodine concentration, we are solving for SGI, where SGI = f ; (SR, PF, SGM, PB, FF, SF)(these terms are defined in Section 9 of this calculation). These parameters are held constant over short time steps l (At = tna - to, ... ), and the equation is solved over this time step. SGI l l l I
MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 2 solved for the time step as described now becomes the initial SGI, for ( ~ the next time step. For this next time step, new values of the input parameters (of which SGI is a function) are extracted from tables in the " Excel" spreadsheet, and the process is repeated for the next time step. This process is repeated until we have solved for SGI over the entire time frame ofinterest (i.e., accident duration). Iodine release is calculated over equivalent time intervals, as is thyroid dose. The result for each interval is then summed for a total result. For the noble gases, no holdup in the S/G occurs, and hence only nuclide decay is calculated over the time steps. Based on the primary to secondary leak rate, a total whole body dose is calculated. For the locked rotor accident, cases will be evaluated for a combination of failed fuel source term (including the fuel pin plenum activity) and coincident iodine ; spike, for both the EAB (Exclusion Area Boundary) and the LPZ (Low ! Population Zone). 4.0 Codes and Standards I 4.1 Title 10 Code of Federal Regulations, Part 100. l 4.2 NUREG-0800, " Standard Review Plan for the Review of Safety ) Analysis Reports for Nuclear Power Plants", Rev. 2, July 1981. l ( (MNS is not committed to use the Standard Review Plan but the !
) guidelines are used in this analysis).
5.0 % + % ,_ l For the Locked Rotor Accidents, offsite doses will not exceed a "small ) fraction of 10 CFR Part 100 limits" at the EAB ~or LPZ (defined as 10% l of 300 rem, or 30 rem thyroid). The Standard Review Plan does not > state an acceptance criteria for the Single Rod Withdrawal Transient. . However, since this transient involves iodine spiking, the acceptance ; criteria is treated as 30 rem thyroid (the same as the Locked Rotor l
. Transient).
6.0 FSAR Reference ! McGuire Final Safety Analysis Report, Chapter 15, Section 15.3.3. 7.0 Assumptions 7.1 The iodine chemical speciation is assumed to be 0.91 elemental, 0.05 particulate and 0.04 organic.
MCC-1227.00-00-0059 l JI Glenn,9/27/94 ; Page 3 l
\
() 7.2 For source term timing, fuel failure as a result of the Reactor Coolant Pump locked rotor or Single Rod Withdrawal accidents results in the immediate release of the plenum activity from the i breached fuel pins to the reactor coolant. This assumption is applicable to the secondary side releases. l 7.3 It is assumed that the source term released from the fuel pms upon failure (entering DNB which causes breach of the fuel pin) instantaneously and homogeneously mixes with the reactor coolant. This assumption is applicable to the secondary side i releases. ! l 7.4 Primary to secondary leakage will be modeled to exist for the full duration of the dose analysis (i.e.,2 hours for the exclusion area boundary dose calculation,8 hours for the low population zone dose calculation). However, depending on the l thermodynamic inputs for the specific scenario, steaming will ! end prior to 8 hours (i.e., primary releases via the secondary j side will end when steaming ends). j 7.5 The fuel pin plenum activity is assumed to be 10% of the fuel l I pin isotopic inventory. 1 7.6' All releases from the secondary side are through the steam relief valves (PORVs or code safety valves), i.e., no credit is taken for
]
l iodine partitioning in the condenser. This assumption supports ! the assumption of a coincident LOOP (as per the Standard ' Review Plan). 1 7.7 The noble gases released to the secondary side are released from ! the S/Gs and through the steam relief valves with a partition factor of1.0. 7.8 The skin dose from beta particles is insignificant compared to the whole body dose from gammas, and will be ignored. 7.9 During periods of S/G tube bundle uncovery, it is assumed that all primary to secondary leakage will escape the S/G with no partitioning, plateout or scrubbing of the iodine source term. 7.10 When the S/G tube bundle is covered, it is assumed that the primary leakage mixes homogeneously with the S/G water inventory. However, for small leaks where the primary leakage is cooled in the leak path (such as would be the case for these
I MCC-1227.00-00-0059 , JI Glenn,9/27/94 ' Page 4 l \-f accidents with primary to secondary leakage limited by l 3 Technical Specifications), it is not necessary to consider , l ) flashing. As stated in NUREG-0409 (Reference 8.16), "in the l following analysis it has been assumed that leak geometry l l allows jet-like discharge of primary water into a shell side l containing saturated water at low enthalpy. If flashing did not , l occur, then neither volatilization nor atomization of leaked i water would occur and the leaked water would merely mix with ! boiler water. While flashing is thought to be a realistic : expectation for the tube rupture accident, flashing of coolant : would not occur for very small leaks where water was cooled in { l the leak path. Also, if sub cooled water were present in the ! generator, flashed water would be condensed immediately and iodine would remain in water solution." . 7.11 Radioactive iodine is assumed to be released with steam flow 1 from the S/G water inventory at a partition coefficient of 100 (1/100 = partition factor of IE-2). 1 7.12 In accordance with Regulatory Guide 1.4, depletion of the effluent plume due to deposition of radioactive iodine on the i ground or radioactive decay is not credited. Radioactive iodine j (. in transit is conservatively assumed to be at the same source :
) term strength as when it is released from the S/G. '
7.13 Steam releases are stated in Reference 8.17 (Attachment One). l 7.14 In the calculation of core isotopic inventory for the locked RCP rotor accident with the ORIGEN2 computer code, it has been ; assumed that: 1) the core has been irradiated to a total of 30,000 MWD /MTU, b) the initial enrichment is 5.0 w/o, and c) the , initial core loading of heavy metal is 88 MTU. The fuel pins 1 which sustain DNB upon initiation of the accident will be
, predominately feed batch fuel pins, and reference 8.15 provides i burnup and enrichment information concerning the locked rotor l accident which is used to develop this assumption. For this )
analysis,' the core isotopic inventory developed for the Locked ) Rotor Transient is valid for use in evaluating the Single Rod l l Withdrawal Transient. l l 7.15 No credit will be taken for letdown depletion in any case I considered in this calculation, although the demineralizers will be capable of source term reduction from RCS inventory cleanup.
MCC-1227.00-00-0059 ] JI Glenn,9/27/94 ! Page 5 i ; i ( 7.16 In the calculation of nuclide production (or appearance) rate, it ) !\ 1 is assumed that the letdown demineralizer iodine removal efficiency is 100 %. Since the nuclide production rate to maintain equilibrium Reactor Coolaf System concentration is I i being set equal to the depletion mechanisms (i.e., radioactive ! decay and letdown cleanup), this assumption conservatively i maximizes the nuclide production rate and hence yields greater ;
- Reactor Coolant System concentration versus time for the ;
coincident (accident-initiated) iodine spike case. The dose ! results of the coincident iodine spike will be added to the dose
- results from failed fuel.
) 7.17 The breathing rate will be assumed to be 3.47E-4 m% for the j , duration of the transient (Reference 8.4). i 7.18 The mass conversion selected in the calculatiw of source term ! concentration and primary to secondary leak rate is 0.1642 l gal /lbm (reference 8.11), and is applicable to a temperature of 556 0F. Changes in the Reactor Coolant System temperature , are of no consequence. This assumption ensures consistency
- with the conversion of Reactor Coolant System volume from
! gallons to mass. Primary to secondary leakage is tracked in j (. . units of mass to enable calculation of S/G activity in units of , ) mass. The value chosen does not affect the magnitude of the
- primary to secondary leakage, as long as the conversion factor l l for the primary to secondary leakage and Reactor Coolant System volume are the same.
l l ; i ! i 7.19 It is assumed that the Locked Rotor Accident with the Loss of i i Offsite Power (LOOP) causes 15% of the fuel pins to enter DNB j and breach, thereby releasing the fuel pin plenum activity l (Reference 8.17). It is assumed that the Locked Rotor Accident j without the LOOP causes 3% of the fuel pins to entar DNB and ) , breach, thereby releasing the fuel pin plenum activity j (Reference 8.17).
- 7.20 It is assumed that the Single Rod Withdrawal Accident causes j 5% of the fuel pins to enter DNB and breach, thereby releasing
- the fuel pin plenum activity (Reference 8.17).
7.21 Experience demonstrates that core iodine activity increases i throughout core burnup, while noble gas activity decreases (see { Reference 8.14). The most limiting noble gas inventory is a BOC j burnup. Section 9 of this calculation will describe analyses i , performed to develop a noble gas source term for whole body i ) .1, -
MCC-1227.00-00-0059 l JI Glenn,9/27/94 j ' Page 6
)
dose calculations. This analysis uses total Xe-133 equivalent !
'{ . activity in the core for purposes of comparison of various burnup
-.)
values. The whole body dose resulting from these accidents is a function not only of the initial source term available for release, but the half lives of the nuclides comprising the source term. l For example, the total Xe-133 equivalent activity early in core ; life may be higher than later in core life, but this may be caused j by higher activities of short-lived isotopes. Since dose is l integrated over the course of the accident, longer-lived isotopes can have a significant impact on integrated dose. It is assumed that this difference in integrated decay curves caused by different spectrums will not have a significant impact on the whole body doses. That is to say, it is assumed that the method of selection of a noble gas source term (i.e., maximum Xe-133 equivalent activity) accurately represents the most limiting core condition. Additionally, the inventory for the longest-lived isotopes in the spectrum (i.e., Kr-85 and Xe-133) is taken from an ORIGEN2 run with a higher burnup to ensure ~ that the spectrum is a worst case spectrum. See Section 9 and Reference 8.15 for more details. 7.22 It is assumed that the pre-existing noble gas activity in the (; s Reactor Coolant System is insignificant compared to the noble
) gas source term from failed fuel, and this dose contribution will not b6 modeled.
l 8.0 ;-- . - 8.1 NUREG-0800, " Standard Review Plan for the Review of Safety l Analysis Reports for Nuclear Power Reactors," 1981. 8.2 Regulatory Guide 1.4, Rev. 2, June 1974, " Assumptions Used for !
.' Evaluating the Potential Radiological Consequences of a Loss of Coole.nt Accident for Pressurized Water Reactors."
8.3 Annals of the ICRP, ICRP Publication 30, Supplement to Part 1, Vol. 3,1979, " Limits for Intakes of Radionuclides by Workers." 8.4 Regulatory Guide 1.109, " Calculation of Annual Doses to Man From Routine Releases of Reactor Effluents for the purpose of Evaluating Compliance With 10 CFR Part 50, Appendix I."
)
i
. - - - . - . - . . . - . . . . _ - . - - - - . - - - - - - - - . . - - - . . - - - ~ . _ . -
MCC-1227.00-00-0059 l JI Glenn,9/27/94 l Page 7 - i, . c
- 8.5 ORNI/NUREG/TM-102, " Nuclear Decay Data for Radionuclides !
- (- Occurring in Routine Releases from Nuclear Fuel Cycle
- ) Facilities."
l ) 8.6 John R. LaMarsh, " Introduction to Nuclear Engineering," 2nd i Edition,1983, Addison-Wesley Publishing Company. , i 4 8.7 Nuclides and Isotopes (Chart of the Nuclides),14th Edition, ; I G.E. Nuclear Energy. i 8.8 "ORIGEN2: Isotope Generation and Depletion Code - Matrix Exponential Method," RSIC Computer Code Collection, Oak l , Ridge National Laboratory, CCC-371. 1 8.9 Calculation DPC-1552.08-00-0069, Rev. O, " Steam Generator l lj Tube Bundle Uncovery Dose Impact," (G. B. Swindlehurst). i 8.10 NUREG/,CR-1918, " Dose Rate Conversion Factors for External ' Exposure to Photons and Electrons." ; 8.11 Cameron Hydraulic Data, Ingersoll-Rand,16th Edition,1979. l ( 8.12 McGuire Technical Specifications, Section 3.4.6.2, as amended
) through Amende. tents 147 (Unit One) and 129 (Unit Two).
]
i 8.13 McGuire Final Safety Analysis Report,1993 Update, September l 1,1994. ! l S 8.14 Calculation DPC-1201.30-00-0001, "McGuire and McGuire Core ; Isotopic Inventory for Mark-BW Fuel," (H. P. Smith). ! 8.15 Calculation CNC-1227.00-00-0062, " Locked Rotor and Rod i Ejection Offsite Dose Analysis for Replacement Steam
. Generators", September 1994.
8.16 NUREG-0409, " Iodine Behavior in a PWR Cooling System Following a Postulated Steam Generator Tube Rupture ; Accident." l 8.17 G. B. Swindlehurst Letter to M.T. Cash, 9/19/94 (Attachment One). 8.18 Calculation DPC-1552.08-00-0138, "RSG DNB Transients Dose Calculation Inputs (G. B. Swindlehurst). I
MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 8 8.19 Letter from M.C. Kinley (ESD) to J.I. Glenn (MMNE), "X/Q Data for Chapter 15 Dose Analysis",2/20/91 (Attachment Two). 8.20 Calculation MCC-1227.00-00-0048, " Dose Consequence Impact of Mark-BW Fuel Reload for Accidents Analyzed in Chapter 15 of the McGuire FSAR", Rev. 3, May 1994. 9.0 Calculations 9.1 Mathematical Modelina Methodoloau Containment Releases There are no containment releases associated with the Locked Rotor Transients or the Single Rod Withdrawal Transient. Reactor Coolant System Coincident Iodine Spike It has been assumed that the Locked Rotor Accident has caused 15% of the fuel pins to enter DNB (Locked Rotor with LOOP). This source term is assumed to be instantaneously released and mixed with the / Reactor Coolant System. If the React'or Coolant System is previously
) at the Technical Specification limit of 0.27 Ci/gm I-131 dose equivalent ' concentration, the breached fuel pins necessary to cause this iodine activity in the Reactor Coolant System were not the same fuel pins that entered DNB during the Locked Rotor transient.
Therefore, an iodine spike will be modeled to occur coincident with the fuel failure. This model will also be used to evaluate the Single Rod Withdrawal Transient. Reference 8.1, Section 15.3.3 - 15.3.4, Subsection IV, states that the dose consequences for the locked rotor accident are to be within a
. small fraction of the 10 CFR 100 guidelines " ... even if the accident should occur coincident with an iodine spike." In the Standard Review Plan, Section 15.6.3, the pre-existent iodine spike allowed by plant Technical Specifications (up to 60 Ci/gm I-131 dose equivalent for a short period of time)is connected with a dose guideline of the full 10 CFR 100 value. The locked rotor accident with coincident iodine spike is associated with a small fraction of that value, or 10%. Therefore, the locked rotor with coincident iodine spike is the limiting scenario and will be the only scenario modeled, with results included in Section 10 of this calculation. The iodine spike is derived and modeled as follows. )
MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 9 ( dN ' ftn h
), = P, - AN N dt gV, ,
I Where: P, = ?roduction Rate for Nuclide i, atoms / min , A = Decsy Constant for Nuclide i, min-1 l N = Number of atoms of Nuclide i ; ft = Letdown Flow, GPM V = Reactor Coolant System Volume, gal ; y = Letdown Demineralizer Efficiency ' i dN dt
= 0 at equilibrium )
1 0 = P, - AN I' , N
<V ;
i P, = AN + '" N
<V> .
( i
) P" = N A+
g V> \ l This formula is utilized to obtain nuclide production rate prior to the start of an accident. It is not necessary to account' for parent- i production of the nuclide ofinterest (which is part of radioactive decay ! chain). Here we are calculating an equilibrium nuclide production rate which is set equal to the sum of the radioactive decay constant for i the particular nuclide and the removal / cleanup constant; whether the nuclide is produced directly from fission and release to the fuel pin - plenum and then into the Reactor Coolant System or from decay of a precursor is of no consequence. Calculation of Reactor Coolant System concentration versus time is 1 derived below dN
= P, - 1,N - A y N-AN Where:
l MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 10 l Ag = Primary to Secondary Leakage Flow Loss Constant, I (lbm/ min)/lbm
) Aun = Letdown Flow Cleanup ((lbm/ min)*n)/lbm In this differential equation, P, is a constant, and is not a function of "N." Hence, the algebraic expression for P, may not yet be substituted
} into this differential equation; it must first be solved. 4 ! dM I i 7 = P, - N A, + 1, + Ay Rearranging the above equation we obtain: i dN f >
-+ N A,+1g +Ay = P, Let:
Cl = A, + A, + Ay C2 = P,
) b+dt Cl(N) = C2 Integrating factor = e"(')
d(e ('))N = C2(e ('))dt (e 4))N = [C2(e"('))dt (e"('))N =Clb(e ('))+ C3 Where C3 is the constant ofintegration. N = Clb + C3(e-"")) At t = 0, N = No N* =C1 C2+ C3
MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 11 C2 T C3 = N* 1 C1 N = C2 + N* -C2jC2'(e-C"')) C1 ( N = N,(e-C"'))+b(1-e-C"')) Cl Substituting for C1 and C2, we obtain:
#" 4 N = N,(e *'**'**"'I') + A, + A + A y
1(1-yoj e
*'**'+*""k)
We may substitute the expression derived for P, earlier into this equation. The Standard Review Plan, Section 15.1.5, Appendix A, requires that the production rate be set to 500 times the normal equilibrium production rate. Hence, we have: . I r r 500N A+ 2f n ' { N = N,(e ' Y' T *d **' * *""h )A,+A+ +A (1 - e-I*d **'+*"*I')
) , y uo
( ) Recall that A = NA; multiplying both sides by A yields: r < p 500A, A+ IS A = A,(e > d
*d **'**"" )+ A, +1 + Auo (1- e *d +*'+*"*h )
7 ( ) We may also substitute concentration for activity, and the units remain consistent, as follows: 500C' ' A+ 4 C = C,' (e *' **' **""I') + (1 - e*'**'**""I') A,+Ay +A uo ( ) i Equation (, 1 1
MCC-1227.00-00-0059 l JI Glenn,9/27/94 ' Page 12 Where: {
)- C,, = Initial Equilibrium RCS Concentration of Nuclide i C,, = Concentration Calculated for Previous Time Step The following equation is used to collapse concentration for the iodine isotopes into a dose equivalent I-131 concentration of 1 Ci/gm.
[(C,)(DCF) 1 - 131%, gu,,,, = ' Equation 2 Where: C, = Initial Concentration of Nuclide i, Ci/gm DCF = Dose Conversion Factor for Nuclide i The calculations delineated above are performed for incremental time steps (as described in Section 3 of this calculations) by EXCEL. ( , f S/G Iodine Conceritration The following mathematical function is derived to model iodine concentration versus time in the S/Gs. It is used to model S/G iodine concentration regardless of the source term case considered, iodine spike or failed fuel (DNB pins). disa _ LF(1-FF- PB+(SF
- FF))
- I ncs_x(; y_I so
- SR
- PF dt Msa M so Where:
Iso = S/G Iodine Concentration, Ci/lbm LF = Break Flow, Ibm / min FF = Flashing Fraction PB = Primary Bypass (liquid entrained in the flash fraction) IAncs = Reactor Coolant System Iodine Concentration, Ci/lbm SR = S/G Steaming Rate, lbm/ min PF = S/G Partition Factor SGM = S/G Mass, Ibm i
MCC-1227.00-00-0059
- JI G1enn,9/27/94 ,
Page 13 ! i :
- SF = Scrubbing Fraction (iodine removal fraction from flash
[- l fraction) ' i .I l i dl,o = LF(1-FF- PB+(SF
- FF)) *Iacs -(I3o) 'h+(SR
- PF) dt M,o g Mso
> l
' Let: ,
C1 = A +(SR
- PF)
M ,o LF(1- FF- PB+(SF
- FF))lacs) ,
Msa l dI 1 l = Cl(I,o) = C2 l dt ; IF = e*(" de*")lsa = C2e (')dt (. ,a<ol,o = C2e (')dt l
) 9 e (')I l sa = C1 (e "))+ C3 Where C3 is the constant ofintegration.
I,o = S+ C3(e- (')) Cl At t = 0, Iso = I o C2+ C3 I* = C1 C3 = I* C1 - C2 I,o = C2 + 1* -Cl; C2'(e- U)) C1 (
) l
MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 14 l ( I so = I,(e*)+(Cfc3)(1-e*'))
) Substituting for C1 and C2, we obtain:
LF(1 - FF- PB + (SF
- FF))
- I,a ' -('<t'"k])' '
Isa = 1, e E' "" '
+ "'* '
, y (SR
- PF)
Msa Equation 8 l l Where: l l t = Time, Minutes In the above expression; s acs ~h vIacs A Alv acs di*fg = ~h l uo Iacs ( Where:
)
Incs '= Reactor Coolant System Iodine Activity, Ci ( = Radioactive Decay Constant, min-1 Ar = Primary to Secondary Leakage Flow Loss Constant, (lbm/ min)/lbm Avo = Letdown Flow Cleanup,((lbm/ min)*y)/lbm Ag = Injection Flow Loss Constant, used only for the Rod Ejection Accident; RCS mass assumed constant for the Locked Rotor Accident, (Ibm / min)/lbm a = Letdown Demineralizer Iodine Removal Efficiency di"C' = -(iA,+Ag +Auo + hr acs )l In the same manner as above, this equation solves to the following:
' eS 4%,Jf""RM%.JP l acs-_ I.
( > Equation 4
)
MCC-1227.00-00-0059 JI Glenn,9/27/94 , Page 15 : Where: { l
) 1, = A
- GF
- FFF ;
I, = Initial Reactor Coolant System Activity for nuclide i, Ci i A = Core Isotopic Inventory for Nuclide i, Ci GF = Gap Fraction (fuel pin plenum activity as a fraction of pin activity)
)
i FFF = Failed Fuel Fraction Macs = Reactor Coolant System Mass, Ibm l i As this equation is solved for subsequent time steps, the value of I, becomes the previous value of iodine activity in the Reactor Coolant J System, with the value of "t" being equal to the time step At. These calculations are performed in incremental time steps by EXCEL. l l Calculation ofIodine Released 18 = (1,a'
- LF, y,,*(FF
, , + PB, -(SF, *saFF)))+(sR, (AT) *i ,
- PF)
< /v >
Equation (- 5 Where: Incs(t) = Reactor Coolant System Iodine activity at time t, Ci LF, = Break Flow at time t, Ibm / min FF, = Flashing Fraction at time t i PB, = Primary Bypass Fraction at time t i SF, = Scrubbing Fraction at time t l SR, = Steaming Rate at time t, Ibm / min I Isoci) = S/G Iodine Concentration at time t, Ci/lbm PF, = Partition Fraction at time t i Vol acs= Reactor Coolant System Volume, gal y = Specific Volume for RCS fluid, gal /lbm AT = Time Step, min Units for the above equation are as follows:
)
MCC-1227.00-00-0059 JI Glenn,9/27/94 3 Page 16 ? < > (. .
) (Cillbm gal Min) + ' lbm Ci
- q Min j gIbm> (Min)= Cr.
gal /
< /lbm >
t This equation is evaluated for each time step, with new values I extracted from input tables to be used in the calculation. These calculations are performed in incremental time steps by EXCEL. Calculation of Thyroid Dose from Primarv to Secondary Leakage ; Dosemr = (IR,)f 3(BR)(DCF)(1x10') e i too \ d [ Equation 6 , Where: i IR t = Iodine Released over Time Step t for Nuclide i, Ci ( X/Q = Dispersion Factor, s/m3 ' j ~BR = Breathing Rate, m 8/s l
/ DCF = Dose Conversion Factor for Nuclide i, mrem /pCi 1E9 = Conversion Factor, Rem-pCi/ mrem-Ci 1x10 Re m"lx10 pCi'
( mrem j( Ci j Units for the above equation are as follows: f s m' mrem Rem - pCi '
= Re m
* (Ci) (m'j(
s pCi j (mrem -Ci j These calculations are performed in incremental time steps by EXCEL. l
- l. l 3 1 J
l
1 !
~
MCC-1227.00-00-0059 JI Glenn,9/27/94
- Page 17
)
l 1 l Calculation of Whole Body Dose from Primarv to Secondarv T>nkare ( (A,,e*')(GF)(FFF)(LF)(v) (DCF)(AT)(31.71) { Dose =(( f ,=0 Ac3 L ) i Equation 7 i
- Where:
- Ao = Reactor Coolant System Noble Gas Activity for Nuclide
! i,Ci j GF = Gap Fraction FFF = Failed Fuel Fraction ! LF = Primary to secondary leak rate, Ibm / min ) v = Specific Volume for RCS fluid, gal /lbm
- X/Q = Dispersion factor, s/m3 l DCF = Dose Conversion Factor for Nuclide i, mrem-ma /pCi-yr -
AT = Time Step, min
- j. .
Vol = Reactor Coolant System Volume, gals l 31.71 = Conversion factor, yr-pCi-Rem /sec-Ci-mrem l
). .
~~ r 3 lx10'2 pCi <
- = Ci 1x10-'
**3 3.1536x10'sec ( mRe mj ,
( Yrs ! Units for the above equation are as follows: - i b f Ibm gal > fYr pCi- Re m' (Cl) qm lbm>
-s m'sgm pCi- ReYrm , - m(m. )q s Ci- m Re m ,
m
= rem gal i
These calculations are performed in incremental time steps by EXCEL. 4 ). 9.2 Dose Calculation Inouts Core Isotovic Inventorv j j The core isotopic inventory is calculated with the computer code ORIGEN2 (see References 8.8 and 8.15). While the code has the
~ . . _ , m. . _ ,
. .- .- - _- .- . ~ - - ~ . -
J MCC-1227.00-00-0059 1 JI Glenn,9/27/94 Page 18 { capability to model once, twice and thrice burned fuel with subsequent feed batches, it is conservative to use a core averaged approach here. i
-) In a core averaged approach, the effects of outage time are ignored; irradiation time (as input into ORIGEN2) is continual, and calculated j with the following equation.
4 EFPD = MTU u wi l Equation 8
- This equation is evaluated for 30,000 MWD /MTU,88 MTU, and a core j power of 3411 MWt. The result is approximately 774 EFPDs.
1 ORIGEN2 is run with an assumed 5.0 w/o. No power peaking is used I in these cases. Core isotopic inventory is being evaluated for a given 2 burnup, in which this burnup value would remain unchanged with an , assumed value for peaking. In this case, to achieve a given burnup the { total exposure time would be less. Experience demonstrates that there i is not a significant difference between the isotopics for a higher power ! core with less exposure time versus a nominal power core with the same burnup value but a greater exposure time. Hence, it is assumed ,k
- that the analysis contained here represents the isotopics for the core l ) under consideration.
! l { Experience demonstrates that core iodine activity increases throughout core burnup, while noble gas activity decreases (see
- Reference 8.14). The most limiting noble gas inventory is a BOC l burnup (when consideringXe-133 equivalent activity). ORIGEN2 runs !
(and EXCEL results), using total Xe-133 equivalent activity in the core 1
- for purposes of comparison of various burnup values, can be seen in !
- reference 8.15 (the methodology used to collapse the activity values to '
- a Xe-133 equivalent value is the same as is used in equation 4, except i that the DCFs and activities are for the noble gas isotopes). The whole !
- body dose resulting from these accidents is a function not only of the
- initial source term available for release, but the half lives of the nuclides comprising the source term. For example, the total Xe-133 equivalent activity early in core life may be higher than later in core j life, but this may be caused by higher activities of short-lived isotopes.
Since dose is integrated over the course of the accident, longer-lived
- isotopes can have a significant impact on integrated dose. It is assumed that this difference in integrated decay curves caused by
- different spectrums will not have a significant impact on the whole j s body doses. That is to say, it is assumed that the method of selection
)
MCC-1227.00-00-0059 JI Glznn,9/27/94 Page 19 {- of a noble gas source term (i.e., maximum Xe-133 equivalent activity)- accurately represents the most limiting core condition (see Assumption
) 7.21).
Table 1 Nuclide Locked Rotor (Ci) Kr-83m 1.528E7 Kr-85m 3.571E7 Kr-85 1.074E6 Kr-87 7.212E7 Kr-88 1.019E8 Kr-89 1.292E8 Xe-131m 2.071E5 Xe-133m 5.447E6 Xe-133 1.862E8 Xe-135m 3.238E7 Xe-135 6.222E7 Xe-137 1.701E8 Xe-138 1.768E8 I-130 2.158E6 - I-131 8.815E7 I-132 1.281E8
! 1133 1.862E8 1-134 2.057E8
) x I-135 1.735E8 1
Dose Conversion Factors 1 Sievert = 100 Rem (Dose Equivalent) (see Lamarsh, Introduction to Nuclear Engineering, Reference 8.6, page 466) 1 Becquerel = 1 DPS = 2.703x1011 Ci = 27 pCi (see Lamarsh,
, Introduction to Nuclear Engineering, Reference 8.6, page 22)
The ICRP-30 DCFs are in units of Sv/Bq, so these values must be converted to mrem /pCi with the following conversion factor to use Regulatory Guide 1.109 units: Re mVlx10' mrem' Sh00 Rem (- Sv s( '
= 3703.7 """
(Bq) 27 PCi PCi ( Bq,
ud MCC-1227.00-00-0059 JI Glenn,9/27/94
- Page 20 Table 2
)
Nuclide ICRP-30 Conversion mrem /pCi } I-130 2.0E-8 3703.7 7.407E-5 I-131 2.9E-7 3703.7 1.074E-3 I 132 1.7E-9 3703.7 6.297E-6 I133 4.9E-8 3703.7 1.815E-4 I-134 2.9E-10 3703.7 1.074E-6 I-135 8.5E-9 3703.7 3.148E-5 4
- Table 3 l
i Nuclide Regulatory Guide 1.109 4 DCFa ,' Kr-83m 7.56E-8 ! Kr-85m 1.17E-3 Kr-85 1.61E-5 Kr-87 5.92E-3 Kr-88 1.47E-2 Kr-89 1.66E-2 - Xe-131m 9.15E-5 Xe-133m 2.51E-4 ( Xe-133 2.94E-4 Xe-135m 3.12E-3
} Xe-135 1.81E-3 Xe-137 1.42E-3 Xe-138 8.83E-3 Reference 8.3 is used to obtain thyroid dose conversion factors (ICRP-30). Dose conversion factors from reference 8.4 (Regulatory Guide 1.109) are used to calculate whole body dose.
Calculation ofNuclide Decav k n Decay constants are included in the EXCEL spreadsheet for use in depletion models delineated earlier in Section 9 of this calculation. Decay constants are calculated as follows, and are in units of min-1 x_in(2)
~
T Equation 9
)
. MCC-1227.00-00-0059 JI Glznn,9/27/94 Page 21 (
) Values for Tu are taken from reference 8.5, and also verified with reference 8.7.
Table 4 Nuclide T %(min) A(min 1) Kr-83m 109.8 6.313E-3 Kr-85m 268.8 2.579E-3 _Kr-85 5.634E6 1.230E-7 Kr-87 76.3 9.084E-3 Kr-88 170.4 4.068E-3 Kr-89 3.17 2.187E-1 Xe-131m 17,136 4.044E-5 Xe-133m 3150.7 2.200E-4 Xe-133 7552.8 9.177E-5 Xe-135m 15.65 4.429E-2 Xe-135 544.98 1.272E-3 Xe-137 3.83 1.810E-1 Xe-138 14.17 4.892E-2 I-130 741.6 9.347E-4 I 131 11,578 5.987E-5 I-132 138 5.023E-3 ( I-133 1248 5.554E-4 I-134 52.6 1.318E-2
) 1135 396.6 1.748E-3 Summar_v ofIn_ outs l
- 1) Fuel Failure for Locked Rotor with LOOP Accident = 15%
- 2) Fuel Failure for Locked Rotor without LOOP Accident = 3%
- 3) Fuel Failure for Single Rod Withdrawal Accident = 5%
- 4) EAB
= 9.00x10" h (Reference 8.19)
- 5) LPZ = 8.00x10~' 3/ 3 (Reference 8.19)
- 6) LFaru =
135 " '"# #
= 0.09375gpm (Reference 8.20)
< day,\24 hrsa60 m >
l
) 1 I
I
. MCC-1227.00-00-0059 JI Glenn,9/27/94 Page 22 As discussed in assumption 7.18, the specific conversion factor ( utilized here is not important, and will not change dose results,
) as long as the same conversion factor is used for both the primary to secondary leakage volume to mass conversion and the Reactor Coolant System volume to mass conversion. The goal is to model source term mixing with the primary system, and then leak a fraction of that mass to the secondary side, carrying source term as that fraction leaks. Additionally, the leakage flow from a combination of all four S/Gs will be used as a loss term input for source term depletion. Total leakage from the primary to secondary system is 0.27 gpm with a maximum leakage to one steam generator being 135 gpd (Reference 8.20).
This value, converted to Ibm per minute, is: f f Ibm > Ibm > (3 S/ Gs) 0.35780 +(IS / G) 0.57095 = 1.64434 = 1.64 lbm
< m, < m> m
- 7) Steam Release Iodine Partition Coefficient = 100; ..
Partition Fraction = 0.01
- 8) Breathing Rate = 3.47E-4 m 8/sec (Regulatory Guide 1.4).
) 9) The Reactor Coolant System volume used is 83059 gallons (Referbnce 8.18). This volume does not include the Pressurizer volume, thus maximizing the radionuclide inventory in the Reactor Coolant System.
- 10) The Steam Generator mass for each particular S/G is assumed to be constant throughout the transients. These masses are stated in Reference 8.17.
- 11) The steaming rates for each transient are provided in Reference 8.17. These rates are total steamed masses (four S/Gs). For this analysis, the S/G associated with the Locked Rotor loop is assumed to steam only ten percent of the total mass steamed.
The other three S/Gs are assumed to steam at thirty percent each. For the Single Rod Withdrawal Transient, the S/Gs are assumed to steam at equal rates (25% each).
- 12) During periods of S/G tube bundle uncovery, a flash fraction of unity (one) will be used to model iodine releases out the secondary side from primary to secondary leakage. These time periods are stated in Reference 8.17.
MCC-1227.00-00-0059 JI GIenn,9/27/94 Page 23 10.0 Results
) The offsite doses associated with the Locked Rotor Transients and the Single Rod Withdrawal Transient are shown below. Note that the limiting criteria,30 rem thyroid, are met by all scenarios.
Table 5 Locked Rotor with LOOP Dose Analysis Results Type Iodine Failed Total Whole Spike Fuel Thyroid Body Thyroid Thyroid EAB .0252 22.624 l22:65% d62494 LPZ .0031 2.152 12;155F M1B' Table 6 Locked Rotor without LOOP Dose Analysis Results Type Iodine Failed Total Whole k Spike Fuel Thyroid Body
) Thyroid Thyroid EAB .2386 19.695 #19930 9187 b M!!
LPZ .0241 1.819 5843h ' e;02MN* Table 7 Single Rod Withdrawal Dose Analvsis Results Type Iodine Failed Total Whole Spike Fuel Thyroid Body Thyroid Thyroid EAB .130 26.843 (26.970 62283?a# LPZ .014 2.479 ;149P C04 F . i
MCC-1227.00-00-0059 JI Glenn,9/27/94 , Page 24 { 11.0 List of Attachments I 1) Letter from G. B. Swindlehurst to M.T. Cash,9/19/94.
- 2) Letter from M.C. Kinley to J.I. Glenn, 2/20/91.
l
- 3) Listing of Computer Files Used in Analysis.
- 4) Diskettes Containing Computer Files Used in Analysis.
I i i i (, f l l
MCC-1227.00-00-0059 JIGlenn 9/27/94 (
) i l
l I l l l l Attachment One 1 l l l 1 l q i 1
)
b ' 1
,i
! F! September 19.- 1994 L i(
)
Mr. M. T. Cash, Manager - Nuclear Engineering Section l { McGuire Nuclear Station ! 1 l ! l
Subject:
FSAR Dose Calculation inputs For Replacement Steam Generators File: MC-1552.12 , t I l Please find attached the inputs required for the dose calculations for the locked rotor, rod ejection, ! ! uncontrolled rod withdrawal, and steam generator tube rupture transients. "Ihese are applicsble to ! ! th: replacement steam genemtors only. Note that some of the data have been previously , transmitted electmnically, with the file names and a description provided. l 1 ' j . If there are any questions regarding this information, please do not hesitate to ask. ! l l G. B. Swindlehurst, Manager - Safety Analysis ! NuclearEngineering Division i GBS/ ( Attachment
}
cc: G.J. Byers ALpleng(N}NS) i k
I i Attachment to letter, G. B. Swindlehurst to M. T. Cash,9/19/94 (5 pages) ( i
)
McGuire Locked Rotor, Rod Ejection, and Uncontrolled Rod Withdrawal Analyses Dose Calculation inputs i I Locked Rotor / LOOP deak flow and leakage are ner 100 god initial ner SG) 1 SG remains covered; 0-1800 second total leakage = 11.6 lbm; minimum SG mass = 110,000 1 Ibm; leak flow @ 1800 seconds = 0.0063 lbm/sec l 1 SG is uncovered from 278-1143 seconds and leaks 157 lbm; minimum SG mass = 80,000 lbm; , other numbers same as above 1 l 2 SGs are uncovered from 420-1030 seconds and leak 3.93 lbm per SG; minimum SG mass = l 80,000 lbm; other numbers same as above l l 4 Total steamed masses per time interval are 180,000 lbm (0-1800 seconds), 115,000 lbm (1800- ! 3600 seconds),110,000 lbm (3600-5400 seconds), 125,000 lbm (5400-7200 seconds), and I 170,000 lbm (7200-9792 seconds). The cooldown reaches 340*F at 9792 seconds, and it is assumed that steaming stops when ND is aligned at that tempemture. ( Failed fuel percentage = 15%
) !
Locked Rotor / no-LOOP deak flow and leakane are ner 100 ptxt initial ner SG) 1 SG remains covered; 0-5400 second totalleakage = 39.9 lbm ; minimum SG mass = 105,000 lbm; leak flow @ 5400 seconds = 0.0077 lbm/sec 1 SGs is uncovered from 124-4124 seconds and leaks 28.8 lbm; minimum SG mass = 65,000 lbm; other numbers same as above 2 SGs are uncovered from 124-3427 seconds and leak 23.5 lbm/SG; minimum SG mass = 70,000 lbm; other numbers same as above j Total steamed masses per time interval are 230.000 lbm (0-1800 seconds), 100,000 lbm (1800-3600 seconds), 85,000 lbm (3600-5400 seconds), 130,000 lbm (5400-7200 seconds), 130,000 lbm (7200-9000 seconds),145,000 lbm (9000-10,800 seconds), and 185,000 lbm (10,800-13,104 seconds). The cooldown reaches 340 F at 13,104 seconds, and it is assumed that steaming stops i when ND is aligned at that temperature. Failed fuel percentage = 3% , t I
1 i
- f. '
?
?
(. ,
)
Rod Eiection (leak flow and leakage are ner 100 god initial ner SG) 1 SG is uncovered from 69-1426 seconds and leaks 1.06 lbm; total leakage 0-1426 seconds = 1.43 lbm; leak rate at 1426 seconds = 0.00066 lbm/sec; minimum SG mass = 65,000 lbm i SG is uncovered from 69-1030 seconds and leaks 0.79 lbm; total leakage 0-1200 = 1.28 lbm; leak rate at 1200 seconds = 0.00066 lbm/sec; minimum SG mass = 70.000 lbm 2 SGs are uncovered f om 69-1008 seconds and leak 0.90 lbm/SG; total leakage 0-1200 = 1.27 lbm/SG; leak rate at 1200 seconds = 0.00066 lbm/sec/SG; minimum SG mass = 70,000 lbm/SG Total steamed masses per time interval am 180,000 lbm (0-1800 seconds), 85,000 lbm (1800-3600 seconds),70,000 lbm (3600-5400 seconds),70,0001bm (5400-7200 seconds),40,000 lbm (7200-8100 seconds). The cooldown reaches 340 F at 8100 seconds, and it is assumed that steaming stops when ND is aligned at that temperature. SBLOCA total break flow 0-1200 seconds = 275,000 lbm SBLOCA break flow @ 1200 seconds = 200 lbm/sec Failed fuel percentage = 50% ( .
)
Single Rod Withdrawal (leak flow and leakage are ner 100 god initial ner SG) 1 SG is uncovered fmm 97-2691 seconds and leaks 17.4 lbm; total leakage 0-3600 = 24.6 lbm; leak rate at 3600 seconds = 0.0074 lbm/sec; minimum SG mass = 70,000 lbm 3 SGs are uncovered from 97-2032 seconds and leak 12.7 lbm/SG; total leakage 0-3600 = 24.6 lbm/SG; leak rate at 3600 seconds = 0.0074 lbm/sec/SG; minimum SG mass = 75,000 lbm/SG Total steamed masses per time interval are 265,000 lbm (0 1800 seconds),100,000 lbm (1800-3600 seconds),145,000 lbm (3600-5400 seconds), 145,000 lbm (5400-7200 seconds),155,000 (7200-9000 seconds),200,000lbm (9000-11,3M seconds). 'Ihe cooldown reaches 340 F at 11,3M seconds, and it is assumed that steaming stops when ND is aligned at that temperature. Failed fuel percentage = 5%
McGuire Steam GeneratorTube Rupture Analysis ( , A RETRAN simulation has been completed for the MNS SGTR dose analysis. The inputs to the
) dose analysis resulting from this simulation have been included in three EXCEL spreadsheets.
These are identified below. i f IAop 1: ruptured SG, physically SG-B Loop 2: single intact SG with inoperable SM PORV, physically SG-D j Loop 3: two remaining SGs with opemble SM PORVs, physically SG A and SG-C TD CA steam supply comes from Loop 1 and Loop 3 l Initial RCS mass excluding pzr: 555755.1 lbm Initial RCS mass including pzr: 582456.1 lbm i File MNSI XLS: Break flow (Ib/sec) vs. time Integrated break flow (Ibm) vs. time ] Liquid break flow Ob/sec) vs. time Flashed break flow (Ib/sec) vs. time Droplet bypass flow Ob/sec)vs. time (for times at which the tube bundle is uncovered) Primary mass exiting SG (Ib/sec) vs. time
- i Integrated primary mass exiting SG (Ibm) vs. time *
- Note that the contml system I used for this is calculating pdmary mass entering the ruptured SG l
( steam line. It does not differentiate between what's going to the condenser (pre-trip) and what's
; going out the SM PORVs and SMSVs (post-trip). !
File MNS2.XLS: Steam (lb/sec) exiting ruptured SG vs. time (SM PORVs. SMSVs, TD CA steam supply) Integrated steam Obm) exiting ruptured SG vs. time Steam Ob/sec) exiting SG-2 vs. time Integrated steam (Ibm) exiting SG-2 vs. time Steam (Ib/sec) exiting SG-3 vs. time Integrated steam (Ibm) exiting SG-3 vs. time - Ruptured SG liquid mass (Ibm) vs. time SG-2 liquid mass (Ibm) vs. time SG-3 liquid mass (Ibm) vs. time File MNS3.XLS I Charging flow (Ib/sec) vs. time Letdown flow (Ib/sec)vs. time NI/NV flow (Ib/sec) vs. time l Ruptured SG inlet plenum temperature vs. time (primary side) I Ruptured SG outlet plenum temperature vs. time (primary side) Ruptured SG temperature at break location (secondary side) Ruptured SG SM drain flow (Ib/sec) vs. time Ruptured SG cal'T flow Ob/sec) vs. time
l RCS Cooldown Followine Break Flow Tennination Btrak flow is terminated at 6150.3 seconds into this event. The additional steaming requirements ( to cool the unit down to RilR conditions (18000 seconds transient time) was calculated to be
) 1.06623E6 lbm.
Oncrator Actions Charging flow is maximized at 0.1 seconds l Manual reactor trip and Si initiation 20 minutes after tube rupture occurs (1200 sec.) A coincident LOOP occurs at this time l Ruptured SG is identified 15 minutes after reactor trip (2100 sec.) CA flow is isolated from the ruptured SG at 2100 sec, while TD CA steam supply is isolated from ruptured SG in 30 min (at 3900 sec.) Isolation valve for the failed open PORV is closed 30 minutes after it should have rescated (3453 i sec) Cooldown of RCS using the intact SG PORVs begins 45 minutes after the ruptured SG is l identified (4800 sec) A 10 minute delay is assumed between the time the RCS is subcooled by 20 F (5399 sec) relative the the ruptured SG pressure and the time operators start depressurizing the RCS via pzr PORVs l ( (5999 sec)
. MNS SGTR Simulation Sequence of Events Time (seconds) Event Descriotion 0.1 Double ended tube rupture occurs in SG-1 Charging flow is maximized by operators
- letdown is simulated (75 gpm)
Pzr heaters on 1200.0 Rx trip on manual operator action 1200.3 Turbine trip with coincident LOOP CF, RCPs, pzr heaters are lost TD CA steam supply from SG-1 and SG-3 begins 1201.6 SM PORV on SG-1 opens and fails open 1203.0 12tdown isolated 1210.3 Charging flow has coasted down to O lbm/sec 1212.0 NI/NV safety injection begins 1223.1 Loop 3 SM PORV lifts 1227.8-1228.0 SMSV Bank i lifts on all steam lines 1260.3 3 pump CA How begins to all SGs 1307.1-1307.4 SMSV Bank I closes on all steam lines
- 1312.2 Loop 3 SM PORV rescats 1868.2 3 pump CA stopped. 2 pump CA staned (TD CA stopped) l
l
)
l 6 2100.0 Ruptured SG identified by operators l CA flow isolated to ruptured SG ( MSIV closed on ruptured SG
) 2124.9 MSIVs close on other SGs due to low SM pressure
- 3453.0 Operators close isolation valve on the failed open PORV 3453.6 %be bundle uncovered 3469.7 Tube bundle covered 3530.3 hbc bundle uncovered l 3900.0 j TD CA steam supply from ruptured SG stopped l
4150.0 hbe bundle covered 4298.4 hbc bundle uncovered 4313.5 hbe bundle covered 4800.0 Operators start RCS cooldown with operable SM PORVs i 5123.3 3 pump CA is started again i 5399.1 Core exit temp. is 200F subcooled relative to the ruptured SG 1 5729.0 3 pump CA stopped,2 pump CA started again 5999.3 Operators begin RCS depressurization using a pzr PORV 6150.3 Break flow tenninated Begin unit cooldown to RHR conditions 18000 (5.0 hr) Unit at RHR conditions j l
) l l
MCC-1227.00-00-0059 JI Glenn,9/27/94
)
Attachment Two (
) ,
l
- j 1
i l 1 I
i < ( :
)
February 20, 1991 J. I. Glenn, Design Engineer b McGuire Engineering Division
Subject:
1 Atmospheric Dispersion Data for
- McGuire
' File Nos: Nuclear Station MC-1108.01, MC-1245.02 a 1 i '
4 As per your request, I have~ reviewed the. atmospheric dispersion ( (x/Q) data from Calculations MCC-1108.01-1 and MCC-1108 01 2 . -
).This valid.confirms that the methodology and resultant. numbers are
- this time.Revisions to the calculations and FSAR are not needed at I
1 i If you have any questions or concerns, please call me at 3-7449 . 7M A d.K g Marsha C. Kinley, Assistant Scientist Engineering Support Division
'McK/sh:mck14 cc: W. J. McCabe Central Reco'rds 4
,n .
i MCC-1227.00-00-0059 l J1 Glenn,9/27/94 ! ( . 1 i Attacahment Three ( ,
)
1 L l l l
., . - . . _ _ - - . . - _ .. .- .. . . - . ~.
MCC-1227.00-00-0059 JI Glenn. 9/27/94 i ( Listine of Computers Files Used in Analysis l The following computer fdes were used in the analysis of the Locked Rotor and Single Rod Withdrawal Transients. The fdes were created in EXCEL 4.0 (higher versions can be used) and DOS 6.0. They have been zipped to three files using PKZIP version 2.04g. The zipped fdes were then translated into self-extracting executable fdes using the i program ZIP 2EXE.EXE version 2.04g. These fdes can be extracted by typing the ! executable filename at the DOS prompt. l On the first diskette is the self-extracting executable zipped file named LOOP.EXE. It contains the following zipped files: i LOOP-A1.XLS Locked Rotor with LOOP, analyzes failed fuel with no TBU. LOOP-Bl.XLS Locked Rotor with LOOP, analyzes failed fuel with max TBU (maximum leaking S/G). LOOP-C1.XLS Locked Rotor with LOOP, analyzes failed fuel with normal TBU ! (normal PSL). LOOP-A2.XLS Locked Rotor with LOOP, analyzes coincident spike with no TBU. LOOP-B2.XLS Locked Rotor with LOOP, analyzes coincident spike with max TBU (maximumleaking S/G). ( LOOP-C2.XLS Locked Rotor with LOOP, analyzes coincident spike with normal
) TBU (normal PSL).
On the second diskette is the self-extracting executable zipped file named NLOOP.EXE. It contains the following zipped files: NLOOP-A1.XLS Locked Rotor w/o LOOP, analyzes failed fuel with no TBU. NLOOP-Bl.XLS Locked Rotor w/o LOOP, analyzes failed fuel with max TBU (maximum leaking S/G). l NLOOP-C1.XLS - Locked Rotor w/o LOOP, analyzes failed fuel with normal TBU l (nonnal PSL). NLOOP-A2.XLS Locked Rotor w/o LOOP, analyzes coincident spike with no TBU. NLOOP-B2.XLS Locked Rotor w/o LOOP, analyzes coincident spike with max TBU (maximum leaking S/G). l NLOOP-C2.XLS Locked Rotor w/o LOOP, analyzes coincident spike with normal TBU (normal PSL). l l i
MCC-1227.00-00-0059 JIGlenn 9/27/94 i ( s On the third diskette is the self-extracting executable zipped file named SRW.EXE. This
) files contains the following zipped files:
j SRW-A1.XLS Single Rod Withdrawal, analyzes failed fuel with normal TBU l (normal PSL). t 2 SRW-Bl.XLS Single Rod Withdrawal, analyzes failed fuel maximum TBU (maximumleaking S/G). SRW-A2.XLS Single Rod Withdrawal, analyzes coincident spike with normal j TBU (normal PSL). l SRW-B2.XLS Single Rod Withdrawal, analyzes coincident spike with max TBU l , (maximum leaking S/G). i j Again, to explode the files back out to full size, type the executable filename at the DOS prompt t (
- -) -
i i } s W 1 i s 1 1 (
)
_ _ _ . . _ _ - . _ . _ . _ _ . _ . . - . - _ . __ _.________._____m. _ PKZIP (R) FAST! Create / Update Utility Version 2.04g i
. Copr. 1989-1993 PKWARE Inc. All Rights Reserved. Shareware02-01-93 Version PKZIP Reg. U.S. Pat. and Tm. Off. Patent No. 5,051,745
, o 186 CPU detected. i o ) version 2.00 detected. c ..MI version 0.90 detected.
- Searching ZIP: LOOP. ZIP I
i Length Method Size Ratio Date Time CRC-32 Attr Name 815455 DeflatN 152746 82% 09-19-94 13:52 e62484de --w- LOOP-A1.XLS
- 815457 DeflatN 152680 82% 09-19-94 13:51 3dfd68d7 --w- LOOP-Bl.XLS i 815455 DeflatN 148987 82% 09-19-94 13:52 a5f5f88f --w- LOOP-A2.XLS
- 815457 DeflatN 148989 82% 09-19-94 13:51 3218dib3 --w- LOOP-B2.XLS 1 815615 DeflatN 149045 82% 09-19-94 13:50 a796dbdf --w- LOOP-C2.XLS 815451 DeflatN 152723 82% 09-19-94 13:50 f886133e --w- LOOP '1.XLS 4892890 . 905170 82%
JIG 0664 9/27/1994 8:34:07 AM l . j
] !
l l 1 i i e I
)
PKZIP'(R) FAST! Create / Update Utility Version 2.04g 02-01-93 Copr. 1989-1993 PKWARE Inc. All Rights Reserved. Shareware Version PK7.IP Reg. U.S. Pat. and Tm. Off. Patent No. 5,051,745 c( 186 CPU detected, o ) version 2.00 detected. o meMI version 0.90 detected. S: arching ZIP: NLOOP. ZIP Length Method Size Ratio Date Time CRC-32 Attr Name 815568 DeflatN 154082 82% 09-19-94 13:53 6e37b559 --w-815570 DeflatN 153840 82% NLOOP-A1.XLS l 815566 09-19-94 13:53 35881980 --w- NLOOP-Bl.XLS l DeflatN 153881 82% 09-19-94 13:54 lf36cb6b --w- NLOOP-C1.XLS 815566 DeflatN 149828 82% 09-19-94 13:54 21a82504 --w-l 815568 DeflatN 149997 82% NLOOP-C2.XLS 1 09-19-94 13:53 214f731d --w- NLOOP-A2.XLS 815570 DeflatN 149856 82% 09-19-94 13:54 a0121c33 --w-NLOOP-B2.XLS l 4893408 911484 82% j 6 ( ' 1
)
I I 1
PKZIP (R) ' FAST! Create / Update Utility Copr. 1989-1993 PKWARE Inc. All Rights Reserved. Shareware02-01-93 Version 2.04g PKZIP Reg. U.S. Pat. and Tm. Off. Version Patent No. 5,051,745 0 86 CPU detected. .,o version 2.00 detected. . o I version 0.90 detected.
- -Searching ZIP
- SRW. ZIP I Length Method Size Ratio Date Time CRC-32 -Attr Name i
815770 DeflatN 153568 82% 09-26-94-- 14:54 40 cad 877.--w- SRW-A1.XLS j 815768 DeflatN 153536 82% 09-26-94 14:53 7164bb9c --w- SRW-Bl.XLS
- 815770 DeflatN 149572 -82% 09-26-94 14:54 3a527eb7 --w- SRW-A2.XLS
- 815768 DeflatN 149552 82% 09-26-94 14
- 53 9dc3d629 --w- SRW-B2.XLS i'3263076 606228 82%- 4
- JIG 0664 9/27/1994 8:34:01 AM i
0
.) ,
a 9 I
MCC-1227.00-00-0059 JI G1enn. 9/27/94 (
)
Attachment Four
\
( O a
)
LOCK.XLS ; l Loop-Al 10 \ A l B l C l D l E l F l G l H l 1 l J ! 1 R: actor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis l I 2 ThermajMyhraulic and Source TermpTrinis olfin stl - -~~ T~ T 1 l 3 Crse Evaluated (1= Credit for RCS Injection Flow Loss for Source Term Depletion. 2=No Credit for Source Term Depletion) = 1 4 RCS Volume (gal) = 1 83059 lConv. Factor (gal /lbm) =! 0.1642 Letdown Cleanup Fraction = 1 ! 5 Cooidown = 50 RCP Heat = 6.24E+07 Conductor = l 3.13E+07 S/G Heat of Vaporization, Hfg (BTU /lbm) =
~ ~
6 Rite (F/Hr) (btu /Hr) Heat (btu /Hr)f I l l 7 Time j Leak Loss Leak Dose Flash l S/G H2O l Core Decay Steam Cas ! Steam input Steam Rate. Scrub l 8 (Min) I (Lbm/ Min) (Lbm/ Min) Fraction Ii6s~silbm)! eat (btu /hri Release l (Ibm / min) { (Ibm / min) [~ Fraction 9 0 1.64 0.358 I p {1.10E+05j 0.00E+00 l 2 600 j 600 0 10 0.1 1.64 , 0.358 i _0.00E+00[ 2 600 i 600 0 11 0.5 l 1.64 ' O.358 I-_ O_j 0 1.10E+05 1.10E+05_ 0.00E+00 j 2 600 600 0 12 1_{_ 1.64 0.358 I 0 1.10E+05 0.00E+00 l 2 600 _g 600 0 13 2 1.64 0 1.10E+05 2 600 l l 0.358 ] 0.00E+001 l 600 0 14 3 1.64 l 0.358 ! 0 1.10E+05 0.00E+00 j 2 ~600 [ 600 0 l 15 4 1.64 l 0.358 0 1.10E+05 0.00E+00 l 2 600 600 0 16 17 5 6 1.64 1.64 i 0.358 1 0.358 ! 0 0 1.10E+05 1.10E+05 0.00E+00T 2j e00 600 e00 0 0.00E+00l~~ 2 { 600 0 18 7 ~ 564-1 ~D1358 T 0 Il 56Es6f~0Td6Eid0l 2 600 600 0 19 8 [_]1I6C ].555-~ [ _0____J 1.10E+050.00E+00 j 2 600 600 . 0 20 9. 1.64 0.358 0 2 600 600 1 0 l 1.10E+05]~0.00E+00 _ 21 10 1.64 ^I~0.358 0 Fi'50sid5 did65A00 2-~D~ 6 600 0 22 11 1.64 0.358 0 1.10E+05 0.00Eid0 -~2 -~566 7 -~500 ~0 23 12 1.64 0.358 0 1.10E+05 i 0.00E+00 2 600 ~f 600 0 1 24 15~ 1.64 [ 0'558-{6--[_i1l05j65I6[005[0 [~2-~66 600 0 25 14 1.64 600 600 0
} _ 0.358 1 0_[1.10E+05[(0.00E 00 L2 l
26 _ 15 1.64 I 0.358 0 1 1.10E+05 2 600 600 0 { 1.10E+05[j 0TO0Eid00.00E+00 '
~
27 16 0 600 0 28 1.64 ] 0.358 1.64 2 _ } 600 i 18 . l 0.358 0 1.10E+05 0.00E+00 I 2 600 ! 600 0 ; 29 20 1.64 I 0.358 0 1.10E+05 0.00E+00 l 2 600 { 600 0 30 2 __1.64 i 0.358 0 1.10E 05 0.00E+00{2 600 ~I 600 0
,_ 24 31 i 1.64 i 0.358 1 0 l_1.10E+05 0.00E+00j 2 600 I 600 0 32
- 26 .-l 1.64 ! 0.358 l O' [i~iOEid5[0ld6EiO61- .
2 -a- 1 660 - 600 'I 0 ..
~ ~
34 30 1.64~ I^0.358_ _._.6 _ . ..ii16Eid5'~006E+00i'^ T ~~ 6d0 i . 600 _ 1 0 36 ~34 1.64)).(358]I))1710EA05 . 0[0}dEiOO{2 383 1 383 0 37 36 1.64 383 ! 383 0 l _ 0_.358 } 0_ ] 1.10E+05[0.00E+00 Q 2 38 38 1.64 1 0.358 1 0 11.10E+05 ' O.00E+00 i 2 383 ! 383~ 1 0 39 40 ] - i.64 I0'558 0_ ___[1.10E+05.]0.00E 00L,2_i 383~ ~l 383 7 ~ 0 40 42 l 1.64 I 0.358 j 0 l 1.10E+05 0.00E+00 i 2.. 1 383 ! 383 1 0 41 44 i 1.64 ~ 0.358 ! 0 1.10E+05I 0.00E+00 [2 j 383 ! 383 l 0
~' ).358 O 1.10E+05 l 0.00E+001 2 383 1 383 0 43 48 [il64 ~ , ~d358]~0-!l 1.10EiO5l~0 00EiO0I ~2- ~
383 i 383 T ~ ~d 44 _50))]6410.355[_6]1]I . Ejd5[6[06Ej06}~[ []383, 85~ { 3ls3- j{,.0 _ j___383 45 52 ( 1.64_,_j_0.358_{ _0_j 1.10E+05 0.00E+00J_,__ 2_ _ ;_ _ _ 0 46 54 1 1.64 { 0.358 0 l 1.10E+05 0.00E+00 l 2 ; 383 l 383___l 0 47 56 T 1.64 I 6555~j ! O ~~Iili siD5TO DOE +00 f ~ F l
~
383'~I~ 383 1 0 t m
LOCK.XLS A l B l C l D l E l F l G H J l l 1 l 48 49 58 1.64
! 0.358 L 0 1.10E+05 0.00E+00 i 2 l 383 1 0 50 60 62 1.64
_ 1.64 _ i _ 0.358 ~
~ i 0.358 _ .
0 0 1.10E+05 0.00E+00 1.10E+05 0.00E+00, 2 2 i 383 367 [383 383 367 0 0 51 64 _ 1.64 0 1.10E+05 I 367 i 0.358_ {_ 0 00E+00Q2 367 0 52 66 1.64 i 0.358 j 0 2 _ 367 _ 367 1.10E+05 } 0.00E+00 l } 0 j 53 68 1.64 0 1.10E+05 54 70 (0.358_ l 0.00E+00] 2 j 367 _ . 367 0 1.64 1.10E+05 0.00E+00 " l 0.358 ] O 2 j 367 367 0 55 72 L1.6Cl 0.358 L_ _0_ 1.10E+05 0.00E+00 . 2 ! 367 367 0 56 74 1.64 } 0.358 l 0 1.10E+05[0.00E+00_ _ . .2
~
__ _I 367 367 0 57 _ 76 1.64 } 0.358 0 i[0E}+05[0.60EA0di~2 f 367 367 0 58 78 1.64 0 1.10E+05J0.00E+00 2i 367
]___0.358_ .
367 0 i 0.358 59 80 1.64 0
} 1.10E+05 0.00E+00 2 367 367 0 60 ~87 1.64 1 0.358 0 ! 1.10E+05 0.00E+00 2 367 367 0
]p] 1.64 ,(0]358]
~
61 0 }lf65s6[5[0y0siODT 2 l 367 367 0 62 86 1.64 0 i 1.10E+05 2 367 367 0 [ 0.358_ 0.00E+00[ }_ } 63 88 1.64 0 1.10E+05 0.00E+00 l 2 367 367 I 0 64 90 '-{64R} 0.358 0.358 0 ~~ 1.10E+05i 0.00E+00 ! 2 367- 357 l 0~ ~ ~ 1g[D_[358
~
65 92 0 Ti ETOS[0g0E3~0] 2 417_j 417 { 0 66 94 1.64 1 0.358 _ 0 1.10E+0510.00E+001 2 417 417 i 0 67 96 1 1.64j 0.358 0 1.10E+05 ! 0.00E+00 2 417 417 { 0 68 98 1.64 l 0.358 0 1.10E+05 i 0.00E+00 2 417 417 0 69 16D] 1.64 _ { d358_j _ 0 1.10E+C5 0.00E+00 2 417 417 0 70 102 1.64 i 0.358 l~ 0 l 1.10E+05 {i 0.00E+00
~ ~ ~
2 l 417 417 0 71 104 1.64 " 0358~l 0 Q10E{05}0 00E+00{ 2 ~T 417 417 0 i 72 106 1.64 0.358 1 0 1 1.10E+05 ! 0.00E+00 2 417 417 0 0358T 0
~
73 108 1 64 l 1.10E+05 ! 0.00E+00 2 417 417 i O 74 110 1.64 i 0.358 l 0 ~~l 1 .10E+05j 0.00E+00 2 417 417 ~0
~ ~
75 112 1.64
} 0.358 7 0 1.10E+05 F0 00siO6 2 411 76 114 1.64 l 0.358 i 0 iI0EiO5[076dEid6i
~
~ 7 3f7 ] E ~dIF 2-~~I~ 417 I~~~0 77 116 1.64 l 0.358 l ~
0 ~~Ti'IOsi65 l 0.00E+00[~~ ~2~ ~ T 417 - l 417-I O i 0 558 [ 78 118 1.64 0
))[.[i6EiQi630si~ 0{ _2 1]17 0
))4[1l7- 0]
79 _120 . _ _ 64 _ __0 358 _ ___p. 4 1 _pE O _ 38E 08 _ 2 _. 394 ._34 _ 0 ,___ 81 1 50 . 1.64-~i~ 0.358 --- 0 f.f E+D5T1.35E+08 2 7 -~394 . 394 -f 0 83 140 1 1.64 l 0.358 0 1.10E+05 1.32E+08i
~
2 394 394 l 0 84 145 1.64 l]O]58][~ 0-~jl1DE105]1.32E+)8i 2- 594 394
~ { 394__J___0 85 150 1.64 [ 0.358 I 0 ! 1.10E+05 1.29E+08! 2 394 l 0 86 155i 1.64 ! 0.358 l 0 TiDEi05 1.29E+08 ! 2 4
! 394 394 ! 0 87 16d ] 1.64_! 0.358 j 0 i.iD5AD5]27E[08{2][394 _. _ 394_ _ _ _ _ _ _ 0_
88 165 .n_1.64..- [ 0.358 i 0 1 1.10E+05 1.27E+08 ; 2 0 0 0
~
90 ~~0 T1 TIDE +05*125EAD8i 2 0
.))7 { [ ] Q [ 6358~ 0_ g.10E+051.23E+08[ _0_ [l~00 91 _ 180 _ 1.64 g 0.358 0 11.10E+05 _2 _l 0 l 1.23E+0_8( _2 j__00__ 0 _ li 0 92
_ 185 _ ( 1.64_J_0.358 . . . _ _ _ 93 190 1 1.64 l 0.358 ! O i 1.10E+05l 1.22E+08 2__ 0 0 0 94 195 1.64 40.358j_0 __j i.10E+05J 1.22E+08[ _2_ a _0_ _. _ _ _0_ _ _0_ l 95 200 1.64 l 0.358 i 0 1 1.10E+051 1.20E+08 : 2 i 0 ; O . O_ j
1 LOCK.XLS A l B l C l D l E l F l G l H l l J l , 96 205 1.64 0.358 0 1.10E+05 1.20E+08 2 0 0 0 l
~
97 210 1.64 -0.358 0 1.10E+05 1.18E+08 2 0 0 0 l 98 215 1.64 0.358 0 1.10E+05 1.18E+08 2 0 0 0 99 220 1.64 0.358 0 1.10E+05 1.17E+08 2 0 0 0 100 225 1.64 0.358 0 1.10E+05 1.17E+08 2 0 0 0 101 230 1.64 0.358 0 1.10E+05 1.16E+08 2 0 0 0 i 102 235 1.64- 0.358 0 1.10E+05 1.16E+08 2 0 0 0 103 240 1.64 0.358 0 1.10E+05 1.14E+08 2 0 0 0 104 245 1.64 0.358 0 1.10s+05 1.14E+08T 2 0 0 0 105 250 1.64 0.358 0 1.10E+05 1.13E+08 2 0 0 -0 106 255 1.64 0.358 0 1.10E+05 1.13E+08 2 0 0 0 107 260 1.64 0.358 0 1.10E+05 1.12E+08 2 0 0 0 108 265 1.64 _ 0.358 0 1.10E+05 1.12E+08 2 0 0 0 ! 109 270 1.64 0.358 0 1.10E+05 1.11E+08 2 0 0 0 110 275 1.64 0.358 0 1.10E+0_5 1.11E+08 2 0 0 0 l 111 280 1.64 0.358 0 1.10E+05 1.10E+08 2 0 0 0 l 112 285 1.64 0.358 0 1.10E+05 1.10E+08 2 0 0 0 113 i
~ 290 1.64 0.358 0 1.10E+05 1.09E+08 2 0 0 0 114 295 1.64 0.358 0 1.10E+05 1.09E+08 2 0 0 0 115 300__ 1.64 0.358 0 1.10E+05 1.08E+08 2 0 0 0 l 116 305 1.64 0.358 0 1.10E+05 1.08E+08 _2 0 0 0 l 117 310 1 64 0.358 0 1.10E+05 1.07E+08 2 0 _ 0 0 118 315 ~. 64 0.358 0 1.10E+05 1.07E+08 2 0 0 0 119 320 1.64 0.358 0 1.10E+05 1.06E+08 2 0 0 0 120 325 1.64 0.358 0 1.10E+05 1.06E+08 ~
2 0 0 0 121 330 1.64 0 558 0 1.10EiO5 TOTE +T8 2 0 0 0 122 335 1.64 0.358 0 1.10E+05 1.05E+08 2 0 0 0 123 340 1.64 0.358 0 1.10E+05 1.05E+08 2 0 0 0 124 345 1.64 0.358 0 1.10E+05 1.05E+08 2 0 0 0 125 350 1.64 0.358 0 1.10E+05 1.04E+08 2 0 0 0 126 355 1.64 0.358 0 1.10E+05 1.04E+08 2 0 0 0 127 360 1.64 0.358 0 1.10E+05 1.03E+08 2 0 0 0 128 365 1.64 0.358 0 1.10E+05 1.03E+08- 2 0 0 0 129 370 1.64 0.358 0 1.10E+05 1.03E+08 2 0 0 0 130 375 1.64 0.358 0 1.10E+05 1.03E+08 2 0 0 0 131 380 1 1.64 0.358 0 1.10E+05 } 1.02E+08 2 0 0 0 132 385 1.64 0.358 0 1.10E+05 1.02E+08 2 0 0 0 133 390 1.64 0.358 0 1.10E+05 1.01E+08 2 0 0 0 134 395 1.64 0.358 } 0- I1.10E+05 1.01E+08 2 0 0 0 135 400 1.64 0.358 I O 1.10E+05 1.00E+08 2 0 0 0 136 405 1.64 0.358 f0 1.10E+05 1.00E+08I 2 0 0 0 137 410 1.64 0.358 0 1.10E+05 9.97E+07 2 0 0 0 138 415 1.64 0.358 0 1.10E+05 9.97E+07 2 0 0 0 139 420 1.64 0.358 0 1.10E+05 9.94E+07 2 0 0 0 140 425 1.64 0.358 0_ 1.10E+05 9.94E+073 2 0 0 0 > 141 430 1.64 0.358 ' 0 1.10E+05 9.87E+07
~
2 0 0 0 142 435 1.64 0.358 0 ~1 3 EIO5T 87Ei07 2 0 0 0 l 143 440 1.64 0.358 0 1.10E+05 9.81 E+07 2 0 0 0 l i
. . _ _ _ _ - - . _ _ _ _ .. . . _ _ . - _ - . _ . _ . . . ~ _ _ . _ . . . . _ ___ ._. . . _ . _ . - . ._ . _ . _ _. __
LOCK.XLS A l B l C l D l E l F l G l H l l J ,# l 144 445 1.64 0.358 0 1.10E+05 l 9.81E+07 2 0 0 0 - 145 450 1.64 0.358 0 1.10E+05I 9.75E+07 2 0 0 0 146 455 1.64 0.358 0 1.10E+05 9.75E+07 2 0 0 0
- 147 460 1.64 0.358 0 1.10E+05 9.69E+07 2 0 0 0 148 465 1.64 0.358 0 1.10E+05 9.69E+07 2 0 0 0 149 470 1.64 0.358 0 1.10E+05 9.64E+07 2 0 0 0 i 150 475 1.64 0.358 0 1.10E+05 2 0 0 0 9.64E+074 151 480 1.64 0.358 0 ,1,10E+05 9.53E+07 2 0 0 0
! 152 153 Temp Speevol 1 -, 154 155 70 75 0.1201 0.1201 [
+
I-l 3 156 80 0.1202 4 157 85 0.1203 158 90 0.1204 ' 159 95 0.1205 160 100 0.1207 + 4 161 105 0.1208 1 162 110 0.1209 163 115 0.12105 164 120 0.1212 _ 165 125 0.12135 4 166 130 0.1215~~ I I I
- f
)
i
. _ ~ _. - - -- -- - - -- .
l LOCK.XLS K l L l M l N l O l P l Q l R S T l l 1 j"* SG "A"- no tube bundle uncovery *" { ( 2 [# steaming occurs at 10% of total release "* _l[
! I 1
3 2 Steam Release Case Evaluated (1 = Calculated, Source Term Case Evaluated (1 = Failed Fuel,2 = lodine Spike) l
~
4 0 2 = Input Directly) case = i NUCLIDEl DBRC l DCF l-131 DEC 5 632 Number of S/Gs Being Us sd = j 3 1 1 (ICRP-30) 6 to Accomplish Cooldown I l ) ]
~id5f
~ ~
7 Byp Partition j UD inject. Flow Inject. Tem ide~ct% 2.5 0.0'd167[T7855f~ ~ 8 Fract. Fraction I (GPM) ^ (ga
~9m~ln) Y (F) (Ibm / min) 1335~ ~ d.~9 l 6.3E-06*0 2]7i55 _
9 0 0 {_0 01_ . _ 80_ __j . O i 100j _ l-133 4 0.0_00181_ 1.231_792 10 0 0.01 80 ' 0 i _ _100 0 1-134 .0.6 l [1.07E-06 0.184769 11 0 0.01 80 0 l 100 l 0 1-135 2.2 3.15E-05 ' O.677486 12 0 0.01 8d ~Y 0 [ 100 } 0 1-131 Eq.=T547301 13 0 0.01 80 875 0 14 0 0.01 80 875
.}_ 10 0 t i
l 100 0 Total 1-131 Dose Equivalent = 1 15 d {~ 0.01
.. w _ _ [ 100 80 875 0 lUD Flow, Release Rate input (GPM) = l 80 16 _ . _0 17
{_0.01 80 875 l 100 0 j _ , 0 l 0.01 80 ! 875 l 100 0 _j i 1 18 0 l 0.01 80 i 875 i 100 0 l : 19 0 0.01 80 ] ~575~~ 100 0 f ~ ~ 20 0 0.01 80 l 875 100 l~ 0 ~ - 21 0 ] _l[0$ l~ 80 875 100 0 22 0 0.01 80 875 100 0
]~ i 23 24 0
0 0.01 O.011 80 80 875 875 i 100 100 0 0 7'-~ ~- l ] 25 0 0.01 j 80 [ 875 l~ 100 0 l 26 0 0.01 l 80 l 875 i 100 0 l
-- .- . -- { ,
9 9, ;_ - 9 29 0 0.01 I ~80 875]}]100 0 C_ , - ~]i 30 0 0.01 i 80 875 100 0 _j __j. 31 0 0.01_i 80 875 100 0 1_ 4 32 0 0.01 i 80 875 [ 100 l 0 __ _ 1 33 0 g 0.01 80 J 875 100 ! 0 l 34 0 l 0.01 80 j 875 100_j _ _0 ,__ _ _.______{____ _ 35 0 0.01 80 1 875 100 j 0 ~ 36 0 0.01 80 i 875 t 100 j 0 l~ 37 0 0.01 80 I 875 ~' 1 100 g~~0 ~ ~ ~I I I 38 0 _. 0.01 80~I . 875.- l-. 100 t 0 l 7 --l 40 0 I 1 T- 50 875 100 b~~0~l [
~
l
~
875 T i d l ~ 0 41 0.01 ; 80- ! f~ 42 ~ '0]{ _ 0.0,1 _ _80 _ 875 ] _100 j ___0 ] [_ [ , 43 _ .0_ _ 0.01___ 80 i 875 j _.100 . _0_ j __ _Q___ _ __.a ___.J ____ 44 0 80 0.01 ._ 1 (~875 i 100 i 0 l l [ _ _ _ _ _ 45 0 I ~ 0.01 [-~ 80 ' i 875 ~ E 100 1 0 ! I i 46 . _ _ _ 0 I 0.01 _ . . .__80 __875 y 'l 100.]_ 0 l I~ T~ A____
i LOCK.XLS 1 K l L l M l N l O l P l Q l R l S T l 48 0 _ 0.01 80 875 100 ! O 49 _0 0.01 80 875 100 0
~~
50 0 0.01 80 875 100 0 51 0 0.01 80 875 100 0 1 52 0 80 875 53 0 _ 0.01 875 100 100 0 J 0.01_ 80_ 0 54 0 0_.01 80 875 100 0 55 0 0.01 80 875 100 0 56 0 0.01 80 875 100 0 4 57 0 0.01 80 875 100 0 ] 58 0 0.01 8_0 875 100 0 59 0 0.01 80 875 100 0 60 0 0.01 80 875 100 0 0 61 0.01 80 875 l 100 0 '. 62 0 0.01 80 875 100 0 63 0 0.01 80 875 100 0 , 64 0 0.01 80 875 100 0 65 0 0.01 80 875 100 0 6G 0 0.01 80 875 100 0 67 0 0.01 80 875 100 0 , 68 0 0.01 80 875 100 0 2 69 0 0.01 80 875 100 0 70 0 0.01 80 875 100 0
~T 7 0 0.01 80 875 100 0 72 0 0.01 80 875 100 0 1 73 0 0.01 80 875 100 0 _
74 0 0.01 80 875 100 0
- 75 0 0.01 80 875 _
100 0 i 76 0 0.01 80 875 100 0 77 0 0.01 80 875 100 0 78 0 0.01 80 875 100 0 79 0 0.01 80 875 100 0 80 0 0.01 80 875 100 0 81 0 0.01 80 . 875 100 0 82 O _ 80 875 _ 100 0 0_ _ j _0.01 l _ 4 83 l 0.01 80 875 100 0 l - 84 0 1 0.01 ] 80 875 100 0 i l~ 85 0 0.01 80 875 100 1 0 86 0 0.01 80 875 100 0 87 0 0.01 80 875 100 0 I~~ 88 0 0.01 80 1 875 100 0 l 89 0 0.01 80 875 100 g 0 __, 90 0 0.01 80 875 100 0 91 0 0.01 80 875 100 0 92 0 0.01 80 875 id0 0 93 0 0.01 80 875 100 0
} 1 94 0 0.01 80 j l 100 0 ~7 875_i 95 0 0.01 80 1 875 100 0 l l
LOCK.XLS K l L l M l N O P l l l Q l R l S l T 96 0 0.01 80 97 0 0.01 i [ 80 875 1 100 0 875 100 0
- 0
~
98 0.0i 80 875 100 6
~
l 99 0 0.01 80 875 100 _ [_ 0 100 0 0.01 80 875 100 _J 0 101 0 0.01 80 875 100 0 102 0 0.01 80 875 100 0 103 0 0.01 80 875 100 0 104 0 ~ 0.01 80 ~875 100 0
~
g _ 105 0 0.01 80 875 100 0 106 0 0.01 80 875 100 0
~
107 0 0.01 80 875 100 0 108 0_ 0.01 80 875 109 0 100 _ 0 _y 0.01 80 _ 875 100 0 110 0 0.01 80 675 100 0 111 0 0.01 80 875 100 0 112 0 0.01 80 875 100 0 113 0 0.01 80 875 100 0 } _ 114 0 0.01 80 875 100 0 115 0 0.01 80 875 100 0 116 0 0.01 80 875 100 0 117 0 0.01 80 875 100 0 118 0 0.01 80 875 100 0 119 0 0.01 80 _8f5 T 100 0 0.01 _ 120 0 80 875 100 0 ~ 121 0 0.01 80 87'5 100 0 122 0 0.01 80 875 100 0 4 123 0 0.01 80 875_ 100 0 i __ 124 0 0.01 80 875 100 0 125 0 0.01 80 875 100 0 126 0 0.01 80 875 l 160 6 127 0 0.01 8 875 " 100 0 128 0 0.01 80 875 100 0 129 0 0.01 80 875 100 0 130 0 0.01 80 875 100 0 l 131 0 0.01 80 875 100] 0 L . 132 0 0.01 80 875 100 1 0 us 0 0.01 80 875 100 0_ _ [ 134 0 0.01 80 875 100 0
* }
~80
~
135 0 0.01 875 100 0 l - 136 0 J 0.01 80 875 100 0 _j l 137 0 0.01 80
~
875 100 i 0 l 138 0 0.01 80 875 100 0 l 139 0 0.01 80 8 75 1b0 0 ; 140 0
}_ _ . _
0.01 80 875 100 0 ' 141 0 0.01 ] 80 " 875 100 1 0 I~ 142 0 0.01 l 80 875 l 100 ] __j j 143 0 i 0.01 i 80 I 875 l 100 ! _0_ 0 ! I I 1
LOCK.XLS , i K l L l M l N l 0 l P l Q l R S T l l ; , 144 0 0.01 80 875 100 0 l 145 0 0.01 80 875 100 0 146 0 0.01 80 875 100 0 I { 147 0 0.01 80 875 100 0 148 0 0.01 80 875 100 0 149 0 0.01 80 875 100 0
- 150 0 6.~01 80 875 100 0 151 0 0.01 80 875 100 0 3
152 l 153 .. _ j 155 ^ 4 156 i 157 I 158 l 159 l { 160 161 162 163
]
{ 164 165 [ i 166 ' i j 4 1 i
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 1 l Reactor Coolant lodine Activity (Cl) -_j l 3 4 { } Failed Fuel = Gap Fraction = 1 0.15 l
~
I 0.1 l 5 {,________ j 6 . Core Inventory (Ci) = 2.16E+06 8.82E+07 1.28E+08 1.80E+08 2.06E+08 1.74E+08 7 ' Decay constant (1/ Min) = 9.35E-04 5.99E-05 5.02E-03 5.55E-04 1.32E-02 1.75E-03 8 iTime(Min)l 1-130 1131 T l-132 1-133 1-134 1-135 9 0 [ ( L 32370 j 1322250l1921500 2793000 3085500 2602500 10 1 32366.96 1322242 1920534 2792844 3081435 _2602044 11 0.1 4 0.5 32354.82 1322208
} i 1916677J2792220 3065228 2600222 !
12 13 1 2 ( ._32339.65_L1322167 1911866 2791440 3045090 2597946 _4 32309.33 1322083 1902281 2789881 3005209 2593401 14 _j 3 32279.04 , 1322000 1892744 2788323 2965851 2588863 . 15 l 4 32248.78 1321916 1883254 2786766 2927008 2584333 16 5 i 32218.55 1321833 1873812 2785209 2888674 2579811 17 4 6 ' 3[185~54 1321f4F }il5A458]2f85554-~ 28508422575298 j 18 7__ 32158.17 1321666 1855070 2782099 2813505 2570791 19 8 32128.02 1321583 1845769 2780546 2776657 2566293 20 9 l 32097.9 1321499 1836515 2778993 2740292 2561803 21 10 ~~i 32067.81 1321416 1827308 2777441 2704403l2557321
~~
22 _ 11 _ T __'35 5T731 1321332 1818146 "f775889 2668984 ._5552846 24 13~ ~55577.Ti'I52ii55~I755561 ~sf75790 25W9552 2543920 l 25 __ i4 I~ T31947.72 iM2ib52 17E0557 177i241 2565487 2539469 ' 26 15 l 31917.77 1320999 1781958 2769693 2531888 2535026 27 16 E31887.85 1320915 1773023 2768147 2498728 2530590 28 18 { 31828.09 1320749 1755289 2765056 2433706 2521743 ! J 29 j 20 [ I 31768.44 1320582__ _1737733 2761968 2370_3_77 2512926 30 j 22 i 31708.9 1320415 1720352_ 2758884 2308695 2504140_
~ ~
31 ~~l i 24 ~I ~ ~ ~ 31649.47 1320249[i765iiF~5755803 2248618 2495384 7
~~
32 I 26 31590 16 1320082T1686110i2752726 2190105i~2486659 33 l ~~28 , 31530.95 1319915Ti565535l 2749652 2133114 2477965 34 30 I 31471.86 1319749 16 2746581 2077606 2469301 35 32 31412.88 l 1319582 1636020 2743514 1 20235431 2460668 36 _ l 3F i~
~3I354.61"l 1319416 1619656 2740451 -
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I 143 i ~ 440 f 51255!d870.0D3346I~2T3E-66TO.014159 0.093602
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LOCK.XLS l l AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX l 1 l Whole Body Dose (Xenon) l 2 3 __ _____ },. . .[Failed Fuel = l 0.15 I yEAB X/Q=. 4 l Gap Fraction = 0.1 ILPZ X/O = 5 1.29E+08 core inven. 2.07E+05 5.45E+06 1.86E+08 3.24E+07 6 2.19E-01 l Decayconst. 4.04E-05 2.20E-04 _9.18E-05 4.43E-02_. ; 3 j 7 .1.66E-02__ g _. lDCF 2.94E-04 3.12E-03 i 8 KR-89 9.15E-05 4 2.51E-04
~
iTime(Min) i IXE-131m I XE-133m XE-133 XE-135m 9 0 .l l 0 1 0 0 l 0 0 _[ I 11 0.000319 65 ~2I87s-09~~id7547}T29E 66- TS2ETS l 12 0.000611 ~ 1 I 5.74E-09 4.14E-07 l 1.66E-05 3.02E-05 I 13 ~00 ~ bii35~ 2 l 1.15E-08 8.28E-07 l 3.32E-05 5.95E-05 14 [ 3 i 1.72E-08 1.24E-06 i 4.98E-05 8.75E-05 V60f552} . 15 0.001889 }_ } l 4 2.3E-08 1.66E-06 [ 6.63E-05 ~ 0.000114 16 0.00216 l5 2.87E-08 2.07E-06T2TE 65l 0.00014 17 0.002378 6 3.44E-08 2.48E-06 9.95E-05 } 0.000164 18 0.002553
~
, 7 4.02E-08 2.9E-06 0.000116 0.000188 19 l
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} 4.59E-08 3 31E-06 0.000133 0.000149 .._0.0002_1_
20 pj02806. j_9 5.17E-08 3.72E-06 0.000232 21 0.002897 10 1 5.74E-08 4.14E-06 0.000166 0.000252 I l 22 0.00297 11 6.31 E-08 4.55E-06 0.000182 0.000272 23 0.003029 12 6.89E-08 4.96E-06 0.000199 0.000291 24 0.003076 F 13 7.46E-08 5.38E-06 0.000215 0.000309 i 25 0.003114 ~lRT 1 8.0iE68~-~5 755~06 0.000555~E66d556 26 l'005I4A T - ~ i~ 15 8.61E-08T 6.2E-06 0.000249 0.000343 27 K0D5I65~ j j 16 9.18E-08 l 6.62E-06 0.000265 0.000358 28 0.003208 l 18 1.03E-07 7.44E-06 0.000298 0.000388 l 29 10D5233 l 20 1,15E-07 8.27E-06 0.000331 0.000416
~
30 0.00325 0.00326
._}_ 22 l'I~56.E-Of 1.38E-07 9055-[06((6I66036T ~K060441 l l
31 ._ . i 24] 9.92E-06, 0.000398 0.000464 l 32 ._0.003267l l__ _ _ .__ J 26j 1.49E-07_. _1.07E-05J 0.00043_1 0.000486_ l 33 0.003271 l l 28 0.000505 l l J 1.61E-07 1.16E-05] 0.000464 34 0.003274 l l 30 I i 1.72E-07 1.24E-05 0.000497 0.000523 32~i
~
35 0.003276 i f T35545~{~670665310.000539 36 EDd5277 [_ ~f ~~~~ 34 l ~]I] 1[5.84s-f I~95E- f~135- 5-~D~666563TO.000554 37 _0003278_L__ 38 0.003279 _ _ { __ [l__36___L___ 38 l 2.07E_-07 1.49E-05 2.18E-07 1.57E-0510.000629 ! 0.00058 0J00596J0.000567 _ , 39 0.003279 ~~ 40 } 2.29E-07 1.65E-05 Il6d6662TdbUd66I l 40 0. 42-~~~ iYT1E-d7 ~ ~T73E-b5T0[00} 1 69[530dD6[I 41 ~'60327{[ 0.003279 44 2.52E-07 1.81E-05 l 0.000728 0.000611 l 46-1
~ ~
42 0.003279 l ! i 2 64E47-~~f.~95~05~l6dd75i~ ~0 6 665' I 43 K055279' ~~~ ~l _ ](( _]{}_ _] 48 1.98E-05. _ _ 0.000794 _0.00_0628. l i 44 pq3279 ..____j 45 Q003279 _ .}
]__j j__ 50_ __j ___{1 2.98E-07 j 2.75E-07__2.06E-05_l 2.87E-07 __
2.14E-05 0000827__ 0.000635 _0.000642 0.0001 46 0.003279I I j _ j_ _52__i 54_ 3.1 E-07 2.22E-05 0.000893 0.000648 i ~ ~ ~ 47 0.003279i i i R ~ ~ 56 5.'5IE 07IE31E-DS 166U525~E600553 l
LOCK.XLS l l AO l AP l AQ l AR l AS l AT l AU AV AW l AX-l l : 48 _0.003279 58 3.33E-07 2.39E-05 49 _0.003279 0.000959 1 0 000658. { 60 3.44E-07 2.47E-05 0.000992 0.000663 50 0.003279 l 62 3.56E-07] 2.55E-05_0.001025 I 51 _0.003279 64 3.67E-07 2.63E-05 0.001058__0.000667. 0.000671 l 52 _0.003279 66 3.78E-07 2.71E-05 0.001091 0.000675 53 0.003279 _ 68_, 3.9E-07 2.8E-05 0.001124 0.000678 54 .@093279 _I 70 l 4.01 E-07 _2.88_E-05_ 0.001157 OJp0681 ! 55 0.003279 72 4.13E-07_ 2.96E-05 0.00119 l 56 0.003279_ 57 0.003279 74 4.24E-07 3.04E-05 0.00122f}_0.000684. 0.000687 l l 76 4.36E-07 3.12E-05 0.001256 0.000689 l 58 0.003279 _i 78 4.47E-07 3.2E-05_ 0l .001289 0.000691 59 0.003279 80 { 4.59E-07 3.29E-05 0.001322 0.000693_ l 60 0.003279 82 4.7E-07 3.37E-05 0.001355 0.000695 l 61 ~T0d5579 ~~i 84 4.81 E-07 3.45E-05 0.001388 0.000696 62 id} 55f9 63 0 003279 i 86 __ 4.93E-07 _3.53E_-05_ 0.001421 0.000698 _ _ 4 88 5.04E-07 3.61 E-05 0.001454 0.000699 64 _0.003279 90 5.16E-07 3.69E-05 0.001487 0.0007 65 0.003279 92 5.27E-07 3.77E-05 0.00152 0.000702 [ 66 0.003279 94 5.39E-07 3.85E-05 0.001552 0.00070_3 4 , _ 96_ 67 0.003279 1 i 5.5E-07_ 3.94E-05 0.001585 0.000704 I t I 68 0.003279 T ~ T 98 5T25-67 il2E45~'0.001618 0.000704 69 0.00357Fi ~ 100 5.73E-07 4.1 E-05 0.001651 0.000705 I 70 56U55793 102 5754Edf 4.185~d5 0.001684 0.000706 0~ 71 ~TO3279 T l ~IO4 5.965-07 4.26$T65~ 0.00070f l 7 670V5~-d7-4I345-~05-'0.001717 l 72 0.003279 ^ 106 0.001757 .'000707
~ ~*
Rd8 l 73 0.003279 ~} 6.19E 07 4.42E-05 OT66I753 0.000708 l 74 75 0.003279
~
g_ 11_0 6.3E-07 4.5E-05 0.001815 0.000708 0.003279 l 112 l .42E-07 6 4.58E-05 0.001848 0.000709 l 76 ~0 iud 5579~ 114-} 6.53E-07 4.66E-05 0.001881 0.000709 77 0.003279 116 6.64E-07 4.75E-05 0.001914 0.00071 [ ~]
-~
78 ~d563579] ~5775g-07 4.8fE-05_ 0.665947 0.00071 l 79 0_.003279 _j_ _.._ _118 _120__J 6.87E-07 4.91E-05 0.00198 0.00071 l 80 0 00327_9 l 125 7.16E-07 5.11E-05 0.002062 0.000711 4 81 0.003279 ! 130 7.44E-07 5.31E-05 0.002144 0.000712 82 0.003279 j[ } 135 l 7.73E-07 5.51 E-05 0.002225 0.000712 83 IdD5575 __ { 140 _ l 8.02E-07 5.71 E-05 0.002307 0.000712 84 0.003279 i 145 8.3E-07 5.91 E-05 0.002389 0.000713 ! 85 0.003279 150 8.59E-07 6.11 E-05 _0.00247__1_0.000713 ! 86 0.003279 155 I 8.87E-07 _6.31 E-05_ 0.002553 0.000713 l 87 0.003279 160 I dTd65655 0.000713 0.003279]I _((- [V'i5E-df ~5.~51E 65]6d2716_
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88 ] _ i 7 65 _ 9 84E[0i7 pef-05 _ 0. Odifil 89 _ _ _ ___ 170_ 9.73E _07__.6.91 E_05_ 0,002798 0.000714 l 90 0 003279]_ 0 003279 91 0.003279 175 180 _ 1 E-06 _7j 1.E-05_ 0.00288_[0.000714 0.000714 1_1.03E-06_ 7.31E_05_} 0.002961 92 0.003279 185 1.06E-06 7.51 E-05 0.003043 0.000714 93 0.003279 . _I_, _ y 190 1.09E-06 7.71 E-05 0.003124 0.000714 s 94 0.003279 C___ __195]-~~~~ 1.12E-06__ 7.91 E-05_._0.00_3206_0.000714 95 0.003279 I 200 l 1.14E-06 8.11E-05 0.003287 0.000714 l i
- LOCK.XLS 4
)- ! , AO l AP l AQ l AR l AS l AT l AU l AV l AW AX l j 96 0.003279 205 y 1.17E-06 j 8.31E-05 0.003369 0.000714 97 0.003279 210 1.2E-06 8.5E-05 0.00345 0.000714 98 TO 5279
~
! 2T5 If3s~-66'T75-05 0.003531 0.0007i4 ! 99 0_.003279 _ 220 1.26E-06 8.9E-05 0.003613 0.000714
~ ~ - -
100 0.003279 225 1.29E 06 9.1 E-05 0.003694 0.000714 I 101 0.003279 230 1.31E-06 9.29E-05 0.003775 0.000714 ! l 102 0.0032ff~ 235 1.3is-06 9.49E-05 0.003856 0.000714 l 103 K60527f 240 1.37E-06 9.69E-05 0.003938 0.000714 104 '03 03279 245 1.4E-06 9.88E-05 0.004019 0.000714 105 0.003279 l 250 1.43E-06 0.000101 0.0041 0.000714 106 0.003279 } 255 1.46E-06 0.000103 0.004181 0.000714 107 0.003279 7 260 1.48EA 0.000105 0.004262 0.000714 108 0.003279 265 1.51E-06 0.000107 0.004343 0.000714 109 0.003279 270 1.54E-06 0.000109 0.004424 0.000714 110 DIOD5579 ~l 275 0.004505 0.000714 1.57E-06_0.0_00111 . 111 0.003279 ~ 280 1.6E-06 0.000113 0.004586 0.000714 112 0.003279i 7 285 1.63E-06 0.000114 0.004666 0.000714 113 0.003279) 290 1.665~~6f T600116 0.004747 0.000714 114 0.003279 295 1.68E-06 0.000118 0.004828 0.000714 115 0.003279 300 1.71 E-06 0.00012 0.004909 0.000714 116 0.003279 305 1.74E-06 0.000122 0.004989 0.000714
~
117 0. 003279 310 1.77Eldf 5000124 0.00507 0.000714 I 118 0.003279 315 1.8E-06 0.000126 0.005151 0.000714. 119 0.003279 320 1.83E-06 0.000128 0.005231 0.000714 [ 120 0.003279 325 1.85E-06 0.00013 0.005312 0.000714 121 E6d5I~79 35~0- 1.885-06 0.000132 0.005392 0.000714 ; 122 [0_03279 335 1.91 E@ 0.000134 0.005473 0.000714 l 123 0.003279 340 1.94E-06 0.000136 0.005553 0.000714 i 124 0.003279 345 1.97E-06 0.000138 0.005633 0.000714 125 126
~0.0035'79 0.003279
- ] 350 355 2E-06 2.02E-06 0.000142 0.00014 0.005714 0.005794 0.000714_
0.000714 127 0.003279 360 2.05E-06 0.000143 0.005874 0.000714 128 0.003279 365 2.08E-06 0.000145 0.005954 0.000714 129 0.003279 370 2.11 E-06 0.000147Tb 666035 0.000714 130 0.003279 375 2.14E-06 0.000149 0.006115 0.000714 131 0.003279 380 _ _2.17E-06 0.000151 0.006195_0.0_00714 132 0.003279 385 2.19E-06 0.000153 0.006275 0.000714 133 E003279 ! , 390 I2.22E-06 0.000155 0.006355 0.000714 134 j l 395 2.25E-06 0.000157 0.006435 0.000714 135 0.003279,i~_ 0.003279 l 400 2.28E-06 0.000159 0.006515 0.000714
} ~
136 0.003279' 405 ~ 2.3iEWdTOTOI61 0.006f9FO.000714 137 E003279 410 f35~s706 0.000162 0.006675 0.000714 138 415 2.36E-06 0.000164 0.006755 0.000714 0.003279 [ _2 139 0.003279 l 420 2.39E-06 0.000166 0.0068357 0.000714 1[ 140 0.003279 i 425 meg 6066}i68[0}Ud6914_0.000714 141 0.003279 l 430 2.45EG 0.00017 0.006994 0.000714 142 0.003279 4357 2.48E-06 0.000172 0 007074 0.000714 143 0.003279 l l 440 i f5E d67 0.000174 0.007154 i 0.000714
. _ _ . - _ _ - - . _ - . _ . - - _ . - . - - . .-... __ - . . . _ ~. - - ._
LOCK.XLS i AO l AP l AQ l AR l AS l AT l AU l AV l AW AX l 144 0.003279 I 445 1 2.53E-06 0.000176 0.007233 0.000714 145 0.003279 450 2.56E-06 _0.000178 0.007313 0.000714 .1 146 0.003279 455 2.59E-06 0.000179 0.007392 0.000714 147 0.003279 460 2.62E-06 0.000181 0.007472 0.000714
- 148 0.003279 465 2.64E-06 0.000183 0.007551 0.000714 f
149 0.003279 470 2.67E-06 0.000185 0.007631 0.000714 . 150 0.003279 475 2.7E-06 0.000187 0.00771 0.000714 151 0.003279 152 (_ 480 _ . . 2.73E-06 0.000189 0.00779 0.000714 1 ' ,_ _ . _ _ _ _ _ _ _ _ _ . _ . . 153 0.01044 l XE EAB DOSE = 0.016964 XE LPZ D_ . _ _ _ 154 TOTKEE5if605E =~~0.07433I TOT 5LTP i 155 J 156 157 160 [ 161 162 7 4 1 165 t,_ _, 166 I I I
l l LOCK.XLS i l AY l AZ l BA l BB i RC l BD l BE l BF l BG l BH I 1 l l 'S/G Activity (Ci/Lbm) 3 9.00E-04 j
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~
l 8 XE i35TXE-i37TXE!138~ l M n) 1-130 1-131 1132 9 0 0 l 0 0 j 0 0 i 10 3.41 E-06 7.32E-06l 4.73E-05 0.1 2.08E-08 8.51E-07 1.24E-06 11 1.71E-05 3.61 E-05 0.000236 0.5 j 1.04E-07_4 25E-06_ 6.17E-06 1 12 3.41 E-05 - 6.95E-05 0.000466 f__ __ _ 1 2.08E-07 8.51E-06 1.23E-05 i 13 2 l 4.16E-07 1.7E-05 _2.45E-05, 14
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._0.000289 j_0.002513 6 1.24E-06 5.1E-05 7.21E-05 18 0.000238 0.000314 0.002866.. ~
! 7 1.45E-06 5.95E-05 8.37E-05 19 l~60D272' ~0TO 633TV66320T 1.65E-06 ._6.8E-05_ 9.52E-05
'[][] [ 8 _
20 0.000306 0.000352 0.003522 } 9__ __j 1.86E-06_ 7.65E-05 0.000107 21 0.000339 0.000366 0.003826 10 2.06E-06 8.5E-05 0.000118 ,
~-
22 0.000373 0.000378 0.004116' [ 11 2.27E-06[9T35E 65 0.000125 l 23 0.000407 0.000388 0.004392 12 2.47E-06 0.000102 0.00014 J l 24 T60D44 ~T660395"0.004655 0 l 137-~ ~2.5I565~ 0.00011 0.600151 l 25 0.000474 0.000403 0.004906 I~ I~ 14 i 2.88E-06 0.000119 0.000162 26 0.000507 0.000409 0.005144
~
l 15 i~ ~3i08E-06~d.000127
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20 22 4.09E-06 0.00017 0.000224 4.49E-06 0.000187 0.000244
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l[_ 31 4.89E-06 0.000204 0.000264
. _24 32 0.000873 0.000436 0.007166 l 26 _j 5.28E 0_6_0.000221_0.000283 33 0.000939 0.000437 0.007431 l I 28 5.68E-06 0.000238 0.000302 i
~~
34 6065605 0.Ud435l5607575 l 30 (5Id757~6~ 0 0Td6U555i0.00032 35 32 _0;001071 0.0004391 0.00789 i _ 6.47E-06_ OT006275~[j606338 36 37 _0.001136 0.000439 40.008088_ 0.0012021 0.00044 i0.008267 ____ ] _ _ [ _34_ 36 __ _ _ 6.86E-06 _0.000288 _0.000355 _7.25E-06 0.000305 0.000373. l 38 6.'dDif67IO30D4T [~0.008429 38 7.64E-06 0.000322 0.000389 39 0.001332 i 0.00044lT068577)t 40 8.02E-06 0.000339 0.000406
- ~ d87i*~
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40 660I35f"0.d66d4 0 42 8.41 E-06 0.000356 0.000422 41 0.001462 0.00044 0.008832
~
44 ~ 8.79E-06 0.000373 0.00043'7 42 p5- 9}17E-{dj00039_000553 5601[526[1]0 00044J0p09041].0dD44((}0.Dd89 43 _0_.00159 l 48 ___j _9.55E-06 { ________0.000468. j[- l 9.93E-06__0.000407_ 44 .y 50 0.000424_0.000482_ _ SS0165510.0004410.009132L . 45 0. 4_52 j _ _I_1p3E-05_._0.000441_Op00497_ _ _00_17_1940.0_004Q0.009214[ 46 0.001783 0.00044 10.009288 j i 54 1 1.07E-05 _0.000457 0.000511 1 47 6?ODI846~didDDddil009355i ! 56 l 1.11E-05 0.000474 0.000524 I
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH l 48 58 1.14E-05 _0.000491 0.000537 _0.00191 J 0.00044140.009416J_ 49 0 001973 0.00044110p09472_
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50 0.002036 _ 0.000441 0.009522 __60 _62._
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~
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~
51 0 002696 I ~T25E 1 ~0TOD65f5 0 2162 T660445l0.009609 52 ~~d ~
! l 66 1.29E-05 0.000559 0.000587 53 W66222[5T0[D0ddT1[0.dd66d5}[~[]{~~]((}
54 0.002288 0.000441 1 0.00968 l i __ 68 70 l 1.33E-05' O.000575 0.000599
~
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~
55 T0df55[ 600dd4Tl 0.dO971T}]-(( ~7-~7f~ [ ]TJE 65]660D(09 0.00D625 l 56 0.002412 [ 6.000441] 0.009739
~
~ - - ~ ! 74 i_ 0.000626 l 0.000633__
l 57 6D02475 0.0ddidil 60d9155
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70 ~d.~ 63268 6 d0451 0.009942 ! i 102 fi~95EUf 16UU565-56d6757 l 0.563328'l~0T0004df][0[0D5948]
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86 Td0i8d8T606044TT0.010008 1 155 1 ~:66d883 0 Tis 0 I~~ ll236E-65~ 2.79e-05 : 0 muo3]f0 0D6
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87 ~56f955^lDD6difil056009l~~ 0 l C 001344 . 88 DT d5 Bf~K0dd441 ~~0010 I T ~ ~ I l '-~165 ~I ~ 72.94E-05 0.001385 0.000894 89 [6.605525[0)000d41[ jbf0())]. (( 170] _]_ ]_3[0I5~05[_0.0_D}1427 160d898 90 0.005363 0.000441 0.010011 1 _ __ . _ _ _ _ t _ i _175j _ ___ _3.09E-05 . _0.001469 _0.000902 91 5005499]_0.000441j{ _{_ 180 g _ _ 3.16E-05 _ 0. ._ 00151 _0.000905 _0. 0056351 0;000441 Op10012j _ 0.010011j 92 _ (_185._ ;_ _ _ j 3.24E-05 0.001552 0.000907 0.00577j_0.000441 ! _0,010012j _ _ _[i _ __ _ 93 _ _ . L 190_ _{3.31E-051 001594J
- 0. ,
0.000909. _ 94 95 0.005904j 0.000441J_0;010012j _ ___ i_ __ 0.0060371 0.000441 i 0.010012 ! i _. J 200 l 195__ I 1 i 3.38E-05j_0.001635[0;00091_ i 3.45E-05 i 0.001677 i 0.00091
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE BF BG BH l l l 96 0.006169 _ 0.000441J0010013_ l _j 205 4 [3.52E-05j 0.001718 0.00091 JJ_1pq13_ 97 l 210 0.00176 98 _0pp63l0.000441J p09441 43.59E-05 { __ 0.000909_ 0.006431 0.010013 I 215 l 3.66E-05 0.001801 0.000908
~ ~'~ ~ ~
~
99 65 555T"076604di~070300If T ~220 T 3I73E-05~' 070dI545-106d566 100 [D~00665]d}0604ii]0;010013 101 0.006818 { L 225 _ _ _3J9E-05__ 0.0018_84 0 000904 _0.000441] 0.010013__ i j 230 j 3.86E-05 0.001925 0.000901 102 0.006945_ 0.000441 j 0.010013-~
~
I l 235 1 3.93E-05 0.001967 0.000898
~ F236~i
~~ ~~
103 f95E 03 0.02005ITd66597 500'fU72]OT60043Tf6.6iO0i3 104 J 0.010013 f245 ~l~ 4.05E-05 0.002049 0.00089 Y d7T9F 606 diT{0T61015 105 ~IO0f5I5fdD00445i 1 250 l- - 4.12E-05 ~ 0.00209 0.000886 106 ~ ~~Y55~[ ~I58E-05 4 Fd65I35~0.000881 XUO744fTO.000441}l5IO655 107 ((0]Od75{d3dO44ii0.010013 . __ _ ' _260__j 4.24E-05_ 0.002173 0.000877 108 0.007692 0.000441 0.010013 265 4.31 E-05 0.002214 0.000871 109 0.00781410.000441 j 0.010013 270 4.37E-05 0.002255 0.000866 5U07955[0.000441 { 0.010013 275 T 110 111 0.00805510.000441 l 0.010013 l
}C ~7 280
{I.43E-55[4f00ii5F dT00655] 4.49E-05 0.002338 "0.000854 112 0.008175 0.000441 10.010013j 4.55E-05T6.6 551s~0T666548 1 __ 285 113 0.008294 0.000441 ! 0.010013 l I i 290 4.6E-05 1 0.00242 0.000841 j
~
~
114 ~0I00f415 l 6044Ti~D70iO0i3i~ ~ l 595 ~l N56E-0f* 0.002461 0.000835 115 0.008529 0.000441 0.010013 [
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~ ~
116 0.010013 ldO8545[0.000441 __ Tf7E 0f[dT002(54f~0 6dd8lf 117 0.008761 0.000441 3. 0.010013 f 310 l 4.83_E-05_ 0 002584_0.000814 118 0.008876 0.000441 l 0.010013 1 315 I- 4.89E-05 0.002625 0.000806_ 119 0.00899 0.000441 [0.010013 l T 320 } 4.94E-05 0.002665 0.000799 id65I04 Tdd6difI0.010013 C --
~
120 325 4.95E 6f[076627060.00df5f 1
~
121 0.009217 0.000441i 0.010013 [- 330 i 5.05E-0510.002747 0.000784 122 0.009329 0.000441 0.010013 l 335 l ! 5.1E-05 i 0.002788 0.00dI75 3467~~~ 123 ~~6055~4l0.000441 0 0.010013 [ I i 5.15E-05 Il0di529 0.05d755 124 125 0.009551 0.000441 0.010013 l ~l[- I 345 I 5.2E-051 0.00287 0.00076
~
126 5 d955F^07006ddi~~001dO15!
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! 355 T 5.25E-05 0.00291 0.000752
- 5.31 E-05 0.002951 0.000744
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~
~
127 OI0d5~f9~ 8 l~066dI1l0I6d55{ ~ T 560 5.35E-051662555~dTddd755 128 0.009987 0.000441 10.010013 l I-~ I 365 l' ~5I4E-05T67063d32 0.dd60727 129 [jdM d6441[ysIDdl3[ 9 [ ____{31p]} 7 5.45E-05 0.003073 0.000719_ 130 . 0p10201 0.00044110.010013___4 _ _. _ j 375 _ _5.5 E-05_ _0_.003114_ _ _0.00071_1 _ 131 0.010306 I I 380 l 5.55E-05 0.003154 0.000702 0.000441 (0.010013 J[ 132 0.010412' O.0004411 0.010013 : 1 385 5.59E-05 0.003195 l 0.000694 133 0.010516 0.000441 l 0.010013 I E 390 [f
~ ~
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~~395 [-~[169(05] 0 dO3276]{0[00
~
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LOCK.XLS AY l AZ l BA l BB BC BD l l l BE l BF l BG l BH 144 0.011623_[ 0.000441 0.010013 _ _ 445_j _6.11 E-05 0.00368 0.000594 145 0.01172 0.000441 0.010013 450 6.15E-05 0.00372 0.000585_ 146 0.011816 DTO'00441 0.010015l 455 6.19E-05 0.00376 0.000577 147 0.011912[if600441 0.010dif
~
148 0.012007 0.000441 0.010013 _ 450 T23fyS].065801 0.000569 465 6.27E-05 0.003841 0.000561 149 1012102 0.000441 0.010013 470 6.31E-05 0.003881 0.000553 150 0.012195 0.000441 0.010013 475
- 6.35E-05 0.003921 0.000545 151 ~6I612289 0.000441 lE01d~13 0 480 6.385!d5 0.003961 T000537 152 -
153 55= '0662794 f 154 DOSE = 0.013235 -
+
q-7 158 159 [ i _j _ 160 I 161 162 [ T 163 r ,_ 165 166 f I l l 1
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~
13 3.59E-05 3.89E-05 i 5T5fE-05 275E-6tI 0.000102
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~ ~
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~
05 ~~I 6 7.46E-06 0.000306 l 18 0.000125 0.000127 0.000116 7 8.69E-06 0.000357 19 0.000143 0J00144 0.000132 8 9.92E-06 0.000408 l 20 0.000161 0.00016 0.000148.. 9 1.12E-05 0.000459 21 0.000179 0.000175 0.000165 10 1.24E-05 0.00051 22 0.000196 11 1.36E-05 0.000561 0.00019J0.000181 l 23 0.000214 0.000205 0.000197 12 1.48E-05 0.000612 24 0 00d555*d}600ii9~0T066ff3~ i _ 13 1.6E-05_0.000663 I 25 0 0025 0.000232 0.000229 ^~ l 14 1.73E-05 0.000714 l i 26 27 [0 00056 [jT066235[0.06245 0.000285 0.000259 0.000261
] l 15 16 1.85E-05 1.97E-05 0.000765 0.000816 28 0.00032 0.000284 0.000292 l 18 4.42E-05 ~
0.001835 29 ~67660555'i 0.000307 0.000324 20 0.002038 f { . t ] 4.91E-05 30 0.00039 0.000329 0.000355 1 22 5.39E-05 0.002242 31 0.000425 0.00035 0.000386 24 58
~-~55!65 0.002445 32 _0.00046__0.000369_ 0.00_0416 _ 26 6.34E-05 0.002648 33 0.000495 0.000388 0.000447 28 6.82E-05 0.002851 34 0.00053 0.000405 0.000477 30 7.29E-05 0.003055 l 35 0.000565 0.00042 0.000507 32 1 7.76E-05 0.003258 l 36 6D66599j0.066435'VIDb653I~' i 34 .
5.25E-05 0.002209 l 37 ~00 ~~~6U554 ~67660345idI666565I I 36 5.55E-051~0.002339
~
38 0.000668 0.00046Tl 0.000596 j 38 5.85E-05 l 0 dd5458 T
~ ~~
39 X6U6f65 5660475~~6?6605i5 ! 40 6.15E-05 0.002598 427
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l 40 5666757 OTd6648T~0 66655T i~ ! ~6.44E ! 05T 66f75f 41 yy077kdy@5NT66p6{ j_ ~T~ 44 ~i
~
~f75E-66 6062557 l 42 0.000805 0.0005031 0.000711 i 46 7.03E-05 0.002986 l 43 0.000839 0.000511 l 0.000739I J 48 7.32E-05 0.003116 44 _ _ __ _ _ j 50 7.61E-05 0.003245
_0.000873 _. 0.000519}0.000767J . __ 45 0.000907 0.000525 I 0.000795 52 7.9E-05 0.003374 46 0.000941 0.000531 l 0.000823 . 54 8.19E-05 0.003504 47 0.000975 0.000537 1 0.00085 -~~~I~ I 56 i I~5375-65~6665655
l LOCK.XLS Bl l BJ l BK l BL l BM l BN l BO l BP l BQ l Ctt-48 0.001008 0.000542 0.000878 58 8.76E-05 0.0037 % 49 0.001042__0.000_546 0.000905 60 9.055-05 0.003891 50 0.001076 0.000549 0.000932 62 9.33E-05 0.00402 51 0.001109 0.000552 0.000958 64 9 fiETD5 0.003975' I 52 0.001142 0.000555 0.000985 ~ 66 9.48E-05 0.004099 53 'O.001176 ~U$060557 0001611 68 ~5.'f55-05 0.004225 54 0
~T001209 ,0.00}d55f'60616M- 7D-~ 0.0001 ~6604347 55 0.001242 0.000_559 _0.001063 . _
72 0.000103 0.00447_ 56 0.001275 0.00056 0.001089 _ 74 ~^6606I65 0.004594 57 0.001308 0.00056 0.001114 _ 76 0.000108 0.004717 58 _0_.001341 0.00056 0.00114 78 0.000111 0.00484 59 0.001374 0.000559 0.001165 80 0.000113 0.004954 60 0.001406 _0.000558 0.00_119 82 1 0.000116 0.005087 61 0.001439 0.000557 0.001214 84 0.000119 0.00521 62 0.001472 0.000555 0.001239 86 0.000121 0.005334 63 0.001504 0.00055ff 0.0012637- 88 0.000124 0.005457 , 64 0.001536 0.0005511 0.001287 90 0.000126 0.00558
~~ ~
l 65 52 T6U6129 0.005703_ [0T665569~DI66654TI~0_TO01311__ __ T 66 _0A016_01 0.000546 _0.0_0_1335 34 ___ _ . _0.000149 OA0_662_ 67 0.001633 0.000543 0.001359 96 0.000152 0.00676 68 0.001665 0.00054 0.001382 98 0.000155 0.006899 l 69 0.001697 0.000537 0.001405 100 0.000158 0.007039 70 0.001729 0.000533 0.001428 102 0.000161 0.007179 71 0.001761 0.00053 4 001451 0 104 0.000164 0.007318 ) 72 0.001793_ _02 00_0526 0.001474 4 ,_ _ 106 0.000167 0.007458 73 0.001825 0.000522 0.001496 108 0.000169 0.007597 74 0.001856 0.000517 0.001519 110
~~
0.000172 0.007737 75 0.0018f,8 0.000513iTO0154i
- ~
l 112 0.000175 0.007876 4 76 0.001919~ T66 0 565 TO65553 1 114 0.000178 0.008015 ! 77 0.001951_ 0.000504]j 0.001585 116 0.M0181 0. @ 8155 78 0.001982 0.0005 l0.001606 118 0.000183 0.008294
~ ~
79 TO6561Tl66d455I~0.001628I~
~
120 0.066556 0.068433 80 _0.002092 125 0.000456 0.020742 670664f3[0.0016Q. 81 0.002169 0.00_047 0.001733J l 130 0.000472 0.021563 0.002246 0.000458 82 83 0.002323 0.000445 0.001834 0.001784 L_[ l I 7 135 140 0.000487 0.022384 l 0.000503 0.023204
~
+
84 145 0.000519 0.024023 1662399[0000431T66I55f~~~- I 85 0.002474 0.000418j 0.001931 .
! ! 15b 0.000534 0.024842 86 0.00255 0.000405_ 0.001978 155 l0.000549 0.02566 87 0.002624j 0.000391 0.002024 160 0.000564 0.026477 i 88 0.002699 0.000378 0.002069 165 0.000579 0.027294 89 0.002773 0.000365 0.002113 1 170 0 0 90 0.002847 _0.000352_ 0.002157 __
175 _ 0 0 91 0.00292 0.000339 0.002199 180 - 0 0 I
~ ~
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~. _ ._ .._ ____ _ _ _ _ - _ . _ . _ - _ _ . . _ _ _ _ . . _ _ _ _ _ . _ __ ..
- LOCK.XLS i l l
j B1 l BJ l BK l BL l BM l BN l BO l BP l BQ l BR l 96 0.003281 0.000278 0.002399 205 0 0 ! 97 0.003352 [ 1 0.000267 0.002436 210 0 0 l
~
98 _0.003423 0.000256 0.002473 215 0 0 99 0.003493 0.000245 0.002508 220 0 0 l 1 100 0.003562 0.000235 0.002543 225 0 0 l 101 0.003632 0.000225 0.002577 230 0 0
, 102 0.003701 0.000215 0.002611 235 0 0
- 103 240 0 0.003769_0.000206 0.002_643 0 104 0.003837. 0000197 0.002675 245 0 0
! 106 0.003905_. 0.000188 0.002706 250 0 0 106 0.003972 0.000179 0.002736 255 0 0 q , 107 0.004039 0.000171 0.002766 260 0 0 ! 108 0.004105 0.000163 0.002794 265 0 0 , 109 0.004171 0.000156 0.002823 270 0 0
- 110 0.004237 0.000149 0.00285 275 0 0 111 0.00430_2 0.000142 0.002877 280 0 0 112 0.004367 0.000135 0.002903 _
285 0 0 113 0A04431_0.000_129_ 0.002928 290 0 0 114 0_.004495 0.000123 0.002953 . 295 0 0 115 _0A04559 0.000117 0.002977 300 0 0 116 0.004622_0.000111 _ 0.003 305 0 0 117 _0 004685 0.000106 0.003023 _ 310 0 0 118 0.004747 0 000101 0.003045 315 0 0 119 0.004809 9.58E-05 0.003067 320 0 0 120 0.004871 9.11 E-05 0.003087 325 0 0 121 0.004932 8.66E-05 0.003108 330 0 0 122 0.004993 8_.23E-05 0.003127-~ ~~i 335 0 0 123 _0 0_05054 7.82E-05 _0;003147_ 340 0 0 124 0.005114 7.43E-05 0.003165 345 0 0 125 0.005174 7.06E-05 0.003183 350 0 0
- _f 126 0.00523fTf1[E 05[0.00_3201 l { 355 0 0 127 0.005292 6.37E-05 0.003218 _j 360 0 0 128 0.005351 6.05E-05 0.003234 365 0 0 129 0.005409 5.74E-05 0.00325 ~
370 0 0 130 ~0.005467 5.45E-05 0.003265i' l 375 0 0 131 0.005525 5.17E-05 0.00328 380 0 0 132 0.005582 4.9E-05 0.003294 385 0 0 133 0.005639 4.65E-05 0.003308 390 0 0 134 0.005696 4.41 E-05 0.003321 395 0 0 136 0.005752 4.18N- 5'l 0.003334 400 0 0 136 0.005808 3.96E-05 0.003347 ~ ~ 405 0 0 137 if06586f~3'.76E-05 0.0d3358 i 410 0 0 138 0.005918 3.56E-05 0.00337 415 0 0
~ ~
-} ~ l 139 TO5573 3.3fE05~If00f381 420 6'- 0 140 0.006027 3.2E-05 0.003391
~~ ~ ~ ~~
425 0 0 141 W06568T f5E35]O05IO1, } J 430 0 0 142 0.006135 - 2.87E-05 ~ 0.003411 l - l 435 ~~~~ 0 0 143 ~6565I5~8 if2E 65I 0.00342 i- I i 440 l 0 0
LOCK.XLS B1 l BJ l BK l BL l BM l BN l BO l BP l BQ BR l 144 0.006241 2.57E-05_0 0_03429 445 1 0 0 145 0.006294 2.43E-05 0.003438 450 0 0 146 0.006346 2.3E-05__0_.003446 455 147 _ 0 0_ 0._006398 2.18E-05 0.003453 460 0 0 148 0.00645 2.06E-05 0.00346 465 0 0 149 0.0065011 1.95E-05 0.003467 470 0 0
~
150 0.006552] 1.855-05 0.0037474 475 0 0 151 0.006603 1.75E-05 0.00348 480 0 0 152 _ 153 154 155 156
~
158 159 160 161 _ l 162 163
^
164 165 166 I
1 LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ l CA CB l 1 l TotalThyroid Dose l 2
-~
i
~
I l 3 i~' EAB X/Q 9.00E-04 4 5 DCF 7.41 E-05 7 Time NUCLIDE 8 l-132 1-133 1-134 1-135 I (Min) 1-130 9 0 0 0 i 0 0 0 10 7.42E-07 1.08E-06 1.19E-06 I 1E-06 0.1 2.89E-10 11 'i .48E-05 2.16E-05 2.37E-05 2.01 E-05 0.5 6.07E-09 12 5.89E-05 5.02E-05 1 2.05E-08 3.69E-05 ( 5.39E-05 13 ~6300147 DT0dd215 0.000233 0.0002 ~i 2 7.82E-08 14 0.00022 0.0003 3 0.000323J0.000345
} _
1.65E _07_ 15 __0.000291__ 0.00043 0.000454 0.000399 l 4 2.8E-07 16 0.000362 0.000538 0.00_0561 ._0.0pp498 17 0.000433 0.000645 I0.000664 0.000597 J 5 L4.24E-07
~
I [ 6 5.96E-07 18 0.000502 0.000752 }~i600765 OT6666T5" 7 7.97E-07 4 } 19 0.000571 0.000859 0.000363 0.000793 8 1.03E-06 20 0.000639{ 0.000966 0.000958 0.000891 9 1.29E-06 21 0.000707 0.001072 0.00105 0.000988 ~ 10 1.57E-06 22 0.000774 0.001179 0.00114 0.001085~ I 11 7 1.89E-06 23 0.00084 0.001285 0.001228 0.001181 12 2.23E-06 24 0.000905 0.001391 0.001312 0.001277 13 2.6E-06 l 25 0.00097 0.001498 0.001395 0.001373 14 3E-06 26 0.001034 0.001604 0.001475 0.001469 15 3.43E-06 27 [0DdT0Tf))EU6171 0.66i55f ED01554 15 "3.88E-00 28 0.002445 0.003842 0.003405 0.003506 I 18 4.91 E-06 29 0.00269 0.004264 0.003687 0.003882 l 20 6.04E-06 30 0.00293 0.0046851 0.003952 0.004256 j 22 7T2T605 31 0.003164 0.005105' O.0042 0.004626 I I 24 8.64E-06 4 32 Ifd6555T}0.005524 0.004433 0.004994 l l 26 1.01E-05 33 0.003619 0.005942 1 0.004651 0.00536 I 28 1.17E-05
~~'
34 0.003839 0.006359i 0.004855 0.005722 I 30 7 1.34E-05 35 0.004054 0.006775 0.005044 32 1.52E-05 36 37
~U565f54 0
I665f2]f -
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~
38 0.002982 0.005119T6.6d3535TEUO4565 -~~ ~~ ~~ "i 35 [T5E! 6f 39 0.003108"d.005382 0.003624 0.004786
~ ~~
l- 40 T ! 2.04E-05 ~~ 40 ~Ed60555T ~0T06564f~6~0D570f ~EUD56dfi-4--~ }_- 42~ l T15E-05 41 0.003351 0.005907 0.003783 0.005228T-- 44 2:55h~65 42 '6 665455' 0.006168 0.003852 0.0054461 46 2.51 E-05 43 ~DTdO5585~T0054 5iDTdD35T5~ 48 2.68E-05
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44 ~ TOD5655~Dl606589TD5U557f ~0I665878 l 50 2.86E-05 45 Kyp3 TOT 6p69i9!_QJ04g24[p_QQ6092[_ _
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46 0.003911 0.007205l 0.004071 ._ 0.006304i _ _ _ L__ _ 54 J3J3E-05_ 56_ 47 0.004015 0.007467 i 0.004112 0.006514i ! 1 3.43E-05
J LOCK.XLS
- BS l BT l BU l BV- l BW l BX l BY l BZ l CA l CB 48 0.004117 0.007724 0.004148 0.006723 58 3.63E-05 49 ~ dido 4216 0.00I982 0.004179 0.056931 60 3.84E-05 ~
50 0.004313 0.008238 0.004207 0.007137 62 4.05E-65~ 51 0.004224 0.00814 0.004053 0.007034 _ 64 4.27E-05 62 0.004312 0.008384 0.004071 0.007229 66 4.49E-05 , 53 0.004398 0.008629 0.004085_ 0.00_74_2_2 __ 68 4.71E-05 54 0.004482 0.008872 0.004096 0.007613 70 4.94E-05 . 55 0.004564 0.009115 0.004103 0.007803 72 5.18E-05 56 0.004644 0.009358 0.004108 0 007992 57 0.004722 0.0096 0.004109 _0.008179 74] 76 5.42_E-05 5.67E-05 58 0.004798 0.009841 0.004107_0.008364 78 5.93E-05 59 0.004371 0.010082 0.004103 0.008549 80 6.19E-05 60 .0.004943 0.010322 0.004096 0.008732 82 6.46E-05
} ,
61 0.005013 0.010562 0.004087 0.008913 -[ [ 84 6.74E-05 i 62 0.005081 0.010801 0.004075 0.009093 86 7.02E-05 4 63 0.005147 0,01104 0.004062 0.009272 88 7.3E-05 64 0.005211 0.011278 0.004046 0.009449 7.59545' 65 0.005274 0.011515 0.004028 0.009625 J_90_
~
92 , 7.89E-05 - 66 ~0TOU565I~ 0T6Ii35i~dTO'04555TO'15535 } 94 l 8724E 65
' l l 67 ~ .006128 0.013521 0.0_04531_0.011332, 96 I 8.59E-05 i 68 0.006193 0.013889 0.004505 0.011527 98 8.95E-05 4
69 _0.0_06256 0.014156_0.004477 0.011721 100 9.32E-05 70 0.006317 0.014423 0.004447 l 0.011913 102 9.69E-05 A 0.006376 0.014689J 0.004417 0.012104 [ 104 0.000101 72 0.006434 0.014954 0.004384 0.012293 106 0.000105 2 73 0.006489 0.015219 0.004351 0_.012481 108 0.000108
- 74 0.006543 0.015482 0.004316 0.012667 110 0.000112
, 75 0.006595 0.015746 0.00428 0.012852 ~ 112 0.000116 114-76 0.006646 0.015609 0.004243 0.053035~ 0.000121 77 0.006694~dT016271 0.004205'I~0.013217 116 0.000125 78 0.006741 0.016532 0.004166 0.013397 118 0.000129 . 79 0.006787 0.016793_ 0.004126 0.013576 l 120_, 0.000133 80 0.016289 0.041203 0.009513 0.033114 125 0.000144 81 0.016524 0.042729 0.009268 0.03414 130 0.000155 I 82 0.01673 7~0.044247 0.009DTi 'DTd35144 135 0.000166 83 0 016929 0.045755~0I6d5iS5~ 0.03S12f~ 140 0.0ddIf8' l _
; 84 0.017101 0.047254 0.008498 0.037092 _j 145 0.00019-85 0.017254j_0.048745 0.008234 0.038037 _ _ _
j 150_ _0000202 86 _0.017389_ 0.050226 0 00797__0.038962. 155 _0.000215 87 0.017506 0.051699 0.007705 0.039867 160 0.000228 88 0.017607 0.053163 0.007442 0.040754 165 0.000241
)
89 0 0_ 0 0 170 0.000241 i i 90 0 0 0 0 175 0.000241 l a 91 0 0 0 0 180 0.000241 0 . , _ _ _ _ _ _ , _ _ _ . 1 18 ,_ 0 94 0 0 j 0 l 195 0.000241
,, 9 9 7_ 0g 7 9 q g_7 g9
LOCK.XLS l SS l BT l BU l BV l BW l BX l BY l BZ l CA l CB 96 0 0 0 0 205 0.000241 l 97 0 0 0 0 210 0.000241 i 98 0 T0 0 0 215 0.00D241 i 99 0 0 0 0 220 0.000241 100 0 0 0 0 I 225 0.000241 101 0 0 0 0 230 0.000241 l 102 0 0 0 0 I 235 0.000241
~
103 0 0 0 0 240 0.000241 104 0 0 0 0 245 0.000241 105 0 0 0 0 250 0.000241 106 0 0 0 0 0.000241 I 2_55 107 0 0 0 0 260 0.000241 ; 108 0 0 0 265 0.000241 109 0 0 0 0 270 0.000241 110 0 0 0 0 275 0.000241 I 111 0 0 7 0 0 I 250 0.000241 112 0 0 0 0 285 0.000241 j 113 0 0 0 0 290 0.000241 114 0 0 0 0 295 0.000241 115 0 I O O O 300 0.000241 116 0 0 0 0 305 0.000241 117 0 0 0 0 310 0.000241 118 0 0 0 0 315 0.000241 119 _ 0 0 0 0 320 0.000241 ! 120 0 0 0 0 325 0.000241 121 0 0 0 0 330 0.000241 122 0 0 0 0 335 0.000241 j 123 0 0 0 0 340 0.000241 124 0 0 0 0 345 0.000241 125 0 0 0 350 0.000241 l 126 6~ 0 I_ 0O O 355 0.000241 l 127 0 0 0 0 360 0.000241 128 0 0 0 0 365 0.000241 129 0 0 0 0 370 0.000241 l 130 0 0 0 -0 375 0.000241 1 131 0 0 0 0 380 0.000241 4 132 0 0 l 0 0 385 0.000241 133 0 0 ~~ 0 0 390 0.000241 134 0 l 0 0 0 395 [0.000241 135 0 1 0 0 0 400 0.000241 { 136 0 0 0 0 405 0.000241 l 137 0 0 0 0 410 0.000241 138 - 0 } O O O 415 0.000241 139 140 0 0 0 0 [ 0 0 1 0 420 0.000241 l 0 t 425 0.000241 141 0 0 0 0 l 430 0 500241 [ 142 0 0 0 0 l 435 0.000241 4 143 0 1 0 0 I O I 440 l 0.000241
d 4 1 LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ l CA l CB
- 144 0 0 0 0 445 0.000241 l 145 0 0 0 0 450 0.000241 146 0 0 0 0 455 0.000241 147 0 0 0 0 460 0.000241 148 0 0 0 0 465 0.000241 149 0 0 0 0 470 ~~0.000241
, 150 0 0 0 0 475 0.000241 151 0 0 0 0 480 0.000241 152 ~ 153 TOTAL EA 154 a 155 156 l 157 158 I 159 I i 160 i ~~ ~~ 161
+
163 164 } 166 I-l l 1 l i j 1 i
i LOCK.XLS l CC l CD l CE l CF l CG 1 2 3 LPZ X/O = 8.00E-05 : Breathing Rate (m^3/s) = 3.47E-04 5 1.07E-03 6.30E-06 1.82E-04 1.07E-06 3.15E-05 6 j 7 I 8 l131 1-132 1-133 1-134 1-135 Tf15Tf'
~
~
10 1.46E-09 6.11E- T 1995-1T T88E-09 11 3.6E-06 3.06E-08 1.28E-06 8.35E-09 2.07E-07 12 1.22E-05 1.03E' -07 4.34E-06 2.81 E-08 7E-07 13 4.64E-05 3.93E-07 1.65E-05 1.06E-07 2.67E-06 j 14 9.77E-05 8.24E-07 3.49E-05 2.22E-07 5.62E-06 15 -~0.000166 1.4E-06 5.925T5~Tf55-07 9.55n~66 16 0.000252 2.11 E-06 8.97E-05 5.63ETd7'
~
1.44E-05 17 0.000354 2565-06 0.000126 7.8557d7 2.03E-65~ 18 0.000474 3.95E-06 0.000169 1.04E-06 2.71 E-05
~
l 19 0.000611 5.075~06 0.00T218 1.33ET6 335 D5 20 0.000765 6.33E-06 0.000272 1.65E-06 4.37E_-0_5_ I 21 0.000936 7.72E-06 0.000333 2E-06 5.34E-05 22 0.001124 9.24E-06 0.0004 2.39E-06 6.41E-05 23 0.00132_9 1.09E-05 _ 0.000473 2.8E-06 7.57E-0_5 24 0.001552 1.27E-05 0.000552 3.24E-06 8.82E-05 25 0.001791 1.46E-05 0.000636 3.71 E-06 0.000102 26 0.002048 1.66E-0_5___.000727 0 4.2E-06 0.000116 27 0.002321 1.88E-05 0.000824 4.72E-06 0.000132 28 0.002937 2.36E-05 0.001042 5.86E-06 0.000166 29 0.00362 2.89E-05 0.001284 7.1 E-06 0.000204 30 0.004372 3.46E-05 0.001549 8.43E-06 0.000246 31 0.005192 4.09E-05 0.001839 9.84E-06 0.000292 32 T00608 4.755~05 0.002152 1.135-05 0.000341~ 33 0.007037 5.46E-05 0.002489 1.2957f~T000393 0 34 0.008061 6.22E-05 0.002849 1.45E-05 0.00045 35 0.009154 ~7 355~d5 0.003233 1.625~05 0.0005d9~ 36 0.009895 7.555-05 0.005T93~~U55~05 ~DI6665f 37 ~0.0106f9 8.11E-05 0.003769 1.855 d5 0.000592 38 0.011507 8.7E-05 0.004059 1.97E-05 0.000637 ~ 39 0.012379 9.3}5-05 0.004364 2.09ETSTUV6d5is 40 0 01,3294 9.95E-05 0.004684 _2.21 E-05_0.000734 0 01425_2 10.000106 0.005018 2.34E-05 0.000785 41 42 0.0152531 0.000113 0.005368 2.47E-05 0.000838 43 0 016298_ _0J0_012 _0.005733_2.6E-05_ 0.00_0894_ 44 0.017387 0.000127 0.006112g 2.73E-05 0.000952 45 0.018519 0.000135 0.006506 2.87E-05 0.001012 46 0.019694 0.000142 0.006914 3E-05 0.001074 47 0.020912 0.00015 0.007337 3.14E-0510.001138
LOCK.XLS
]
l CC l CD l CE l CF l CG l 48 0.022174 0.000158 0.007775 3.28E-05 0.00120_4 49 0.023479 0.000167 0.008228 3.42E-05 0.001272 50 0.024827 0.000175 0.008695 3.56E-05 0.001342 51 0.026161 0.000183 0.009156 3.7E-05 0.001411 l 52 0.027536 0.000192 0.009631 3.83E-05 0.001482 53 0.02895Y 0.000201 6UI6T2 3.97$-05 0.001555 54 0.03041 0.000209 0.010623 4.11 E-05 0.00163 55 0.03191 0.000218 0.01114 4.25E-05 0.001707 , 56 _0.03345 0 000227_ 0.01167 4.38E-05 0.001786 _ 57 0.035033 0.000237 0.012214 4.52E-05 0.001866 l 58 0.036656 0.000246 0.012772 4.66E-05 0.001948 59 0.038321 0.000256 0.013344 4.8E-05 0.002032 60 _0.040027 0.000265 0.013929 4.94E-05 0.002118 61 0.041775 0.000275 0.014528 5.07E-05 0.002206
~
62 0.043564 0.000285 0.01514 5.21 E-05 OI607265 l 63 0.045394 0.000295 0.015766 5.35_E-05 0.002386 64 0.047266 0.000306 0.016405 5.48E-05 0.002479 65 0.049179 0.000316 0.017058 5.62E-05 0.002574 66 _0.051399 0.000328 0.017814 5.77E-05 0.002683 67 0.053666 0.00034 0.018586 5.92E-05 0.002795 l 68 0.05598 0.000352 0.019374 6.07E-05 0.002908 69 0.058341 0.000365 0.020176 6.22E-05 0.003023 70 0.060749 0.000377 0.020994 6.37E-05 0.00314 71 0.063204 0.000389 0.021826 6.52E-05 0.003259 72 0.065705 0.000402 0.022674 6.67E-05 0.00338_ 73 0.068253 0.000415 0.023537 6.81 E_-05 0.003503 74 0.070848 0.000428 0.024414 6.96E-05 0.003627 75 0.07349 0.000441 0.025307 7.1 E-05 0.003754 76 _0.076179 0.000454 0.026214 7.24E-05 0.003882 77 0.078914 0.000467 0.027136 7.38E-05 0.004012 78 0.081696 0.00048 0.028073 7.5_2E-05 0.004144 79 0.084524 0.000494 0.029025_ 7.6_6E-05_0.004277 80 0.091481 0.000526 0.031361 7.98E-05 0.00460_3_ 81 0.098714 0.000558 0.033783 8.29E-05 0.004938 82 0.106222 0.000591 0.036291 8.59E-05 0.005284 83 0.114005 0.000624 0.038884 8.89E-05 ' O.005639 84 0.122062 0.000658 0.041563 9.17E-05 0.006004 _ 85 0.130395 0.000692 0.044326 9.45E-05 0.006378
~
86 0.139001 0.000726 0.04717319.72E-05 0.006761 87 0.147882 0.00076 0.050103 I 9.98E-05 0.007152 88 0.157037 [0.000795 0.053116] 0.000102 0.067553 89 0.157037J 0.000795 0.053116 0.000102 0.007553 90 0.157037 0.000795 0.053116 0.000102 0.007553 91 0.157037 0.000795 0.053116 0.000102 0.007553 92 0.157037_0f00795_ Og53116 0 000102 0.00_7553 93 0.157037 0.000795 1 0.053116 0.0001,02 0 3 007553 94 0.157037 0.000795j 0.053116 0.000102 0.007553 95 0.1576371 0.000795I 0.053116 0.000102 0.007553
1 l LOCK.XLS CC l CD l CE l CF l CG ! 96 0.157037 0.000795 0.053116 0.000102 0.007553 97 0.157037 0.000795 0.053116 0.000102 0.007553 98 0.157037 0.000795 0.053116 0.000102 0.007553' 99 ~357037 0 0.000795 0.053116 0.000102 0.007553 100 0.157037 0.000795 0.053116 0.000102 0.007555 101 0.157037 0.000795 0.053116 0.000102 0.007553 102 0.157037_ 0.000795 0.053116 0.000102 0.007555 103 0.157037 0.000795 0.053116 0.000102 0.007553 104 0.157037 0.000795 0.053116 0.000102 0.007553 105 0.157037 0.000f55* 0.053116 0.000102 0.007553 106 0.157037 0.000795 0.053116 0.000102 0.007553 107 0.157037 0.000795 0.053116 0.000102 0.007553 a 108 0.157037 0.000795 0.053116 0.000102 0.007553
~
l 109 0.157037 0.000795 0.053116 0.000102 070'07553 l 110 0.157037 0.000795 0.053116 0.000102~61i67555 111 0.157037 0.000795 0.053116 0.000102 0.007553 112 0.157037 0.000795 0.053116 0.000102 0.0M553 113 0.157037 0.000795 0.053116 0.000102 0.007553 114 0.157037 0.000795 0.053116 0.000102 0.007553_ 115 0.157037 0.000795 0.053116 0.00010,2 0.007553 116 0.157037 0.000795 0.053116 0.000102 0.007553 i 117 0.157037 0.000795 0.053116 0.000102 0.007553 , 118 0.157037 0.000795 0.053116 0.000102 0.007553 l 119 0.157037 0.000795 0.053116- 0.000102 0.007553 120 0.157037 0.000795 0.053116 0.000102 0.007553 121 0.157037 0.000795 0.053116 0.000102 0.007555 122 [0lI57037 0.053116 0.000102 0.007553 '! 0.157037p[ 0.000795 123 .000795 0.053116 0.000102 0.007553 124 0.157037 0.000795 0.053116 0.000102 0.007553 125 0.157037 0.000795 0.053116 0.000102 0.007553 126 0.157037 0.000795 0.053116 0.000102 0.007553 127 0.157037 0.000795 0.0_53116 0.000102 0.007553_ 128 0.157037 0.000795 0.053116 0.000102 0.007553 129 0.157037 0.000795 0.053116 0.000102 0.007553 , 130 0.157037 0.000795 0.053116 0.000102 0.007553 131 0.157037 0.000795 0.053116 0.000102 0.007553. 132 0.157037 0.000795 0.053116 0.000102 0.007553 133 0.157037 0.000795 0.053116 0.000102 0.007553 134 0.157037 0.00075~5*0.053116 0.000102 0 d6f555 135 0.157037 0.000795 0.053116 0.000102 0.007553 136 0.157037 0.000795 0.053116 0.000102 0.007553 137 0.157037 0.000795 0.053116 0.000102 0.007553 138 0.157037 0.000795 0.053116 0.000102 0.007553 139 0.157037 0.000795 0.053116 0.000102 0.007553 140 0.157037 0.000795 0.053116 0.000102 0.007553 141 0.157037 0.000795 0.053116 0.000102 0.007553 142 0.157037 0.000795 0.053116 0.000102 0.007553 143 0.157037 0.000795 0.053116 0.000102 0.007553
1 1 LOCK.XLS ! l l cc l cD l cE l CF l CG 144 0.157_0_37 0.000795 0.053116 0.000102 0.007553 145 0.157037 0.000795_ 0.053116 0.000102 0.007553 146 0.157037 0.000795 0.053116 0.000102 0.007553_ 147 0.157037, 0000795 0.053116 0.000102 0.007553 148 0.157037_ 0J00795 0.053116 0.000102 0.007553 149 0.15_7037 0.00_0795 0.053116 0.000102 0.007553 150 0.157037 0.000795 0.053116 0.000102 0.007553 151 0.157037 0.000795 0.053116 0.000102 0.007553 153 DOSE = 0.11853 TOTAL LPZ DOSE = 0.019453 154 155 156 157 158 159 l 160 161 162 163 164 165 166 l
LOCK.XLS LOW A2 XC 5 A l B l C l D l E F G l l l ! l 1 l J 1 Rractor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis
~
2 Thermal-Nydrauilc hlSource Term Transport inputf f I i 3 Cise Evaluated (1= Credit for RCS injection Flow Loss for Source Term Depletion. 2=No Credit for Source Tem Doletion) = l 4 RCS Volume (gal) = 1 83059 lConv. Factor (gal /lbm) =l 0.1642 Letdown Cleanup Fract' ion = l 5 Cooldown = 50 RCP Heat = 6.24E+07 Conductor = 3.13E+07 S/G Heat of Vaporization, Hfg (BTU /lbm) = 6 Rate (F/Hr) (btu /Hr) Heat (btu /Hr) l I [ 7 Time Leak Loss Leak Dose Flash ( S/G H2O l Core Decayyteam Cas l Steam Input Steam Rate, Scrub 8 (Min) (Lbm/ Min) (Lbm/ Min) Fraction ! Mass (Ibm)l eat (btu /hrl Release (Ibm / min)T(Ibm / min) l Fraction 9 0 j 1.64 0 1.10E+05 0.00E+00 2 600 10 0.1 1.64 0.358 _I 0.358 l 0 1.10E+05 0.00E+00 2 4 600 600 0
! 600 0 11 0.5 1.64 0.358 0 1.10E+05 0.00E+00 2 } 600 i 600 0 12 1 1.64 0.358 0 1.10E+05 0.00E+00 2 1 600 600 0 13 2 1.64 0.358 0 1.10E+05 i 600 600 0 14 15 3
4 1.64 1.64 0.358 0 1.10E+05 0.00E+00 0.00E+00{2_1 2 600 600 0 0.358 0 1.10E+05 0.00E+00 2 600 600 0 16 5 1.64 0.358 0
} 1.10E+05 0.00E+00 2 600 l 600 0 17 6 0E358~~ 0 l 1.10E+05 0.00E+00 1.64 1 2 600 l 600 0 l 18 7T 1.64 1 0.358 ~0 1.10E+05 0.00E+00
~~
2 600 i~ 600 0 19 8 1.64 0.358 0 'U6E+05~ 30600 -2 ~~ 60I 6 666 0 20 9 1.64 0.358 0 1.10E+05 0.00E+00 2 600 l 600 0 21 10 1.64 ~I 0.358 l 0 1.iO605~0I6 dei 66 2 l 6d0~~'~~5D6 0 22 11 J 1.64 [E55'8i 0 (1_10E+050.00E+00 . 2 600 _ 600 ~0 23 12 1.64 0.358 0
] '
1.10E+05_ 0.00E+00 2 600 600_. 0 24 13 1.64 O.358 0 1.10E+05 0.00E+00I 2 67)0 600 0 l
~
25 14 1 64 OT358 ~6 1.10Ei65i~0.665i66J 2 600 600 0 26 15 1.64 0.358 0 TU65705[id6EOOj___2 27 16 1.64 0.358 0 L600 __ 60_0 ] _ 0 j 1.10E+0510.00E+00j 2 600 600 0 ' 28 18 L1.6i~-~E558 ]i 0 1.10$iO5i 566EiOOj 2 600 600 0 29 20 1.64 0.358 i 0 1.10E+05 0.00E+00 l 2 600 600 0 30 ~~ ~2'2 ~T64 d558T 0 1.10E+05 0.00E+00T 2 600 600 C 31 24 1.64 i 0.358 l 0 1.10E+05 0.00E+00 2 1 600 600 l 0 32 26 1.64 0 1.10E+05 i 0.00E+00 g 2 600 600 0 ( 0.358 1 i 33 28 1.64 0.358 l 0 1.10E+05T0 1 00E+001 2 600 J e00 0 34 30 1.64 0.358 j 0 2 I 600 l 600 0 1 35 32 1.64 l 0.358 T 0 1.10E+05
.1.10E+05'I O.00E+00 i 0.00E+00][ 2 383 1 383 0 2 ' 383 T ~383
~
36 34 1.64 i~d558 [ 0 I~171T)EiO5 706EA60f 0
]
-~
37 36__j_ _1.64_ IjiS8))^6 ~]T105iO5l560E+00(( 0 38 _38 1 i 0 j_1.10E+05] 0.00E+001 2 '_{3_85))383[l 383 I 383 0 ! 39 40 _ 40 _. 42 _.64][0.358 1.6 _4 1.64 ) 0.358 0.358_j 0 0
! 1.10E+05 %0_0E+00]_2 2
3 _ 83 ] _ 383 383 l 383 0 0 II.10E+05 0.00E+00{ ~ 41 _ 44g 1.64 0.358 0 IU6Ei65 5665A0 1 383 __0_ __0_[1.10E+05 _0.00E+00{__2))5837 42 46_ ! _1.64 0.358 _ _2_ ._383 _ 383 0 43 48 j 1.64 _ 0.358 1 0 j 1.10E+05 0.00E+00 2 383 383 0
)
1 44 iM 6358_ L _0]I.10,E+05_0.00E+00 2_ 1 __383_.]83[ 0]_ 2_l 45 52 1.64 __( 0.358 j 0 _ 383 383 0 46 47 54 56 1.64 1.64 1 0.358 i 0.358 l 0]010E+0510,00E+00}1 0 1.1 ___0E+05l _ O.00E+00 i 2 2 i 383 383 4 1.10E+05I_0.00E+ 383 383 0 0
LOCK.XLS A l B l C l D l E l F l G l H l J l l 48 58 1.64 0.358 0 1.10E+05 0.00E+00 2 383 383 0 49 60 1.64 0.358 0 1.10E+05 0.00E+00 2 383 383 0 50 62 1.64 0.35_8 0 1.10E 05 0.00E+00 2 367 367 0 51 64 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 52 66 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 53 68 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 54 _ 70 1.64 0 2 367~ _0[558 _ 1.10EiOH66ET00 _ 367_ 0 55 72 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 56 74 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 57 76 1.64 [ 0.358 0 1.10E+05 0.00E+00 2 367 367 0 58 78 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 59 80 1.64 0.358 0 1 1.10E+05 0.00E+00 2 357 367 0 60 82 1.64 0.358 0 1.10E+05 0 00E 00 2 367 367 0 l 61 84 1.64 0.358 0 1.10E+05 0.00E+00 2 j 367 367 0 62 86 1.64 0.358 0 1.10E+05 0.00E+00 }~ 2 367 367 0 63 88 1.64 0.358 0 1.10E+05 0.00E+001 2 367 367 0 64 90 1.64 0.358 0 1.10E+05 0.00E+00 2 367 367 0 l 65 92 1.64 0.358 0 2 417 417 0 1.10E+05_000E 00 . 66 94 1.64 0.358 0 1.10E+05 0.00E+00 2 417 417 0 67 96 1.64 _0;358 0 j 1.10E+05J0.00E+00 2 417 417 0 1 68 98 1.64 0.358 0 1.10E+05 0.00E+00 2 417 417 0 69 100 1.64 0.358 0 1.10E+05 0.00E+0U} 2 457 417 0 70 102 1.64 0.358 0 1.10E+05 0.00E+00j 2 417 417 0 71 104 1.64 0.358 0 1.10E+05 0.00E+00 l 2 417 417 0 72 106 1.64 0.358 0 1.10E+05 0.005 i00 2 417 417 0 73 108 1.64 0.358 0 1.10E+05 0.00E+00 2 417 417 0 74 110 1.64 0.358
~
0 1.10E+05 0.005~+66' 2 417 417 -0 75 112 1.64 0358 [ 0 1.10E+05 0.00E+00 2 417 417 0 76 114 1.64 0.358 0 0.00E+00 2 417 417 0 1.10E+0_5_ 77 116 j 1.64 0.358 0 1.10E+05 0.00E+00 2 417 417 0 78 118 1.64 0.358 0 1.10E+05 0.00E+00 2 417 417 0 79 120 1.64 d555]' O 11.10E+05[1.38E+08 2 394 394 0 80 125 1.64 0.358 0 1.10E+05 1.38E+08 2 394 394 0 81 130 1.64 0.358 0 1.10E+05 1.35E+08 4 2 394 1 394 0 82 135 1.64 0.358 'I O 1.10E+05] 1.35E+08l 2 394 l 394 0 83 140 1.64 0.358 I 0 1.10E+05 l 1.32E+08' 2 394 394 0 84 145 1.64 D358 ~ 0 136~EiO5[T325iO5
~
2 394 394 0 85 150 1.64 6358 0 iTIOE+65TT29ET08 2 394 394 0 86 155- 1.64 0.358 T 0 ! 1.10E+05 1.29E+08 2 394~~i 394 0 87 160 I 1.64 i~ 6358 T 0 I 1.10E+05 1.27E+08 2 394 394 0 i 88 165 { 1.64T0358- 0 i .10E+05 1 1.27E+08 2 0 0 i 0 1 89 170_j_164_jJ358 0 1.10E+05a 1.25E+08; 2 g 0 _0 ] O l 90 175 1.64 ! 0.358 0
! 2 0 0 0 91 180 ~i 1.64 "0.358] O i 1.10E+05 l 1.25E+08'- 2
[1.10E+05{1T23Ei68 0 'I' O O 92 185 1.64 0.358 0 i1 dei 65i133EIU5i 2 0 0 0 93 190 1.64 0.358 0 L'130EIO5l 1.22E+08f 2-I 0 ~ 0 ! 94 195 1.64 0.358 95 200 l 1.64 0.358 0 0
'I 1.10E+0511.22E+08j 1 1.10E+051 1.20E+08l 2
2 _0_ 0 0_[ 0 1 00 l
! LOCK.XLS A l B l C l D l E l F l G l H J l 1 l 96 205 1.64 0 1.10E+05 1.20E+08 2 97 210 l 0.35_8 0 1.10E+05 1.18E+08 L0 0 0 0 1.64 { 0.358 2 0 0
- 98 _ 215 1.64 0.358 0 1.10E+05 1.18E+08i 2 0 0 0
. 99 220 1.64 0.358 0 1.10E+05 1.17E+08 t 2 0 0 0 i 100 225 1.64 0.358 0 1.10E+05 1.17E+08! 2 0 0 0 101 230 1.64 0.358 0 1.10E+05 1.16E+08 2 0 0 0 102 235 1.64 0.358 0 1.10E+05 1.16E+08 2 0 0 0 103 240 1.64 0.358 0 1.10E+05 1.14E+08 2 0 0 0 104 245 1.64 T 0.355 0 1.10EiO5 1.14E+08 2 0 0 0 105 250 1.64 0.358 0 1.10E+05 1.13E+08 2 0 0 0 106 255 1.64 0.358 [0 1.10E+05 1.13E+08~ 2 ~~ 0 0 0 ! 107 _260 1.64 0.358 0 1.10E+05 1.12E+087 2 0 0 0 ] 108 265 1.64 0.358 0 1.10E+05 1.12E+08 2 0 0 0 109 270 1.64 0.358 0 1.10E+05 1.11 E+08 2 0 0 0 a 110 275 1.64 0.358 0 1.10E+05 1.11E+08 2 0 0 0 111 280 1.64 0.358 0 1.10E+05 1.10E+08 2 0 0 0-112 _285 1.64 0.358 0 2 0 0 0 1.10E+05J 1.10E+081 113 290 1.64 0.358 0 1.10E+05 2 0 0 0 114 1.09E+08{ _295 4_ 1.64 0.358 0 1.10E+05 1.09E+08 l 2 0 0 0 115 1.64 0.358 0 1.10E+05 300 J _ 1.08E+08j 2 0 0 0 116 305 1.64 0.358 0 1.10E+05 1.08E+08 2 0 0 0 117 310 1.64 0.358 0 1.10E+05 1.07E+08 2 0 0 0 118 315 1.6T~l 0.358 0 1.10E+05 1.07E+08 2 0 0 0 119 320 1.64 0.358 0 1.10E+05 1.06E+08 2 0 0 0 ; 4 120 _ 325 1.64 0.3_5_8 0 1.10E+05 1.06E+08 ' 2 0 0 0 ! 121 330 1.64 0.358 0 1.10E+05 1.05E+08 2 0 0 0 122 335 1.64 0.358 0 1.10E+05 1.05E+08 2 0 0 0 123 340 1.64 0.358 0 1.10E+05 . 1.05E+0_8 . 2 0 0 0 124 345 1.64 0.358 0 1.10E+05 1.05E+08 2 0 0 0 125 350 1.64 0.358 0 1.10E+05 1.04E+08 2 0 0 0
~
126 355 1.64 0.358 0 1.10E+05 0 0 127 360 1.64 0.358 0 1.10E+05 1.04E+08{ 2 0
)
1.03E+08l 2 0 0 0 128 365 1.64 0.358 _ 0 1.10E+0531.03E+08l 2 0 0 0 129 370 1.64 0.358 0 1.1_0E+05 1.03E+08 2 0 0 0 130 375 1.64 0.358 __ 0 _11.10E+05,1.03E+08 2 0 0 0 131 _ 380 1.64 0 2 0 [ 0 0 ' 0.358 _ 4 11.10E+05 1.02E+08! 132 385_ 1.64 0.358 0 1.10E+05 0 3 0 0 1.02E+0_8L2 133 390 1.64 0.358 0 1.10E+05 1.01E+08] 2 _0 0 0 134 395 1.64 0.358 0 1.10E+05 1.01E+08i 2 0 0 0 135 400 1.64 0.358 0 1.10E+05 1.00E+08 2 0 0 0 136 405 1.64 0.358 0 1.10EIOS* 1.00Ei08 2~ 0 0 0 137 410 1.64 ~ 0 1.10E+05 9.97E+07i 2 0 0 0 138 415 1.64 [ 0.358 0358 0 1.10sT05~9I97Ei07i 2 0 0 0 139 420_ ] 1.64 0.358 0 1.10E+05 9.94E+07f 2 0 0 0 140 425 1.64 0.358 0 1.10E+05 9.94E+071 2 0 0 0 141 430 1.64 LO.358_* . O_1130 EAU 5357ET071 2 6~~ ~ ~i 0 0 142 435 1.64 l 0.358 0 i 1.10E+05 9.87E+07 2 0 0 0 l 143 440 1.64 Tl356~I~ 0 I 1.10E+05 9.81E+07 2 0 0 0
LOCK.XLS A l B l C l D l E l F l G l H l l l J 144 445 1.64 0.358 0 2 0 0 0 1.10E+05J 9.81E+07 145 450 1.64 0.358 0 1.10E+05 9.75E+07 2 0 0 0 146 455 1.64 0.358 0 1.10E+05 9.75E+07 2 0 0 0 147 460 1.64 0.358 0 1.10E+05 9.69E+07 2 0 0 0 148 465 1.64 0.358 0 1.10E+05 9.69E+07 2 0 0 0 149 470 1.64 _ 0.358 0 1.10E+05 9.64E+07 2 0 0 0 150 475 1.64 _ 0.358 0 1.10E+05 9.64E+07 2 0 0 0 151 480 1.64 0.358 0 1.10E+05 9.58E+07 2 0 0 0 152 153 ~Te_mp Specvol l ] 154 70 0.1201 155 75 0.1201 T- _ 156 80 0.1202 157 85 0.1203 ~ 158 90 0.1204 159 95 0.1205 160 100 0.1207 161 105 0.1208 _ 162 110 0.1209 163 115 0.12105 _ 164 _ 120 0.1212 165 125 0.12135 i 166 130 0.1215 l l l i
._- . = __ _ ..
LOCK.XLS K l L l M l N l O l P l Q j R l S l T 1
~'
"* SG "A"- no tube bundle uncovery "* l l l 2 "* stearning occurs at 10'5'oitotal release "* 'l ~l 3 2 Steam Release Case Evaluated (1 = Calculated, Source Term Case Evaluated (1 = Failed Fuel,2 = lodine Spike) 4 0 2 = Input Directly) I I Case = NUCLIDE DBRC DCF 1-131 DEC 5 632 Number of S/Gs Being Used = 3 2 l
~
(ICRP-30) 6 to Accomplish Cooldown l I 7 Byp l Partition j UD l Inject. Flow Inject. Tem inject. Flow i31 2.5 0.00107 0.76987 8 Fract. [' Fraction I (GPM) I'(gal / min) i~ ~@j~~j~dbrdmin) l l i32 05 9 6.3E'06- ~I577I53 0
~
9 0 0.01 80 0 100 0 1-133 4 0.000T81 1.231155 J , 10 0 0.01 80 l 0 100 0 1-134 0.6 1.07E-06 0.184769 11 - 0 . 0.01-I -- 80 ! 0 100 0 1-135 2.2 3.15E-05 1 0..677486 14 0 0.01 l 80 875 100 0 Total 1-131 Dose Equivalent = 1 15 0 0.01 80 875 100 0 lUD Flow, Release Rate input (GPM) = l 80 17 0 0.01 80 l 875 i~iO6- 0 I
~
18 - 0 0.01 80 l 875 j 100 0 l [_ 19 0 0.01 80 875 I 100 0 l ~ 20 0 0.01 -{ 80 875 100 0 l~ 21 0 0.01 80 875 100 0 22 0 0.01 80 875 100 0 23 0 0.01 80 875 100 0 24 0 0.01 80 875 100 0 1 25 0 0.01 80 875 100 I-~ 0 a 26 0 0.01 80 875 100 { 0 27 0 0.01 [ 80 '-" 875 7 100 [0 28 0 0.01 80 875 100 l 0
]
29 0 0.01 80 875 100 { 0 l 30 0 0.01 80 875_ 100 T 0 ~1 31 0 0.01 80 875 100 0 32 0 0.01 80 875 f' 100 0 [ _4 _ 33 34 0 0 ~[ 0.01 0.01 80 80 7
} 875 875 100 100 0
0 [ i l l 35 - . - 0 i 0.01 I 80 I~'. w 875 l- 100 .__-.. 0 l~-~ - N ~~ ~l[ ~- '~~- . _ - n ._ . -- ._. 38 0 O.01
~
! 80 875 100 0b ~~[~
39 0 0.0i T._ y 80 875 100 4T~ 0 l
-.-.a l
40 80 875 0 0.01 ; 100. 1 0O l l 41 0 . 0.01 ( 80 _----7.- 875 i 100-_. ! j 43 0 0.01 I 80 875 i 100 ! O j 44 ~_0 _, 0.01T80 815 i I66d 0 _ _ _ t __. _ _ 45 _0 _9 _pt j75g_go j 0
.-_ --_ 7
_ q _._ _-- 47 0 f 0.01 I 80 8751~~I0- ! 0 ! l I I-
l l l l LOCK.XLS i l l K l L l M l N l O l P l Q R S T l l l j 48 0 0.01__j 80 875 100 0 l 49 0 0.01 80 875 100 0 50 0 j 0.01 80 875 100 0 51 0 0.01 80 875 100 0 52 0 0.01 8d ~ 87'5 100 0 53 0 0.01 86 8 75 100 0 54 0 0.01 80 875 100 0 55 0 0.01 80 875 100 0 i l 56 0 0.01 80 875 100 0 i ! 57 0 6.01 80 875 100 0 l l 58 0 0.01 } 80 8f5 100 0 'I l 59 0 0.01 80 875 100 0 60 0 0.01 80 875 100 0 t 61 0 0.01 80 875 100 0 l 62 0 0.01 80 875 100 0 63 0 0.01 80 875 100 0
-~
l 64 0 0.01 8_0 875 100 0 65 0 - 0.01 80j 875 100 0 __ 66 0 0.01 80 ff 875 100 0 67 0 0.01 8 875 100 0 68 0 0.01 80 875 100 0 4 69 0 0.01 80 875 i 100 0 i 70 0 0.01 80 875 l 100 0 71 0 0.01 80 875 j 100 0 72 0 0.01 80 875 100 0
} ,
- 73 0 0.01 80 875 100 0 i
- 74 0 0.0i ,
of 875 100 0 I I l 75 0 0.01 i 80 875 100 0 76 0 0.01 ' 80 875 100 0 77 0 0.01 80 875 100 0
} 4 78 0 0.01 80 1 875 100 0 !
79 0 0.01 80 [ 875 100 0 l 4 80 81 0 0 0.01 0.01 _80 80
] 875 875 100 100 0
0 82 0 0.01 80 875 100 0 l 83 0 0.01_ 80__{_875 100 0 l 84 0 0.01 80 875 100 0 1 85 0 0.01 80 875 100 0 l l
~~
86 0 0.61 80 ~ 5fi~1I 100 0 , 87 0 0.01 80 875 100 0 l ! 88 0 0.01 80 875 100 . 0 89 0 0.01 80 875 100 1 0 I i 90 0 0.01 80 875 100 f0 [ ! 91 92 0 0 0.01 __0;01 80 80 875 100 .
} 0]_
O j_ _ _875_ _ _100_! 93 0 0.01 80_j_._875 100_ 1 0 l } _ __ _ 94 0 0.01 80 [ 875 100 [ 0 ! 95 0-~f-~ 0.01 80 l 875 100 1 0~I~ l l l
LOCK.XLS l K l L l M l N l 0 l P Q R l l l S l T 96 0 0.01 80 875 100 0 t 97 0 0.01 80 875 100 0 98 0 0.01 8 [ 8f5 100 0 99 0 0.01 86 i~875 100 0 100 0 0.01 80 875 100 0 101 0 0.01 80 8'75 100 102 0 0.01 80 0 103 0 0.01 80 875 875 [_100 100
} 5 0
l 104 0 0.01 80 875 100 0 l 105 0 0.01 I 80 8f5 100 0 106 0 0.01 80 875 100 0
- 107 0 0.01 80 875 100 0 108 0 0.01 80 875 100 0 l 109 0 OIO1 50 875 100 0 ;
110 0 ~ 70'1 80 875 100 0 l 111 0 0 01 80 y 8 75 100 0 1 112 0 0.01 80 875 100 0 113 0 80 875 114 0 _0.01 0.01
] 80 875
(_id0 0 100 0 115 0 0.01 875 100 0 l l 8_0 i l 116 0 0.01 80 875 __ 100 0 ' f 117 0 0.01 80 875 100 0 1 l 118 0 0.01 80 875 100 0 119 0 0.01 80 875 100 0 i 120 0 0.01 80 875 106 . O ! 121 0 0.01 80 875 100 ~ 0 122 0 0.01 80 875 100 0 l 4
- 123 0 0.01 80 8_75 100 0 t
its 0 0.01 80 875 100 0 125 0 0.01 80 875 100 0 7 l 126 0 0.01 80 875 1 10 1 0
}
l 127 O 0.01 80 875 100 0 128 0_ 0.01 _{ 80 875 100 0 129 0 ~ 0.01 80 1 875 100 0 130 0 0.01 100 0 l _ _80_}-~875 l 131 0 0.01 80 l 875 100 0 ) I 132 0 0.0_1 ~[ 80 j 875 100 0 [ { l 133 0 0.01 [ 80 {_875 l 100 0 __J l 134 0 0.01 j 80 875 [ 100 0 1 1 135 0 0.01 80 875 100 0 2 136 0 0.01 80 875 100 0 137 0 g 0.01 80 875 _ ,_ 100 l 0 138 0 0.01 80 100 0 875 J l ! 139 0 0.01 80 875 100 0 { -~ 140 0 0.01 80 875 100 0 , 141 ~ 0 0.01 80 ~~l~ 875 100 0 i 1 142 143 0 OT1 0.01 80 80 l 1 875 875 i 106 10' {_ 00 1 I I
i LOCK.XLS K l L l M l- N l 0 l P l Q l R l S l T 144 0 0.01 80 875 100 0 145 0 0.01 8' 875 10D 0 146 0 0.01 80 875 100 0 147 0 0.01 80 875 100 0 148 0 0.01 80 8757 id0 0 149 0 0.01 80 875 I 100 0 150 0 0.01 80 875 100 0 l 151 0 0.01 80 875 100 0 152 153 154 155 I ! 156 157 ~ 158 l ~ i 159 160 161 i 162 163 164 165 l 166 -k- - I
~
l l l l I
l l LOCK.XLS l l l l l U l V l W l X l Y l Z l AA l AB l AC l AD i l 1 l Reactor Coolant lodine Activity (Cl)- j 1 l l 3
~
Failed Fuel = 1 0.15 ! 4 _ l Gap Fraction = N 0.1 l 5 J i
~ ~
l~7 1 6 2.16E+06[8 8iEi07i~iT25Ei08 1.86Ei05~5705EiOB'T.74EIO5 jCore inventory (Ci) = _ _ 7 j Decay constant (1Mn) = 9.35E-04 5.99E-05 { 5.02E-03 l 5.55E-04 1.32E-02 1.75E-03 8 l lTime(Min)T i-130 1-131 1 1-13i~ l 1433 l-134 i-135 9 0 _j 0 l ! _{ 176.6431J 63.59153 282.629 l 42.39435 155.446 l 10 1 0.1 1 0 185.6774i 82.58816 304.07181 72.29818 176.4887 l 11 L 0.5 l_ 0 22_1.813_5j 158.479 T589.8304 191.5196 266555i ) i 12 l 1 0 266.9821 ' 253.1274 497.0009 339.6638 365.7056 13 2 0 l l } . 357.3138_ _ 441.71 _711.2495 _633.0352_575.5938 14 3_ 0 .447.6383 629.3439 925.375 922.5595 785.1113 l 15 4 0 537.9556 816.0341 1139.377 1208.287 994.2588 l 16 _} l 5_ 0 628.2658 1001.785 1353.257 1490.268 1203.037 l I 17 6 1567.013 1411.446
~~~][]0 __d71_8.5687] 1186.60_2 1780.646__1768.552
- 18 7 I 0 808.8645 1370.489 2043.186 1619.488
! 19 8 _j 0 899.1531 1553.451 1994.157 2314.219 1827.161 20 9 I O 989.4345 1735.493 2207.545 2581.698 2034.468 _ J. 21 10 l i i
- - . - _. 0 1079.709 1916.619 2420.81 -
[ 2845.67 ~5241.409 l _ _ _ _ _ _ _ . _ . -__
~ -
24 ~ 13 l 0~ TI35di55 f454 55 3059 81'~3616.997"f550.042 25 ~ 14 ~~~~I 0 T1440.734 2632.059 3272.645 3867.392 3065.524 26 15 0 1530.972 2808.675 3485.297 4114.504 3270.644 27 16 0 1621.203I 2984.403 3697.828 4358.376 3475.402
~
~}
2P j 18 0 l~i801.644 35f3.212 4122.522 4836.568 3883.833 29 20 0 1982.055 3678.52 4546.728 5302.301 4290.822 _ _[ 30 l 22 0 2162.439 4020.364 4970.446 5755.9 4696.375 { ~ ~ 31 ~
~~T~~24 l 0 I554539T4f557777 5593 575~5T5tT681 510079f
! 32 I 26I O 2523.119^ -4693.794 5816.422 6627.951T5553.192 33 ~ 1 2F7 - 0 ~2705~lf6 505~5.449 6235551 7047.011 55~04~d57 I 34 I J' 0 T2555654;55g7767_6660.45417455.154 e304.325 l i _ [l _'[30 32_ l ] 35 0] 3063.924 5678.809 7081.743! 7852.662__6702.772 36 34 0 3244.135 6000.58 7099.813 [ 7502.547] 8239.813 37 36
}_ 0 3424.317 6319.122 7922.867 8616.878 7495.452 38 I 38 i 0 3604.47 6634.467 8342.704 8984.119 7889.695 39
] 40~- I O
} 3753[5 5535~6487 7527055T3T1T755~~5582.547 l 40 42 [ 0 3964.692 [7255.697 9180.931 9690.145 8674.012 l 41 -._
l . 44 ~- j 0 4144.759 l 756I?64I~9555322- ~-'0'i5 10 427 064I096 0-~ 2 43 E79 T7864.521 10017.23 10359.86 9452.803 i~
~
43 ! 48 l 0 4504.808* 8164.358 10434.66 10681.69 9840.138 44 [ ~~ i 50 0 ! 4684.79 8461.187]iO555~6f} 10995.13 10226.11 45 46
~i ' ]{52 54
_j_ __ 0_ }7864.742[8755[037] 11268.08_11300.41_10610]1__ 0 11597.73 10993.96 l l l { 5044.667 l T5'254.5~65T} 935555211 9045.939 l 11684.07 47 [ l 56 l 0 12099.58 11887.311 11375.86
l l l LOCK.XLS 1 U l V l W l X l Y l Z l AA l AB l AC l AD 48 ! 58 l l 0 5404.429j 9619.014 12514.62j 12169.34 ! 11756.4
}
49 { 60 T i 0 5584.267 9901.246 12929.18 l 12444.03 I 12135.61
~ ~
50 l 62 h [~ ~0 ~~~5754'.07 i6i80.55*~I5543 551 12711.56 i 12513.48 51
-___ l_ 64 __ [ ~f 0 5943.85841 10457.24 13756.87' 12972.11 [12890.01
_ _ s__ .
-~
~~T 0 6303.334 11002.13 Didsi5765~~i3413.04 1355 [6#
u - - ' _- 0 T, __ _ .* 0 1 8483.029 11270.49 14994.83 13713.76 14011.66
,, 69M 55'h GC M9 56 j 74 0 l 6842.334 l 11799.14 15817.77 14176.54 14752.84 l 57 1 E 76 i ~i 6 7 7621I543[12059.49 16228.53 14398.93 15121.47 I ~78
~
58 ]___0_ 1 7201.524 12317.24j 15555752-~~~14615.52 15488.8 { _ 59 __ _j _80__{ _ j_0 _ {7381.076, 12572.39 15854.83 l _ _ _ 17048.64 l_14826.48 j 60 82 i l 0 1_7560.599 j 12824.99 17457.98 l 15031.93 16219.57 _l 61 I 0 16583.02 l ! 62 _i __n 84 ! 86 i_ [ 0 l 7740.094j 130_75.05 17866.86j 15232.03 l 7919.561 13322.6 18275.27 15426.92 16945.19 l 63 - _ 88 _ T0 ~ 658T955] 13567.66 8 18683.2 15616.73Ti7505T05 66 94 ~~ i 0 ~I8637.141 14288.2T 19904.2 16157.01 18381.14 67 95 - ~I~~ 0 I 8816.464 [14523.59 20310.26 16327.8 18736.97 l 68 98 l 0 18995.759 l 14756.6 20715.86 16494.14 19091.53 69 __ 100 _ __ 7_ ~ 0 l 9175.026 l 14987.28 l 21120.99 16656.14 19444.85 935T254] 15215.64j 21525.65 19796.92 j 71 _] 106 10T i 'T TT5553.473 l 15441.71121929.85 _ _ 16813.93 16967.6 4
. [20147 75 i
72 1 l 0 ! 9712.654715665.51 l 22333.58 ' 17117.27120497.34
}
73 l 108 ; i 0 1 9891.806i 15887.07 [22736.85 17263.04 l 20845.7 T0
~ ~
74 ~ 110 l i~50070.93fi5IO6.4 l 23T39T56 ~I7dO570lT21192.82 l 0 1 10250.03 16323.53Fi55df* 17543.29 21538.73 76 _ l ~ ~~i ~ _IITR ..__ i 0 l 10429.09 16538.49i 23943.88 17677.96 21883.41 . l 78 _J 118 ] ~ ] ], O J _10_787.14f16961.94j 24746.261_17936.87 i~52555'if l 79 i i 120 0 l 10966.12 j~17170.49 l 25146.76 l 18061.29 22910.17 fi
~
i 80 125 _ 0_J 11413.45 i1685~75T 26145.98Ti5558I53' 53757T52 . l 81 I { 130 i 0 l 11860.6 ,18182.25 ! 27142.34 i 18636.4 24597.42 ~ 82 j -. - l -_135 [C - -_ I~~0.-. .i .12307.57 I~isd5f32 T55155 84 j 18896.72 25429.93 {~}i{}-[ ((]LO _ _j_ 3260 55i~1l96 7.3f[36iM58[i535f5_5 27073?03
~
{
~
84 1 85 __4_ _150_j _ j _ 0__ _13647 42 ._20058.95j 31099.25 l 19582.08 27883.75 86 155 l l 0 14093.68 20499.29I 32081.38 19782 28687.34 87 14539.77 20928.67 (33060.7 _ 19969.14 29483.85 160 ; ! 0 _ 88 165 i 0 l 14985.67 l 21347.35 l 34037.2 l 20144.34130273.36
~ ~
~ ~
89 170 l 0 l 1543iE4 2i755TsiT35 Id9'T2030f34 31055.9f i 90 91 L l____ _.175))]
- ._ -.180 g_._--
i ___6][l5875.95}}}l5555[fi},I_~55585}8
!- 0 _
16322.33 l 22541.89 j 36949.91_ 20605.59 32600.44 -
~55831I6~
_+ _
.g , _
g 95 ! 200 l l 0 1 18102.05 24000.34 40794.65l 21094.37 ! 35608.77
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 96 j 205 l 1 18546.54 1 24342.55I 41748.94 21197.7 1 36344.38 97 __ l. _210] ._ j{~~0~~l[_T8f50'.85[54576 0 _ ] 3]270079~5I 94.43_ 3f67[ 98 --. j _ -_215 .- --. j 0 ! 19434.99 25001.61 43649.31 l 21384.98 37796.24 100 l 225 l 0 i 20322.73 25628.26g45538.79 21549.1 39222.65 101 'I T230 l l 0 { 20766.33 25929.931 46479.46 21623.39 39926.46 102 ~i ^ -f 235 l l 0 l~21209.76I26224.0947417.43 21692.93 [~d655~TU5 4 103
. _ ] ~~~~T 240 l 0 j 21553M26510.92 _48352.7 } 21758.03 j 41315.55 __
104 j _ 245 j ___ ___ _ _0 ! 22096.09I 26790.62 i 49285.291_21818.9_7_ 42000@4 105 - 250 1 0 ! 22538.98 j 27063.35 ' 50215.21 j 21876.02 42680.3 .
- ~
106 255 ~ [~ ~0 I~2295i.7TI'57559 25-~5T14 ~45Mi95542j 4335569 107 260 _ 1 ~ ~[d~~l}f5~454}25}Y7555T6f~ 52d67 63 [l55753244021.14 108 265
~
l 0 i 23866.62 l 27841.47 52988.95 22026.22 44682.72 109 E276~~I 0724505~85318d5553 55508T25~22d75 b3 ' 45338.48 110 275 I~ 0 l 24750.84 I~2852536[538Y4T85~l2111.04
~ ~ ~
45988.48 111 280 0 i
--[E5T52 68 [~f.555f.~55575 T87[22149.44~46632.75 8 113 290 1 0 26075.83! 29014.42 57559.01 22219.03 47904.33 l T~- 0 58465.16 22250.53 48531.74 115 i . - . -- - -300 . _ -
l 0 ll 26958.29 26517.Ts} i 29231.78 29443.73 59368.71 22280.01 49153.63 118 119 [-~~~[] _ l~~~3T5
) 320
_ _j 0 0 [28280.65 30048.43 62063.83 3 22357.65 50986.66 i
! 1 i 28721.09. 30240.05 ! 62957.05 l 22380.29,51586.95 120 ! ; 325 0 l 29161.35 l 30426.89 I~ 63847.7 ll23diT9 l 52181.95 T 330
~ ~
121 ~~I l 0_.__l
- 29601.44 I 3d569 d5~I 64735.79 I 22421.33 i 52771.72
* ^
123 I 340 l l 0 ~l'T6I8f69 30959.97 36504.34 l 22457.3 I 53935.73
-- 1 7-- _- .-
0 i~30920.65 31128.89 j 67384.8 i 22473.58 54510.07 _. _ . ~ ~ 355 1 0
} 31799.25] 31454.22! 69138.16 } 22503.09 55643.63 128
[ ___365] ! O l 32677.15 (31763.55j[ 70881.46 } 22528.95j 567 _ _ __ __ _ _ _ 129 l 370 i i _ _0 ! 33115.83} 31912.46 71749.35] 22540.65 I 57306.83 132 -_ i 385 ! !
-.O i 34430.85 32337.32 74338.12122571.47 l 58926.5
~
135 } _[557(4[3 [3273(22 }76564}64[22596.75[6d5dT8~
] {_l00))))_)) ] -~0_
136 405 _ 0___j 36181.76'i 32856.04 [ 7775514] 22604.1216_1020.34 _ _ _ ____ _{i _410 _ ! 137 ! _ _ 0 36619.05 [_32977.75 [ 78603.4122611.02 L61532.33_. 138 ! 415 i ; 0 37056.17. 33096.43 79449.12 ! 22617.491 62039.82 139 i 420 l ! O l ~37493.12 ~332 ~ T271Tl~8029232T22525T54~[~6254278d g 141 l 430 0 55535 5I
! i
~ ~~[5836639T5343553 i 8197f75[~ 2263l5~
~
142 i i 435 i 0 55542 33i828d7.79 2263536 ~6 4 255 388023f[M is 646 M si&4 H F W W 645 M
--~ - 7
i 1 l LOCK.XLS : U l V l W l X l Y l Z l AA l AB l AC l AD 144 445 0 [ j 39675.23 33748.97J 84472.7 22648.46J 64992.33_ i 145 450 0 40111.14 33848.45 85301.57 22652.53 65469.37 146 ! 455 0 40546.87 33945.45 86128.05 22656.34 65942.21 147 460 0 _ 40982.42 34040.03 _86952.17 22659.91 66410.89 148 465 1 0 41417.8 34132.26 87773.92 22663.25 66875.45_ ; 149 470 0 41853.01 34222.2 88593.3 22666.38 67335.92 150 _. 4f5~ 0 4258570 I 34309.89 89410.34 22669.3 6fI923
~
l 151 480 0 42722.91 34395.41 90225.03, 22672.04 68244.74 152 153 4 154 155 ~Y 156 t 157 158 i 159 i { } 160 l [ 1
^
161 1 162 l 163 ~ I 164 165 -
~
166 i l l 1 l I I l i l
LOCK.XLS l AE l AF l AG l AH l Al l AJ l AK AL AM AN l l l 1 l jWhole Body Dose (Krypton) l l 2 I { I l , 3 l Failed Fuel = 0.15
~ l ~
!EAB X/Q= l 9.00E-04 l 4 l Gap Fraction = 01 i l -
i IF Z RTO =l 8.00E-05 5 6 I ) ]' l core inven. j 1.53E+07 3.57E+0j7 1.07E+06 7.21E+07 l 1.02E+08
~~
;Decayconst. l 6.31E-03 2.58E-03 1.23E-07 9.08E-03 4.07E-03 7
{[iCF_ l 7.56E-08 1.17E-03 1.61 E-05 5.92E-03 1.47E-02 8 Time (Min) l lKR43m KR45m KR45 KR47 KR48 _
~
~
10 01 ~55 -11 ~I57E55~Y2 1 ETd 29E-05 4.54 5!05 11 0.5 1.75E-10 6.33E-06 2.62E-09
] 6.46E-05 0.000227 12 1 l 3.49E-10 1.26E-05 5.24E-09 0.000129 0.000453
~~
13 2 6.97E-10 i 2.53E-05 1.05E-08 0.000257 0.000905
--~ ~ -
14 g 3 ~1 I0dE-di ~3I79E 65Ti~57E-08 dl0T)384 0.001355 , 15 j 4 1.39E-09 , 5.04E-05~~ 2.1 E-08 0.00051 0.001804 l
^ ~
16 5 TT75s-09 [~6 55~~05 ~~55E 2. !08 0T0156635 0.00225 17 6 2.07E-09 7.55E-05 3.14E-08 0.000758 0.002695
~
18 1 7 5'IE-09 8.7957 ~057 767sT08
~
0.000881 0.003138 19 8 -~~~~ 5.~745-09 0.00d1 4.19E-08 0.001002 0.003579 20 9 3.07E-09 0.000113 4.71 E-08 0.001123 0.004018 21 10 l 3.4E-09T0.000125 5.24E-08 0.00124f' O.004456 ! 22 I } 11
]__.] 3.73E-09 0.000137 5.76E-08 0.00136 0.004891 l 23 12 j 4.06E-09_ 0.00015 6.29E-08 0.001477 0.005325 l
24 .
~~
13 4.38E-09 0.000162 6.81E-08 0.001593 0.005758 l
~
25 . - - - - - . . ..
~T 14 4.7E D9 0.000174 f55s'-6f~0.001708 0.006155 27 16 5.34E-09 } 0.000199 8.38E-08 0.001935 0.007044 28 I 18 5.98E-09 l 0.000223 9.43E-08 0.002158 0.007894 29 ~
I 20 6.6E-09 0.000247 1.05E-07 0.002378 0.008738 l 30 i 2I 7.22E-09 0.000271 1.15E-07 0.002594 0.009575 31 l ~l-~- } 24 7.83E-09 0.000295 1.26E-07 0.002806 0.010404 32 ~ l 26 8.43E-09 0.000319 1.36E-07 0.003014 0.011228 33 ~~l 28 l 9.02E-09 0.000343 1.47E-07 0.003218 0.012044 ' t 34 35 ~~ 3f j 30 1
~1T615~05*0.000366 1.57E-07 i 1.02E-08 0.00039j 1.68E-07 0.003616 I .013658 0.003419 0.012854 36 l ~53 l 1.08E-08 0.0004131 1.78E-07 0.003809TO.014454 7 ._ _ .
_ ~ ~ ,, 3, -- 5.35Efd81dl0Dd357 85E 07~ ! ~T005595 0 0.015fd5 38 - 38 1.19E-08 0.000459 1.995!6f ~0T60if55' O.016d55
- -~ ~
39
~
40 T2TE-oft 60482'~21E 67 "0.004369 0.016807
~ 1- 42 ~~
40 i 1.3E!08 ~~T~0T664545T0l'/5f6 22E07 T55E!]03665d5
~ ~ ~
41 ~l-~II~ , 68 f0 6D6555'f5IE47 05 If25 0.18545 42 43 ___ __ {
][_
i 48 ig4gp8__0.00055_2.41 E-0_7
._1.46E-08 0.000573_
_ _2.51 E__07__0.004 0.0_19102 0.005069_ 0.019855 44 _ j l _ _50__ 1.51E-08 I 0.000595 2.62E-07 0.005236 0.020601 45 _ _ _ _ l 52 j 1.56E-08J 0.000617' 2.72E-07 0.005401 0.021342 46 l 1 54 1.61E-081 0.000639. _2.83E-07 0.005562 _0.022076 47 I l 56 , 1.66E-08 i 0.000661 2.93E-07 0.005721 0.022805
l LOCK.XLS l ! l l AE l AF l AG l AH l Al l AJ l AK l AL l AM AN l 48 58 3.04E-07 0.005876 0.023528 l 1.71E-0810.0006_83 , 49 60 l 1.76E-08 0.000705 3.14E-07 0.006029 0.024245 . l 50 62 l l 1.81E-08 0.000727 3.25E-07 0.006179 0.024956
~
51 64 [^1T55s~0Tl'dT600748 3T3'5E-67 0.006326 0.02555T 52 53
.Ii 66 68
~ 79s-68 1 0.006E7 3.46ET ~7 1.95E-08 0.000791 3.56E-07 0.006471 1 0.026361 0.006613 0.027055 l 54 7 70 1.99E-08T07066513-~ 5~675-07 0.00e752 0.027743 ,
55 72 2.04E-08 T6.000834 3.775!67- 0.006889 0.028426 I 56 _[ _ _ __ 74 2.08E'-l)T[ 0.000855 3.88E~T67701667024 0.029103 1
,, 76 2.12E-08 0.000876 3.98E-07 0.007156 0.029775 58 l 78 2.17E-08 0.000896 4.09E-07 0.007285 0.030441 1
~
59 80 2T2Is~-68 0.000917 4.19ET67 0.007413~0.031102 1 60 1 82 2.25E-08 0.000938 4.3E-07 0.007538 0.031757 l 61 84 ~~l 2.29E-08 0.000958 4.4E-07 0.007661 0.032408 62 86 2.34E-08 0.000979 4.51 E-07 0.00778Fi 0.033052 I 63 88 64 J j 90 2.38E-08 0.000999 4.61 E-07" 0.0079 0.033692 2.42E-08 0.001019
~
4.71E-07 0.008016 0.034327 1 65 92 2.46E-65^67601039 4.825-~67-0.00813 0.034956 66 94 _j 2.5E-08_ 0.001059 4.92E-07 0.008242 0.03558 67 96 2.53E-08 l 0.001079 5.03E-07 0.008353 0.0362 68 l 98 2.57E-08 0.001099 5.13E-07 0.008461 0.036814 69 -I 106 25is!68~ ~601118 0 5 2453T 0.008567 0.d57455 j i 102 70 2.65E-08 0.001138 5.34E-07 0.006671 0.038027 71 d 104 - T 66TI57 5255 67~~0T068i7740.038627 72 73 j 106 108 {_ _ l Il 558E i 2.72E-08 0.001177 2.76E-08 0.001196 65 5.55E-07 0.008874 0.039221 5.66E-07 0.008973 0.039811 74 110 l 72.79E-08 0.001215 .5.76E-07 0.00907 0.040396 75 - i 112 _ [2.83E-08 0.001234 5.87E-07 0.009165 0.040976 76 i l 114 2.86E-08 0.001253 5.97E-07 0.009259 0.041552 77 -~~ l 116~ 2.89E-08 0.001272 6.08E-07 0.009351 0.042123 78 l 118 2.93E-08_ 0.001291 6.18E-07 0.009441 0.042689 79 120 2.96E-08 0.00131 6.29E-07 0.009529 0.04325 80 . 125 3.04E-08 0.001356 6.55E-07 0.009747 0.044643 81 130 l 3.12E-08 0.001402 6.81 E-07 0.009955 0.046008
"~ )
82 135 l 7.07E-07 0.010153 0.047345 3.2E-08 [0.001447 83 140 3.27E-08 0.001492 7.33E-07 0.010343 0.048655 { 84 145 l 3.35E-08 0.001536 0.010524 0.049939 j 156 7 [~572E(OT66i_5f9j( 7.6E-0786557[016TO8}95~
~ ~
85
'0.051197_
86 155 [ 3. 0.001622 8.12E-07 0.010863 0.05243 1
,, 7-
,g0 -_ g49E 55e-T8 I
~6:66T6sT[8T3_5si07 0.01102TJ.~0356is 88 _, __
165 3. _ _61E-08 0.001707 _0.0_11172 M54821 j 89 _ 170 3.68E-08_0.0017_48_ 4 8.91 E-07 0.0113178.64 0 055981 E-07_ 90 l 175 7 3.74E-08 0.001789 9.17E-07 l 0.011455 0.057117 91 l 180 [5.79E28
~ ~
79 0 001829 9.43E-0710.011587 0.058231 92 185 l5~855~68-~6T60T859 ~ 9395767T .011713T6 0 059555 l 93 -* f96 Il5s~-D5~ 500T9}05]95E47~ ~T0ii8546T05055f 0 94 195 j 0 [3.96E-08 7 001947___1.02 E-06_ 0.011949_0.061438 _ j 95 ! 200 t i 4.01E-08 ! 0.001985 1.05E-06 0.012059 0.062465_ i
LOCK.XLS AE l AF l AG l AH l Al l AJ l AK l AL l AM l AN 96 205 4.06E-08J 0.002023 0.012164 0.063471 97 210 4.11E-08 i 0.00206 1.1 E-06} 1.07E-06 0.012264 0.064456 98 215 i 4.15E-08 i 0.002097 1.13E-06 0.01236 0.065422 99 5i l T 4.2E-08 0.002134 1.15E-06 0.012452 0.066368 100 225 j 4.24E-08 0.002169 1.18E-06 0.01254 0.067296 101 230 4.28E-08 0.002205 1.2E-06 0.012623 0.068204 102 235 4.32E-08 0.00224 1.23E-06 0.012703 0.069094 103 240 i 4.36E-08 0.002274 1.26E-06 0.01278 0.069967 i 104 245 4.4E-08 0.002309 1.28E-06 0.012853 0.070821 105 250 4.44E-08 0.002342 1.31E-06 0.012923 0.071659 106 l' 255 4.48E-08 0.00_2375 1.34E-06 0.01299 0.07248 107 260_ 4.51 E-08 0.002408 1.36E-06_0.013053 0.073284 108 265 1 4.54E-08 0.002441 1.39E-06 0.013114 0.074072 109 270 4.58E-08_0.002472 1.41 E-06 0.013173 0.074844 110 275 4.61 E-08 0.002504 1.44E-06 0.013228 0.075601__ 111 112 [ 280 285 4.64ET08 iT ~02535 1.47E-06 0.013282 0.076342 4.67E-08 0.002566 1.49E-06 0.013332 0.077068 7 90
- ~
113 4.75- 8 0.002596 1.52$T06 0.013381 0.6777f 114 295 4.73E-08 0.002626 1.55E-06 0.013427 0.078478 115 300 4.75E-08 0.002656 1.57E-06 0.013472 0.079161 116 305 4.78E-08 0.002685 1.6E-06 0.013514 0.079831 117 310 4fi5'Uf~dT002714 1.62E-06 0.013555 0.080487 ! 315 4.83E-08J 0.002742 1.65E-06 0.013593 0.08113_ 118 119 320 4.85E-08 i 0.00277 1.68E-06 0.01363 0.08176
~l 120 325 _
[88E-68 0.002798 1.7E-06 0.013666 0.082377 121 330 4.9E-08 0.002825 1.73E-06 0.013699 0.082982 122 7 335 J 4.92E-08 0.002852 1.75E-06 0.013732 0.083575 . 123 I 340 4.94E-08 0.002879 1.78E-06 0.013762 0.084155 l 124 345 4.96E-08 0.002905 1.81 E-06 0.013792 0.084725 125 350 4.98E-08 0.002931 1.83E-06 0.01382 0.085282 126 355 5E-08 0.002957 1.86E-06 0.013847 0.085829 127 360 5.02E-08_ 0.002982 1.89E-06 0.013873 0.086364 128 355 5.04E-08 0.0036d7 1.91 E-06 0.013897 0.086889 129 I 376-~ 105s!6f~d70' 50 lit 54E W T013921 0.087403 I 130 375 5.07E-08 0.003057 1.96E-06 V.013943 0.087506 131 l
- 380 _ ] 5.09E-08 0.003081 1.99E-06 0.013965 0.0884 132 385 5.11 E-08 0.003104 2.02E-06 0.013985 0.088884 133 ~
! 390 5.12E-08 0.003128 2.04E-06 0.014005 0.089357 134 395 j 5.14 E-08' O.003151 2.0TE-06 0.014023 0.089822 ~~
135 400 l 5.155!6~8 0.003174 2.1E-06 0.014041 ~~6~09017f 136 405 , 5.17E-08 0.003196 2.12E-06 0.014058 0 090723 137 410 5.18E-08 0.00_3219_ 2.15E-06 0.014075j 0.09116 138 415 5.19E-08 0.003241 2.17E-06 0.01409 I 0.091588 139 j 420 5.2E-08 0.003262 2.2E-06 0.01410510.09200f
~
140 l ~ 425 _ 5~ 4 2}2E-08_0.065554][2}235~-65~6'61412 0.092418_ 141 430 5.23E-08 0.003305 0.014133 0.092821 142 435 5.24E-08_ 0.003326_2.2_5E-06 2.28E-06 0.014146 0.093215_ i 143 ~I 440 5.25E-08 0.003346 2.3E-06 0.014159 0.093602
LOCK.XLS I l AE l AF l AG l AH l Al l AJ l AK l AL AM AN l l 144 j 445 j 5.26E-0810.003367 2.33E-06 0.01417
~ 0.093981 L 145 450 ' 5'.27s 6'8TO.003387 2.36E-06 0.014182
~ - 0.094352
! 146 455 5.28E-083 0.003407 2.38E-06 0.014193 0.094716 , t 147 460 5.29E-08 0.003426 2.41 E-06 0.014203 1 0.095_0_72 148 465__ 5.3E-08 0.003446 2.44E-06 0.014213 0.095422 l 149 470 5.31E-08 0.003465 2.46E-06 0.014222 0.095764 ( %0 475 5.32E-08 l 0.003483 2.49E-06 0.014231 0.096099 l 151
~[ 480 5.33E-08 T 6~6-~3565~I 0 2.51E-06 0.01424 0.096428 152
~~
153 KR EEEiDO5s = ~T6575691{RIPI'DO55 0 = 3 1 154 - [~ l*
- 155 l 156
- ~ ~ ~ ~ ~
l 157 [ _ 158 159 l 160 [ 161 [ 162 } + 163 ; } 164 165 {- ~ -~ i 166 l l [ I 1 i l l l l
LOCK.XLS 1 l ! AO l AP l AQ l AR l AS l AT l AU AV AW AX l l l 1 l iWhole Body Dose (Xenon) ) 3 } Failed Fuel = 0.15 I lEAB X/Q=
- 4 Gap Fraction = 0.1 lLPZ WQ =
5 ) ___1.29E+08 _ core inven. l 2.07E+055.45E+06 1.86E+08 3.24E+07 ! 6 2.19E-01 ' 2.20E-04 9.18E-05 4.43E-02 7 ~1.66E-02 I lDecayconst.j DdF 4.04E-05 935E-05 2.51E-04 2.94E-04 3.12E-03 [i XE-131m
* ~
I 8 KR'-89 Time (hlliA)1 XE-133m XE-133 XE-135m 9 _g_ ' 4 0 0 _ 0 g 0 0 10 . 6.5E-05 l 0.1 5.74E-10 4.14E-08 1.66E-06 3.06E-06 i 11 0.000319 0.5 2.87E-09 2.07E-07 8.29E-06 1.52E-05 12 0[ BOO 611 ll 1 57
~~Ah-69 4.145~6 1.66E-05 3.055-d5
~
13 0.001133 2 1.15E-08 8.28E-07 3.32$-05 5.95Ed5 14 ~d501552 ll 3 1.72E-68 1.24E!66 4.95545~~f75E!65 15 0.001889 16 _ __0.00216
] {
4 5 2.3E-08 1.66E-06 2.87E-08_2.07E-06 6.63E-05 _ 0.000114 0.00014 l 8.29E-05 17 0.002378 7 6 3.44E-08 2.48E-06 9.95E-05 0.000164 l 18 7 4.0fs-08 2.9E-06 0.000116 0.000188 [d!66fs53_J ] 19 0.002694 8 i 4.59E-08 3.31E-06 0.000133 0.00021 20 0.002806 9 5.17E-08 3.72E-06 0.000149 0.000232 21 0.002897 10 5.74E-08 4.145-06 0.000166 0.66di52 22 0.00297 y 11 6.31 E-08 4.55E-06 0.000182 0.000272 23 0.003029 12 6.89E-08 4.96E-06 0.000199 0.000291 24 0.003076 ~~ 13 7.46E-08 5.38E-06 0.000215 0.000309 ; 25 li.D03114 14 8.04E-08 5.79E-06 0.000232 0.000326 i 26 0.003144 15 8.61 E-08 6.2E-06 0.000249 0.000343 27 0.003169 16 9.18E-08 6.62E-06 0.000265 0.000358 28 'DT603208 i 18 { 1.03E-07 7.44E-06 0.000298 0.000388 29 0.003233 l 20 1.15E-07 8.27E-06 0.000331 0.000416 30 0.00325 22 1.26E-07 9.09E-06 0.000365 0.000441 31 0.00326 l ' i 24 1.38E-07 9.92E-06 0.000398 0.000464 I 32 ~0 1)d355fi ~I l 26 1.49E-07 1.07E-05 0.000431 0.000486 33 0.00327I' l i 28 1.61 E-07 1.16E-05 0.000464 0.000505 34 0.003274 _{ [ [ 30 " 1.72E-07 1.24E-05 0.000497 0.000523 35 0.00327_6_ _l 32 _ 1.84E-07 _ 1.3 _ _2 E-05_ 0.0_0053 0.000539 36 0.003277 34 - 1.95E-07_ 1.4E-05 0.000563 0.000554
~
37 ifU63278 I 36 ~Td7E67 2 1.49E 05~~^dD66595~0TddO557 1 38 66U5279~ l 38 2.18E-07 1.57E-05 0.000629 0.00058 if5E 5
~ ~
39 0.005579 l 40 l'5?i~9 s-07 0.00d555~0.000591
, 40 0.003279j l -
42 T- "2 4T$-07 1.73E-05 0.000695~ 0.00066f 41 IfUU5579 j 44 ~l 2.52E-07 1.81 E-05 0.000728 0.000611
]
~
42 }05035f9 43 S.9032]9 [ 46 [~ t 5 6dE707 1.9E!65 0.000761 0.00655~ 44 0.003279 {_ _ _ 48] 50 _2_.75E-07_ 1.98E-05_0.0_00794 2.87E-07 _2.06E-05 0.000827__0.00062_8_ 0.000635 l 45 0.003279 _ 52 . l 2.98E-07 2.14E-05 0.00086 0.000642 46 _0.003279 yg__ { .- 54 l 3.1 E-07 ~~ 2.22E-05 {~0.000893 0.000648
~~
56 i- 151E-07 EI31ET0fl0I660926~dD60655 4
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV l AW AX l l 48 58 j _3.33E-07_ 2.39E-0510.000959 0.000658 0p03279 L ___.._q _ _ ._[_ _ l l 49 0.003279! ! l ! 60 I[_ i 3.44E-07 2.47E-05 0.000992 0.000663 50 [ 05f7Ei~~~ 62- ~I (([_[f56E d{2'555sj65 0.001025 0.00065i 51 _0.003279_. (__ _ {lj [' ~ C64 I __ l 3.67E-07J 2 63E-05 0.00105fi 0.000671 I 52 _0.003279 66 j 3.78E-07_2.71E-05' O.001091_0.00067S 53 0.003279 f 68 I i 3.9E-07 2.8E-05 0.001124 0.000678_. 54 5.dO3579' -- I .- _..-. + - 70 _ l ~! A~ IE-6fT2.88E-05
~
0.001157 0.000681 56 0.003279 __.___-.i -- j. . 74 _. l l 4.24E-07 ! 3.04E-05 0.001223 0.000687
~
59 60 [0.00[3[27Ei___ 0.003279 _ {__ " ~56 82 i [_[_ ! 4.59E-07 3.29E-05' O.001322 i~0.000693 j 4.7E-07 3.37E-05 0.001355 0.000695 l 61 0.003279 l. l __84._- l 4.81E-07 l 3.45E-05 0.001388 0.000696
--e _- _ -
~~
63
}0.003279{ {[- [___ . ~~~ ] _ 88 ( 5.04E-07 3.61E-05 0.001454 0.000699 64 90j 65 0.003279 l ] . 5.1_6E-07 3.69E-05 0.001487 0.0007 0.003279) _
l 92 5.27E-07 3.77E-05 0.00152 0.000702_ 66 94 3.85E-05 0.001552 0.000703 0.003279{ _ _ _ _ ___ 4 67 0.003279 96 5.39E-07_i 5.5E-07 . 3 94E-050.000704 0.001585 {f
~
68 0.003279 98 0.0dd764 69 0.003279 I j l ~~ 100- [~ ] 5.73E-071 4.1E-055.62E Uf[ 4.0 [~ ~ - 0.001651 0.000705 70 0.003279 ! I ~~102 l 5 8IE-67'III8s~65 i'0.001684 0.000706 - 71 0.003279 -[ l ; 104 5.96E-07T 4.26E-05 i 0.001717 0.000707 72 0.003279 ___ _ _ ___ I i 106] 6.07E-07 4.34E-05 0.00175 0.000707 74 0.0 .032791 j - l__- 110 i 6.3E-07 i 4.5E-05 0.001815 0.000708
~~
{
~
76 0.005fI9 i - i ~i~ [~114 6753E-07 4.66E-05 0.00f55Id.0007D5 77 0.003279 I' ~ . T _. i
-. ! 116 . l. 6.64E-07 .4.75E.05 0.001914 1 0.00071
.y -
(
~
80 0.003279 ~ i ! i 125 l~~~~ 7 716E df~571Tsl5[0.002062 0.000711
~ ~ ~
1 81 82 [063579[_ 0.003279 _ ))] [_i-[ ] { _ _ _130_ __[~]73{E df]5}35E 65[0.002144_ 000fi2 135 0.
! I L7.73E-07_ 5.51E-05j 0.002225_0.000712 140]j_
83 0.003279 i 1 _i 8.02E-07 5.71E-05 j 0 00230_7_0.000712 0.003279 __ i j _145. ~ : 84 ! ' 8.3E-07 5.91E-05j 0.002389 0.000713.. _ q _._. ~ 8.59E-07 6.11E_-05.l 0.00247110.000713 .
'i~
- ~
87 88 [6.6032}7( 0.003279 _. [ [I _ [ ]i165_j 6d
]QE'07 [6 5js-65[U~UU2635((0.600755.
49 44E-07 2 _6.71 E-05_ 0.0027163 0007_14 0. 89 0.003279 . - - - 1--.- .. -.- l -. 170 _.!- l 9.73E-0716.91E.05 I 0.002798 i 0.000714 91 0;003279_ 92 0.003279 _ _ _ _ j[ 180 185 [_ f1.03E-06_7.31E-05j 0.00_296,110_.000714 [1.06E-06 7.51E-05[0.003043..._0.000714__ l _. 93 _0.003279__ _
. _ i _190 1.09_E-06 [_ .7.71E-05j 0.003124 0.000714 94 0.003279 j __j__
95 0.003279I I l 1 i
. _{L___(1.12E-06j 195 200 I l 1.14E-06 I .11E-05 8 l 7.91E-05_i 0.003206i_0.000714 0.0032 i
l LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX l 96 0.003279 205 1.17E-06 8.31E-05 0.003369 0.000714 ~ l ! 97 0.003279 j 210 1.2E-06_8.5E-05 0.00345 0.000714 l 98 0.003279 j 215 1.23E-06 8.7E-05 0.003531 0.000714 99 0.003279 220 1.26E-06 8.9E-05 0.003613 0.000714 l 100 0.003279 225 1.29E-06 9.1E-05 0.003694 0.000714 101 0.003279 230 1.31 E-06 9.29E-05 0.003775 0.000714 102 0.003279 235 1.34E-06 9.49E-05 0.003856 0.000714 , 103 Edd5279 i 240 1.37E-06 9.69E-05 0.003938 0.000714 104 0.003279 245 1.4E _06 9.88E-05 0.004019 0.000714 105 A003279__ 250 1.43E-06 0.000101 0.0041 0.000714 106 0.003279 255 1.46E-06 0.000103 0.004181 0.000714 i 107 0.003279 i 260 1.4 tie 66Z-0.000105 0.004262 0.000714 108 0.003279 265 1.51E-06 0.000107 0.004343 0.000714 109 0.003279 270 1.54E-06 0.000109
~
0.004424 [ 0.000714
~
110 0.003579' 275 1.575-06 0.000111 0.004565 0.000714 111 ~0T003279 280 7 1.6E 06~-0T000113 0.004566 0.000714 112 0.003279 285 1.63E-06 0.000114 0.004666 0.000714 113 0 003279 290 1.66E-06 0.000116 0.004747 0.000714 l 114 0.003279 295 1.68E-06 0.000118 0.004828 0.000714 l 115 0.003279 300 1.71 E-06 0.00012 0.004909 0.000714 l 116 0.003279 305 1.74E-06 0.000122 0.004989 0.000714 ' 117 0.003279 310 1.77E-06 0.000124 0.00507 0.000714 118 0.003279 315 1.8E-06 0.000126 0.005151 0.000714 119 0.003279 , 320 1.83E-06 0.000128 0.005231 0.000714 120 0.003279i 325 1.85E-06 0.00013 0.005312 0.000714 121 Ed65f79I 330 1.88E-06 0.000132 0.005392 0.000714 122 0.003279 335 i 1.91 E-06 0.000134 0.005473 0.000714 123 0.003279 I 340 1.94E-06 0.000136 0.005553 0.000714 124 0.003279 l 345 1.97E-06 0.000138 0 005633 0.000714 125 0.003279 350 2E-06 0.00014 0.005714 0.000714 126 0.003279 355 2.02E-06 0.000142 0.005794 0.000714 127 '0.003279 360 [ 2.05E-06 0.000143 0.005874 0.000714 128 129 0.003279 0.003279 365 370
}j 2.08E-06 0.00_0145 0.005954 0.000714 2.11E _06_0.000147 0.006035 0.000714
} j 130 0.003279 ^
1 375 ! 2.14E-06 0.000149 0.006115 0.000714 1 131 ~0?60557f 380 i 2.17E-06 0.000151 0.006195 0.000714 132 0.003279 385 7 2.19E-06 0.000153 0.006275 0.000714 133 0.003579 y [ 390_ , 2.22E_-0640.000155 0.006355 1 0000714 134 0.003279 ! 395 2.25E-06 0.000157 0.006435 102000714_ . j' 135 0.003279 l 400 2.28E-06 0.000159 0.006515 0.000714 136 ~0.003279 l j 4d51 2.31 E-06 0.000161 0.006595 0.000714 137 0.003279 l 410 2.33E-06 0.000162 0.006675 0.000714 138 ~076d32fi~ l 415 2.36E-06
- 0.000164 0.006755 0.000714 139 Td65279 l [
420 2.39E-06 0.000166 0.006835 0.000714 140 0.003279 i j 425 2.42E-06 0.000168 0.006914 0.000714 R I
~ ~
141 dTdO3279 430 [2.45E-06 0.00017 0.006994 0.000714 142 0.003279 l 1 435 _ 72.48E-06 0.000172 0.007074 0.000714 143 0.003279 l I_ 440 l 2.5E-06 0.000174 0.007154 I 0.000714
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV AW AX l l 144 ' 0.003279J 445 j 2.53E-06 0.000176 0.007233 0.000714 145 _0.003279! 450 2.56E-06 0.000178 0.007313 0.000714 146 0.003279 455 2.59E-06 0.000179 0.007392 0.000714 147 0.003279 460 2.62E-06 0.000181 0.007472 0.000714 148 0.003279 _ 465 . 2.64E-06 0.000183 0.007551 0.000714 i 149 0.003279
~
470~ l 2.67E-06 0.000185 0.007631 0.000714 150 ~0TO03279 ~i00771 L 475 2.7E-06 2.73E-06, 0.00018f 0.000714 151 0.003279 480 0.000189 0.00779 0.000714 152 { 153 _ _ _0.01044 154 j XE EAB DOSE = 0.016964 XE LPZ D J TOTAL EAB DOSE = 0.074333 TOTAL LP 155 [ 1H _ 157 158 159 L l ~~ 160 1 161 162 163 164 165 166 1 --
LOCK.XLS , 1 l AY l AZ l BA l BB BC BD BE l l l l BF l BG l BH 1 2 j S/G Activity (Ci/Lbm) ) 3 9.00E-04 4 8.00E-05 5 _ _ _ L_ _ _ 6.22E+07 1.70E+08 1.77E+08 6 1.27E-03 1.81E-01 4.89E-02 Decayconst. 7 9.35E _04 5.99E-05 5.02E-03 1.81 E-03_ 1.42E-03 8.83E-03 Time NUCLIDE_ 8 XE-135 XE-137 XE-138 l (Min) 1-130 1-131 1-132 9 0 0 10 3.41 E-06 7.32E-06 4.73E-05 0 0.1 g 0 0 0 l 0 1.14E-10 4.09E-11 11 1.71E-05 3.61 E-05 0.000236 0.5 0 5.91E-10 2.53E-10 12 3.41 E-05 6.9EE-05 1 0 1.31E-09 7.62E-10 0.00013I'[0.000466 i
~
13 6.82"E-05 O.000917 T 2 0 3.02E-09 2.38E-09 I 14 0.000102 0.000182 0.001346 3 0 5.32E-09 5.2E-09 15 0.000136 0.000224 0.001754 4 0 { 8.2E-09 9.22E-09 16 0.00017 0.00026 0.002143 5. 0 l 1.17E-08 1.44E-08 1 l 17 _0.000204 _0.000289 0.002513l __ ] 6 1 0 1.57E-08 2.08E-08 18 0.000238 0.000314 0.002866 7 0 _ 2.03E-08 2.83E-08 19 0.000272 0.000334 0.003202 8 0 2.55E-08 3.69E-08 20 0.000306 0.000352 _0.003522_ 9 0 3.13E-08 4.67ET08 21 0.000339 0.000366 0.003826 10 0 3.77E-08 5.76E-d5 22 0.000373 0.000378 0.004116 11 0 4.46E-08 6.96E-08 23 0.000407 0.000388 0.004392 _ 12- 0 5.21 E-08 8.27E-08 { 24 0.00044 0.000396 0.004655 13 0 6.02E-08 9.69E-08
~
l 25 0.000474 14 0 6.89E-08 0.00040}3] 0.0049di _ 1.12E-07 26 0.000507 0.000409 0.005144 15 0 7.82E-08 1.28E_-0_7_ 27 0.000541 0.000414 0.005371 16 0 8.8E-08 1.46E-07-~ 28 0.000608 0.000422 0.005804 18 0 1.09E-07 1.83E 07 29 0.000674 0.000428 0.006196 20 ' 0 1.32E-07 2.23E!07 30 0.000741 0.000432 07d65551 22 ~0 1.575T~7O f65E-07 31 0 00080Q0.000434 0.00557T 24 0 1.855Zd7T537E-07 32 0.0008731 0.000436 0.007166 26 0 2.15E47 3.7E 33 0.000935' O.000437 0.007431 28 0 2.48E-07 4.26E-07 34 0.001005 ~U.~6dD438-~ ' 67 D7672 [ 30 0 2.83E-07 4.86E-07 35 0.001071 0.000439 0.00789 . _ 32 0 3.2 E.-07__5.5E-07_ 36 0.001136 0.000439 0.008088 34 0 3.59E-07 6.17E-07 37 0.001202 0.00044 0.008267 ~) 36~ O 4.01E-07' 6.87E-07 38 39 0.001267 0.001332 0.00044j 0.008429 0.00044 1 0.008577 J 38 40 0_ 0 4.45E-07 _7.61 E-0_7_. 4.91 E-07 8.39E-07 40 41 0.001397J 0.00044
- 0.00871 0.001462j 0.00044 0.008832_
42 44
] 0 0
5.39E-07 9.19E-07 5.9E-07 1 E-06 42 0.001526 0.00044 0.008942 1 46 0 6.44E-07 1.09E-06 43 0.00159 0.00044 0.009041 l 48 0 6.99E-07 1.18E-06 44 45 0.00165f~0760044 0.001719 0.00044 6 dD5I32' 0.009214 {l 50 52 p 0 0 f.5is!7 8.17E-07 0 1.275Z66' 1.37E-06 1
~ ~
I
~
46 506578f~006044 076 5285 54 0 8.8E-07 1.47E-06 47 ~$0dI536 0 0.0d644 670U555fi~ l 56 0 I9.44E-07 1.57E-06 i
l l LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 48 0.00191 10.000441 j 0.009416 l ! l 58 I I O i 1.01E-06 l 1.67E-06 49 50 [d.00197[3]D 0'0044i[60094721-0.002036J 0.000441j_0.009522J _ __g _ { _ __ Q 60__((] 00 ~j{_~f1.15E-06 i _ 62 j _ _ f 08s [ 1.I5E}-66 1.89E-06 0.002099 0.000441 l 0.009568 I 51 52 Td6ff65 OT6dI45Ildd96D9' T l 64_ 66 i {0d {i 115E-66 l 1.23E 2E-06 Tiis-66
~~~~Y
~ -
~l-~
~~
53 ID025iS~ ~0506445 ' ~ ~IS 8 i 0 iT385Z06~Y55$~~06 54 TOD55f8~ 56064 WIT]l~069646~
~ld 0 565^
]~~~~ -70~~l ] 0 hl65fl6[}5.55E-06
~
55 0.00235 0.000441i0.009711._4 __ _i__ 72 i 0 i 1.55E-06[2.47E-06_. 56 0.002412____0.000441 0.0097391 74 0 1 1.63E-06 2.59E-06 ~ 57 0.002475 0.000441 0.009765l ~ ~~ 76 ~ 0 NJ2E !05 ~2.YiE-06 58 56 5555T05dDidi*0 605787l' - ~ 78 0 [ 1.81 E-06 2.84E-06 59 TDDf565Td5 d4I1 [d?d698687-~' 0 1.9E-06 2.97E-06 8U~~~[ 60 0.00266 7 0.000441! 0.009827 82 l 0 2E-06 3.1 E-06 61 ID057EfilD60441 [ 0.009844 I 84 l 0 2.09E-06 3.23E-06 62 D360Tdi 0.00986 l ; I~ 56- ~[ ~i 0 ~YI95~05T5.~37E-56 - 64 0
'd-~05755[TOdidi56d987f} I 63 56d254i 0509587j
~
[ 88 i 0 2.29E-06 3.51 E-06
! 90j __ _0 _ ._2.4 E-06_3.64E-06
~T 05965'l 004df]I0.009898l 65 0.002966 0.000441 j____1 92 0 2.5E-06 _3.78E-0_6 66 _0.003026 _0.000441 0.009909 94 j_ 0 l 2.61E-06 _3.93E-06
_ _{ l __ 67 0.003087 0.000441__0.009918 l 96 1 0 2.72E-06 4.07E-06_ { 68 0.003147 0.000441 0.009927 I l 98 i 0 2.83E-06 { 4.21E-06 69 0.003208 0.00044135d0553'5[ I~ j 100 I [~ 0 2.95E-06 4.36E-06 70 0.003268 0.00044110.009942C_ l 0 3.07E-06 4.51 E-06 L __102 _ 71 __Op03328__0.000441__0.009948J _
; 104 ! O 3.
- 9E-06 4.66E-06 72 0.003387l 0.000441 0.009954 l l_ , 106 0 l 3.31E-06 4.81 E-06 73 d6d5A47 [1660dif"0505959{[]_][ j___108__ _
j Oj533$1U5_4.96E106 74 _0;003507_ [ l 110 l 0 I 3.56E-06 5.11 E-06 0.000441_0.0099641 75 0.003566 0.000441 0.009969 l ! ! 112 l 0 3.69E-06 5.27E-06 l 76 56D3555 T DDOT45 '~0I009973 I'~ ~~' - 7 [ 114 1 0 3.82E-06 5.43E-06 l
~ [ -~
~
77 IDD555T[600Didi[dT669976 78 0.003743 0.000441 ~0.009979 l f i 116 118 [ 0 d l 4.09E-06 3.95E RTST51Fe166 5.74E-06 79 0.003802 0.000441 0.009982 FIE6R( 0 I~4.23E-06 5.9E-06 (
~
0 [4 555~06 ~6 3hT 0 f 80 0.003948 0.000441 0.009989i i 125 81 0.004094 0.000441[0.009994 L_ f 130 I 0_ l 4.94E-06 6.7E-06 82 j 0 7 .11 E-06 0.004238_._0.00044 Q 0.009998 C __ [ _ J _135___ _ _ _ _ [5.32E 06 _ _ 83 0.004382 0.000441 0.010002 I ! l 140 l 0 i 5.72E-06 7.53E-06_ 1666Tdfi[ldiOO0dl-
~ ~ ~ ~
84 650452T ! 145 i i 0~l 6.32E~66 Vl55166 156 7 ~
~
85 500d667 1000idiF0.Di 06 I i [ 0 }l5dE-6f'l57E-06
-~i ~-~~ ~i
~ ~
86 X60d8081050D0441 ~051D668i T0 K8E 6f 87 0.004948i~ Td604diiW0'10009T 88 T0D5651 0.00044170.01001 l l 155 160 165 i-- i^ l~ T 0
~~l 0~^
lY45E 6!985~06[fWi3E-U
' 759E 66 IY6-/s:66 T06
~
~~
~
89 T055525~ Ol0644TI-~0IO1Ddi~i- l 170 1 ! 0 8.37E-06 1T015 05 90 HD 5353 ~DIOD0difIlD106Ti I ~l ~ ~175 0 8.87E-06 ~ 1.05E-05 91 K00549F~5500idfl0.010011I i 180 1 0 ~Il58E-06~ ~iT15~0F T I i85^~ 7 -~-~I
~
92 0.005535~~ 5500d4I[0.01 DOI 2[ 6-~i~955-05~i I?i4E 65 ~ ( 93 D.d6577~ ~ '0 060T41 I Ol100I2 { ~~~i~ ~~ ~ F i90~ ~i ~~~ '
~0 ~ Ti.045 ~05I~T.T9E-65 ~
94 'O OD59 4 10 OT4Ti 0TOI00Til-~
~
' ~ I~ ~Y~ ~I95~- ~ ~ ~ ~ ~~~~67 tie 45 l 1.23E-05
~~ 1
~
l 95 '0E006D37 I 0.00044il 01 I6052I ~~I ~ ~ 200~~ 0 liSE-65 l ~T.~28$-05
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG BH l 96 0._006169 j 205 0 1.21 E-05 1.32E-05 0.000441 LO.010_013J 97 0.0063 0.000441 0.010013 l 210 0 1.27E-05 1.37E-05 98 0.006431 . 0.000441 0.010013 215 0 1.33E-05 1.41 E-05 99 0.006561 0.000441 0.010013 220 0 1.39E-05 1.45ET5 0 100 Oh0669 0.000441 0.010013 225 0 1.46E-05 1.5E-05 101 0.006818 230 0.000441 [0.010013 0 1.52E-05 1.54E-05 102 0._0_06945 0.000441 0._010013 235 0 1.59E-05 1.59E-05 103 _0.007072 0.000441 0.010013 240 0 1.66E-05 1.63E-05 104 0.007197 0.000441 0.010013 245 0 1.73E-05 1.68E-05 105 0.007322 0.000441 0.010013 250 0 1.8E-05 1.72E-05 106 0.007447 0.000441 0.010013 255 0 1.87E-05 1.76E-05 107 0.00757 0.000441 0.010013 260 0 1.94E-05 1.81 E-05 108 0.007692 0.000441 0.010013 265 0 2.02E-05 1.85E-05 109 0.007814 0.000441 OT010013 f 270 0 2.09E-05 1.89E-05 110 0.007935 0.000441 0.010013 275 0 2.17E-05 1.93E-05 111 0.008055 0.000441 0.010013 280 0 2.25E-05j 1.98E-05 112 0.008175 0.000441 0.010013 285 0 2.33E-05 2.02E-05 113 0.008294 0.000441 0.010013 0 2.41E-05 2.06E-05 290 _ 114 0.008412 0.000441 0.010013 0 2.5E-05 295_ 2.1 E-05 115 0.008529 0.000441 0.01001_3 _ 300 0 2.58E-05 2.14E-05 116 0008645 0.000441 0.010013 305 0 2.67E-05 2.18E-05 117 _0.008761 0.000441 0.010013 310 0 2.75E-05 2.22E-05 118 _0.008876 0.000441 0.010013 _ 315 0 2.84E-05 2.26E-05 119 , 0.00899 0.000441 0.010013 320 0 2.93E-05 2.3E-05 120 _0.009104 0.000441 0.010013 325 0 3.02E-05 2.34E-05 121 0.009217 0.000441 0.010013_ 330 0 3.12E-05 2.38E-05 { 122 0.009329 0.000441 0.010013 123 0.00944 0.000441 0.010013 335 [ 0 3.21E-05 2.42E-05 340 0 3.31 E-05 2.45E-05 124 0.009551 0.000441 0.010013 345 0 3.4E-05 2.49E-05 125 0.009661 0.000441 0.010013 350 0 3.5E-05 2.53E-05 126 0.00977 0.000441 0.010013 355 0 3.6E-05 2.57E 05T~ 127 0.009879 0.000441 0.010013 360 0 3.7E-05 2.6E-05 128 0.009987 0.000441 0.010013 365 0 3.81E-05 2.64E-05 129 0.010094 0.000441 0.010013 { 370 0 3.915_T05 2.67E-05 130 0.010201 0.000441 0.010013 _ 375 0 4.01 E-05 2.71 E_-05_ 131 0.010306 0.000441 0.010013 380 0 4.12E-05 2.74E-05 132 .0.010412 0.000441 0.010013 385 0 4.23E-05 2.78E-05 133 0.01051_6_ 0.000441 _0.010013 390 _ 0 4.34E-05 2.81 E-05 134 0.01062 0.000441 0.010013 395 0 4.45E-05 2.84E-05 135 0.010723 0.000441 0.010013 400 ~l 0 4.56E-05 2.88E-05 136 0.010826 0.000441,_0.010013 405T 0 4.6_8E.-05 2.91 E-05 137 0.010928 0.000441 0.010013 410 0 4.79E-05 2.94E-05 138 0.011029 0.000441 0.010013 415 0 4.91 E-0_5 2.97E-05_ 139 0.01113 0.000441 0.010013 420 0 5.02E-05 3.01E-05 140 0.01123 0.000441 0.010013 -- 425 0 5.14E-05 3.04E-05 141 0.011329 0J000441 0.010013 430 -{ ~ 0 5.26E-05 3.07E-05 142 0.011428' O.003441 0.010013 435 0 5.39E-05 3.1 E-05 143 0.011526 0.0')D441 0.010013 440 0 1 5.51 E-05 3.13E-05 9
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 144 0.011623 0.000441 0.010013 l 445 0 5.63E-05 3.16E-05 145 0.01172 0.000441 0.010013 450 0 5.76E-05 3.18E-05 146 0.011816 0.000_441 0.010013 455 147 _0.011912 0.000441 0.010013 460
] 0 5.59EID5 3.21E-05 j_ 0 6.02E-05 3.24E-05 148 0.012007 0.00,0441 0.010013 465 j 0 3.27E-05.
~
3 __ _3. 6.15E_-05 0_.0ji02I.000441 149 0 0.010013 470 150 0.012195 0.000441 0.010013 J _0 6.2BE-05 3.3E-05 . 475 0 6.41E-05 3.32E-05_ 151 0.012289 0.000441J0.010013 480 I 0 6.54E-05 3.35E-05 152 4 153 55 =._ 0.002794 154 DOSE = 0.013235 155 ~ ~ ~ ~ ~ - ' 156 157 158 { l 159 } 160 161 { d I 162 163 f 164 t . 165 l 166 r i
LOCK.XLS Bl l BJ l BK l BL l BM l BN l BO l BP l BQ l BR 1 2
] J i
l lodine Released 3 7
~
~
6 5.55E-04 1.52E 02 1.75E43 7 Time l .
}. . NUCLIDE 8 l-133 1-134 1-135 l l (Min) I l-130 1-131_.
9 0 0 } 0 [j N l 0 0 0 10 1.82E-10 l [ 0.1 0 6.82E-11 1 2.73E-11 }~ ~1E-10 11 9.64E-10 2.13E-10 554El0 l Y 0.5 0 1.45569 12 2.22E-09 8.25E-10 1.39E-09 I ]_12 0 3.925'~69-13 5.41E-09j 2.99E-09 3.74 E-09 I l I 0 1.81 E-08 14 9.98E-09 6.99E-09 7.43E-09 l 3 0 3.19E-08 15 1.59E-08 1.28E-08 1.25E-08 I ' 4 0 4.92568~ 16 ~I55568-2T675~-08 2 1.885!68 5 0 7E-08 17 3.19E-08 2.96E-08 2.65E-08 } 6 0 9.42E-08 18 4.2E-08 4.05E-08 3.56E-08 7 0 1.22E-07 ~~ 19 5.34E-08 5.3E-08 4.59E-08 8 0 1.53E-67 20 6.62E-08 6.71 E-08 5.76E-08 i 9 0 1.88E-07 I 21 8.04E-08 8.28E-08 7.05E-08 i 10 0 2.26E-07 22 9.59E-08 7 9.99E-08 8.48E-08 l ~ 11 0 2.68E-07 23 1.13E-07 1.18E-07 1 E-07 l 12 0 ~5335T67 24 1.31E-07 1.38E-07 1.17E_-07 . 1 13 _ 0 3.61E-07 l 25 9.51 E-07 1.6E-07 1.35E-07 14 l 0 4.13E-07 26 1.72E-07 1.82E-07 1.55E-07 15 j 0 4.69E-07 27 1.94E-07 2.06E-07 1.76E-07 I 16 0 5.28E-07 { 28 29 2.41 E-07 2.56E-07 _2.2E-07_ 2.94E-07 3.11 E-07_ 2.69E-07 j 18 20 ( 0 0 1.31 E-06 1.58E-06 30 3.52E-07 3.7E-07 3.23E-07 22 0 1.89E-06 31 4.16E-07 4.33E-07 3.82E-07 24 0 2.22E-06 7
~
32 4.84E-07 5.01 E-07 4.46E-07 56 0 2.58E 66 33 5.59E-07 5.72E-07 5.15E-07 34 6.38E-07 {__ j __,30 28 l 0 0 2.97E-06 1 } 3.39E-06 6.47E-07J_5.89E-0_7_. ___j_ 35 7.23E-07_ 7.24E-0716.68E-07 36 8.13E-07 j 32_( 34 I 0 0 3.83E _06_ 8.05E-07 l 7.52E-07 i J __ ., 2.7_5.E-06 . 37 9.09E-07 8.89E-07 I 8.4E-07 ' ~[ 36 } 0 3.07E-06 38 TdI5T 6 EV55 07T3dE! 6f
~
i 38 0 3.41 E_-06 39 1.12_E-06 ,1.06E-06 1.03E-06 i__ 40 0 3.76E-06_ 9.23E-06]l 1.15E-06 40 1.13E-06 42 0 4.13E-06_ 41 1.34546l 1.25E-06 1.24E-06 44 0 4.52E-66 42 _1.47E-06 1.3_4 E-06 1.35E_-06 46 0 4.93E-06 43 1.59E-06 1.44E-06 1.47E-061 ~ 48 0 5.36E-06 44 T'/2'5~-66 ~T.645~-06TI'.69E 06 45 ,1.86E-06. I 1.72E-06 _{ i _a___i __j_ _ 50 0_ 0
.5._8E-06_
_6.26E-06_ 1.64E-06 i 1.85E-06J~~-" _.52 54 _ _1 46 2.01E-06 1.74E-06 i 0 6.74E-06 47 2.15E-06 1.84E-061 1.98E-06 l I l 56 ! 0 753565
LOCK.XLS l l Bl l BJ l BK l BL l BM l BN l BO l BP BQ BR l l 48 2.31 E-06_ .1.94E-06_ 2.12E-06 ' 49 _2.46E-06_ _2.05E-06 2.26E-06 L 58 0 7.75E-06 60 0 8.28E-06 50 2.63E-06 2.15E-06 2.41 E-06l__T 62 0 8.83E-06
- 51 2.8E-06 2.26E-06 2.56E-06 I 64 0 9E-06 52 _2.97E-06 2.36E-06 2.72ET67 66 0 9.56EZd6 i 53 3.15E-06 2.47E-06 2.88E-06 68 0 1.01 E-05 54 [5~53_E-06 2.585 {i.65E-06~ 7 0 1.07E-Oi 4
55 3.52E-06 2.68E-06 3.22E-06 72 0 1.13E-05 { 56 ~T75575~1795~Ui"3.395y 3 0 57 3.91 E-06 2.9E-06 3.57E-06 1 -[ _74 0 1.2E-05 l 76 0 1.26E-05 58 4.12E-06
~~ ~
3E-06 3.75E-06 I
~~
i 78
~
i 0 1.33E-05 59 iT33EUf~5.Ti5! F 555E-0F 80 0 1E5~65-60 4.54j-[06 3.22ET05~ 4.125~06
~
~
l 82 0 1.46E-05_ 61 4.76E-06 3.33E-06 4.32E-06 84 0 1.54E-05 1 62 4.99E-06 3.43E-06 4.51E-06_ 86 0 J 1.61E-05 63 5.21E-06 3.54E-0614.72E-06 88 0 1.68E-05 < 64 _5 45{g 3.@5-F 4.92E-06_ 90 0 1.76E-05 65 5.69E-06 3.75E-06 5.13E-06 92 0 1.84E-05 66 5.93E-06 3.86E-06 5.34E-06_
~
j 94 0 2.18El5 67 6.18E-06 3796E-05~ T55E 65T- i 96~ 0 157545 68 6.43E-06 4.06E T 05If75546 ' 98 0 2T66545 69 6 69E-06 4.17E-06 6.01 E-06 100 0 2.46E-05 70 6.96E-06 4.27E-06 6.24E-06 102 0 2.56E-05 , 71 J.23E-06_ 4.37E-06 6.47E _06_ 104 0 2.66E-05 72 7.5E-06 4.47E-06 6.7E-06 106 0 2.765Ti 73 7.78E-06 4.57E-06 679i 5-06 I 108 0 2.86E-05 I 74 8.06E-06 4.67E-06 7.19E467 l 110 0 2.97E-05 75 8.35E-06 4.77EWjl3546' i 112 } 0 3.08E-05 1 76 8.64E-06 4.87E-06 7.68E-06
}
l 114 0 3.19E-05 77 8.94E-06 4.97E! df'77945-~ 6T
~
l ^ 116 0 3.3E-05 I 78 ~9.24E df"~5Id75!06 8.195~06 118 0 3.415~66 3 79 9.55E-06 5.16EZ d57_8.45E-06 120 0 3.53E-05
- 80 'l.03E-05 5.39E-06 I 9.11E-06_ 1 125 0 9.02E-05
! 81 1. lie-05 5 T6fE46[i.19E'-{ _ 13_0 0 [.~E.7_d5~-65 82 1.2E-05 5.84E-06 1.05E-05 135 0 0.000105 4 83 1.28 E_-05 6.06E-06_ 1.12E_-05 i' 140 0 ~d7dOO113 84 1.37E-05 6.26E-06 1.2E-05 145 0 0.000121 '
- 85 1.475!df~6T475T6571.27E-05 150 d 0.000129 86 ~575553f'616]6546 1.35EZ05 l ! 155 0 0.000138 J
87 1.66E-05 6.85E-06 1.43E-05_ i 160 ! 0 0.0001_46 88 1.76E-05 7.04E-06 1.51 E-05 1 165 0 0.000156 89 j.87E-05 7.21EM5[~1I5E45_[ 90 1.97E-05 7.39E-061 1.68E-051 j- 170 0 ~} 0 i
~j i 175 0 0 F
91 2.085~-F5 ~f555-D5+IJ7El df[ ~} 180 0 0
, 92 2.2E-05 7.71 E-06 1.86E-05' -
185 0 ~l 0 93 ~51i5265 7787E!6631.95E45 190~~ 0 ~ 0
! 94 ~535555{5I055Z65T5.~ dis! 0 5 i- ~l 195 0 0 95 2.55E-05 I 8.16E-06Tii55-05 i F T~200 0 0
i LOCK.XLS i Bl l BJ l BK l BL l BM l BN l BO l BP BQ BR l l 96 2.68E-05 8.29_E-06 2.23E-05 205 0 0 97 2 8.42E-06 2.33E- 210 0 0 l 98 258E-05 3E-05 8 55Ed 2.43N 0[5 0 215 ! 0 0 99 3.06E-05_ 8.6_7E-06 2.52E-05 220 0 0 100 3.2E-05 8.79E-06 2.63E-05_ 225 0 0 101 3.34E-05 8.9E-06 2.73E-05 230 0 0 J 102 ,3 48E-05 9E-06 2.83E-05 235 0 0 [ 103 3.62E-05 240 0 0 9.1E-06 [2_.94E-05 ! 104 3.76E-05 9.2E-06 245 0 0 3.05E-054 _ l 105 3.91E-05 9.29E-06 3.15E-05 250 0 0 106 4.06E-05 9.38E-06 3.26E-05 255 0 0 107 4.22E-05 9.47E-06_ 3.37E-05 260 0 0 108 4.37E-05 9.55E-06 3.48E-05
~ ~
265 0 0 109 4.53E-05_ 9.62E d6 3.65~d5~ 270 7 0 0 110 4.69E-05 9.7E-06 3.71 E-05 275 0 0 111 4.85E-05 9.77E-06 3.83E-05 280 0 ~0 112 5.02E-05 9.83E46M94E-05 285 0 0 113 5.19E-05 9.9E-06 4.06E-057 290 0 0 114 5.36E-05 9.96E-06 4.18_E-05 295 0 0 115 5.53E-05 1 E-05 4.3E-05 300 0 0 116 5.71 E-05 1.01E-05l 4.425T05 305 0 0 117 5.88E-05 1.01 E-05 4.545T '5] 0 0 31_0 118 6.06E-05 1.02E-05 315 0 0 4.66E-05i 119 6.25E-05 1.02E-05 4.78E-05 l 320 0 0 120 6.43E-05 1.03E-05 4.91 E-05~7 325 0 0 121 6.62E-05 1.03E-05 5.03E-05 330 0 0 122 6.81E-05 335 0 0 1.03E-05[5.16E-05 123 7E-05 340 0 0 1.04E-05] 5.28E-05 124 7.19E-05 1.04E-05J 5.41E-05 345 7 0 0 125 7.39E-05 1.05E-05j 5.54E-05 350 0 0 126 7.59E-05 1.05E-05 5.66E-05 355
~
0 0 127 7.79E-05 1.05E-05 5.79E-05 360 0 0 128 7.99E-05 1.06E-05 5.92E-05 365 0 0 129 8
~If$-05 _ 1.06E 05 6.05Ed5 T T- ~ 370 0 0 130 8.41 E-05 1.06E-05 6.18E-05 l ! 375 0 0 131 15fsid~5 1.655-05 6.32E~ ii i~~~
T 35d 0 0 132 8.83E-05 1.07E T O{ j3}E 0Y-Z
~
{j85 0 0 133 _9.04E-05 1.07E-05 6.58E-05 _. 390 0 0 134 9.26E-05 1.07E_-05_.6.71E-05 _ ' __ _ 395 0 0 135 9.48E-05 1.07E-05 6.85E-05 400 j 0 0 136 9.7E-05 1.07E-05 6.98E-05 405 0 0 137 9.92E-05 1.08E-05 7.12E-05 410 0 0 138 0.000101 1.08E-05 7.25E-05 ~ 415 0 0 139 ~0.0001d4 1.055T5 7.35s-05 420 i 0 0 140 l'DdDMjljEKl52E55
] 425 _ 0 0 141 0.000108 1.08E-05 . 7.66E-05 ~~ ~
430 - 0 0 142 0.000111 1.08E-0535E-05 4 35'~~ ~ 0 ~d 143 0.000113 1.09E-05 Tf93E-05T- 440 0 0
4 LOCK.XLS Bl l BJ l BK l BL l BM l BN l BO l BP BQ BR l l 144 0;000_115. 1.09E-05 l 8.07_E-05L [._ ,_ , _ 445 _ 0 0
- 145 0.00_0118_ 1.09E-05 8.21 E-05 450 0 0 i 146 0.00012 1.09E-05 8.35E-05 455 0 0 147 0.000123 1.09E35_8.49E-05 ~ i 460 0 0 148 0.000125 1.09E-05 8.62E-05 _465 0 0
~
149 0.000128T1705Edf 876E-05 470 0 0 150 0.00013 1.09E-05 8.9E-05 475 0 0 151 0.000133 1.09E-05 9.04E-05 480 0 0 152 . 153 [ ! 154 4 155 156 l 157
~
i 158 [ 4 159 i 160 I
- 4-162 T l 163 [
, 164 165 ~~ 166 i l i s 1 d
LOCK.XLS BS l BT l BU l BV l BW l BX l BY BZ CA CB l l l 1 l ' Total Thyroid Dose 2 1 l
~~
~
3 [ EAB X/O { 9.00E-04 4 l l ._ 6 I R
~
7 i Time NUCLlDE 1-134TI-135 8 l-132 1 1-133 ] (Min) 1-130
~
~
10 2 1~ 139E-10~~ 1.64E-11 6E 11 0 0 11 6.08E-10 2.31E-09 5.1 E-10 ~ 1.33E-09 0.5 0 12 2.29E-09 6.65E-09 2.48E-09 T1I5-09 1 0 13 1.43E-08 ~ 3.25E-08 1.79E-08 2.24E-08 I 2 0 14 4.46E-08 {3}i[2E 08 5}9E{0f{4.2E-08 _ 3 0 15 5.53E-08_9.56E-08 7.68E-08 7.48E-08 4 0 16 8.64E-08 1.39E-07 l 1.22E-07 1.13E-07 i l 5 0 17 1.25E-07 1.92E-07 1.78E-07 1.59E-67 -- r 6
~
0 l 18 ~U5'-07 2T555~07
- ~
2.43E-UT ~~ ~I5E 07
~
7 0 19 2.22E-07 "~3 2T5-DT 3.18E-0TY755-07
~ ~~
8 0 20 2.8E-07 3.97E-07 4.0$$-DTlRE 07 9 0 21 3.46E-07 4.82E-07 4.97E-07 7 .235T07 4 10 0 22 4.18E-07 5.75E-07 5.99E-07 5.09E-07 [ 11 0 23 4.96E-07 6.77E-07 7.1 E-07 6.02E-07 I 12 0 24 _5.81 E-07 7.86E-0_74 8.3E-07 7.04E-07 l l 13 0 25 6.73E-07 9.04E-07 9.58E-07 8.13E-07 14 0
~
26 ~ DIE-07 1.03'5W' 1.095!06 9.3E 6f~l 15 0
~
27 8.75E-07 1.16E-06 1.24E-06 l 1.05E-06 l 16 0 28 2.19E-06 2.89hTd5- 3T07575T2T545!06 0 18 0 29 2.68E-06 3.53E-06 3.73E-06 20 0 3.23E-061 30 3.22E-06_ _ _4.22 E_-06 4 44E-06 3.88E-06 _ 22 0 31 3.8E-06_ 99E-06 4. 5.2E-06 4.58_E-06 24 0 32 4.44E-06 5.81 E-06 6.01E-06 5.35E-06 ~ 26 0 33 5.11E!T{5I7E 0 !65]6.86E 5~}.58l5y6 _[38,_ _ 0 34 5.83E-06 l 7.66E-06 7.76E-06 l 7.07E-06_
~
30 0
~
35 6.6E-06 *~558E 66 ~8365 06 i 8.025-~06 l 32 0
~
36 T755-06 6.23E!66 15752)6T~5 765T06
~ ~
l 34 O 37 ~T27E 5 W~5.~95E-d6 6.51E-66~534E-06 i i 36 0 38 _5.83E-06 38 0 7.73E-06_7.47E-06 8.15E-06_ 7.15E_-06]-~ '[]_l]~ [L 39 6.42E-06 8.55E-06 7.9E-06 40 0 40 7.04E-06 9.4E-06 8.84E-06 8.69E-06
~
42 0
. YEW 41 7 Td5}E-05] 9T55EW j.5I5~06 _ _
1 p 44 0 42 8.35E-06 1.12E-05 1.03E-05 1.04E-05 43 9.03E-06 1.22E-05 1.1 E-05 1.13E-05 _4 46 l 48 _ 0 0 44 45 {7I5~66332E55_ 1.18E2)5 1.2h35 [ } 50 52 0 0 l 1.05E-05 (1._43E-05. 1.25E-05} 1.32E-05.. . l 46 1.12E-05 1.54E-05 1.33E-05 1.42E-05 4 54j 0
'T5E-05 T55E-05Y171E-06{i 1T5f5 R Si
- ~ ~~ ~
47 7 i 56 ! l 0
LOCK.XLS ' BS l BT l BU l BV l BW l BX l BY l BZ l CA l CB 48 1.28E-0)_ _1. 77E-05_1.49E_05j 1.62E-05 ' I 58 0 49 1.36E-05 1.89E-05 1.57E-05 1.73E-05 60 0 50 1.445~65 5EdI545 1.655-65 1.855~05 62 0 51 1.47E-05 2.05E-05 1.66E-05 1.88E-05 64 0 52 1.55E-05 2.18E-05 1.73E-05 2E-05 66 0 53 1.63E-05 2.31 E-05 1.81 E-05 2.12E-05 68 0 54 ~iT2E-05 2.45ET~ O5 1.89E-05 2.24E-05 i~ 70 0 55 1.81 E-05 2.58E-05 1.97E45]_2.365V5 72 0 56 1.9E-05 2.73E-05 2.05E-05 2.49E-05
~
74 0 57 iT9E-05 T5fE'-05 2.13ET5~2T55E65 T 76 } 0 58 2.09E-05 3.02E-05 2.2E _05_2.75_E_-05 78 l 0 59 2.18E-05 3.18E-05_ 2.28E-05 2.89E-05 80 0 60 _2.28E-05 3.33E-05_ 36E-05
- 2. 3.03E-05 I 82 0 61 2.37E-05 3.49E-05 2.44E-05 3.17E-05 84 0 62 2.47E-05 3.66E-05 2.52E-05 3.31E-05 86 0 _
63 2.57E-05 3.83E-05 2.6E-05 3.46E-05 88 0 i 64 2.67E-05 4E-05 2.68E-05 3.61E-05 I [ 90 0 4.17ETd5
~ ~
65 Yf5E-05 2.-/5$Td5 3.7fE55^ 92 0 66 3.27E-05 4.95E-05 3.22E-05 4.46E-05 94 0 67 3.39E-05 5.15E-05 3.3E-05 4.64E-05 96 0 68 Y52E-05 _5.37E-05 3.39E_0_5__4.82ET5[ _ 98 0 69 3.64E-05 5.58E-05 3.48E-05 5.01E-05 100 0 70 3.76E-05 5.8E-05 3.56E-05 5.2E-05 102 0 71 3.89E-05 6.03E-05 3.65E-05 5.39E-05 104 0 , 72 4.01 E-05 6.25E-051 3.73E-05 5.59E-05 106 0 ! 73 4.14E-05 6.49$!'5-3 0 5IE-05 5.79E-05 108 0 I 74 4.27E-05 6.72E-05 3.9E-05 5.99E-05 110 0 l 75 4.39E-05 6.96E-05 3.98E-05 6.2E-05 112 0 1
~
76 T555-05 7.21 E-05 4.055T05 64fET5] j 114 0 i 77 4.66E-05 7.46E-05 4.14E-05 g6.62E-05 116 0 78 4.79E-05 7.71 E-05 4.22E-05 l 6.83E-05 f 118 0 79 4.92E-05 7.96E-05 4.3E-05 i 7.05E-05 ~ 120 0 80 0.000124 0.000203 0.000106l 0.00015^ 125 0 i
~ ~
81 0.000152 0.000219 0.066f1T[0T60015if 130 0 82 0.00014 0.000536 6.~000115TO.0002T#f 1 135 0 83 0.000148 0.000253 0.000119 0.000221 F 140 0 84 0.000157 0.000271 0.000123 0.000236 I 145 0 85 0.000165 0.000289 0.000127} 0.000251 150 0 86 0.000173 0.000308 0.000135I 0.000266 15~5 0 87 0.000182 0.000327 0.000135 0.000282 160 0 ' 88 0.00019 0.000347 0.000139 0.000298 f 165 0 f0
~~
89 0 0 ~ 0 170 0 90 ~~ 0 0 0 175 0 l 91 0 0 0 0 0 t [ 18_0_ 92 0 0 i 0 O_j 185 _ 0 l 93 0 0 l 0 0 l 190 0 [ ' 94 0 0 0 0 I i l 195 O 95 0 1 0 0 0 f~~~~l I I 200 0 l
t LOCK.XLS ! I 1 BS l BT l BU l BV l BW l BX l BY l BZ CA CB l l 96 0 0 0 0 97 0 J 0 1_ l 205 0 0 0 j 210 0 98 0 0 _. 0 0 215 0
, 99 0 0 0 0 220 0 100 101 0
0 0 0 0 0 0 0 [ 225 230 0 0 _ _)___ _
~
l 103 0 0 0 0 ~l 240 0 104 0 0 0 0 7 245
~
0 105 0 0 0 0 T 250 0 f 106 0 0 0 0 255 0 l 107 0 0 0 0~~T 260 0 I 108 0 0 0 0 j_ j_265 0 109 ' 0 0 0 0 270 0 110 0 1 0 0 0 275 0
- 111 0 0 0 0 280 0 112 0 0 0 0 f 285 0 4 113 0 0 0 0 l [ 290 F 0 i 114 0 0 0 0 295 0 115 0 0
)
0 0 300 0 ' 116 0 0 0 0 I 305 0 T 117 0 0 0 0 I 310 0 118 0 0 0 l 0 j 315 0 119 0 _0 0 0 l 320 0 i 120 0 l 0 0 0 3f5 0 121 0 ~[ 0 0 0 330 0 122 0 0 0 0 335 0 123 0 0 0 0 340 0
, 124 0 0 0 0 345 0 125 I 0 0 0 0 350 0 126 0 0 0 0 l 355 0 127 0 0 0 0 i f 360 0 128 0 0 0 0 l 365 0 129 0 0 0 0 _j 370 0 130 0 0 0_3 0 _
{ l 375 0 131 0 0 0 l 0 ! 380 _ 0 132 0 0 0 j___0 i ~~ 385 0_ 133 0 0 0 0 f g j g 390 0 , 134 0 0 0 0 395 0
- 135 0 0 q 0 0_t g___ 400 0
- 136 0 0 0 0 _ I. . l - - - 405 0 l 138 0 0 0
_} 0 L 415]. O 139 0 0 l 0 0 420 j. O _
! 140 0 0 ! 0 0 ___, _ _1_ '
425 l 0 J 141 0 j___0 [ 0 0 430 0 142 0 0 i 0 , 0 j[_ _ _ 435 0 l 143 0 0 l 0 E~ i 7 'l 440l 0 il
LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ l CA CB ' l 144 0 0 ! _ _ _ _0 0 445 0 145 _ 0 0 0 0 450 0 146 0 0 0 0 455 0 147 0 0 0 0 460 0 148 0 0 0 0 465 0 149 0 0 0 0 470 0 150 0 ~ 0 0 0 475 0 0 151 152 0 0 0 _]_ 480 0 153 TUTAL EA 154 155 T 156 1 51 158 159 160 ; 161 162 - 163 164 - - -' 165 - 166 ] I
- w. .__
l LOCK.XLS l CC l CD l CE l CF l CG 1
\
3 LPZ X/O =} 8.00E-05 ; Breathing Rate (m^3/s) = 3.47E-04 i 4 5 1.07E-03 6.30E-06 1.82E-04 1.07E-06 3.15E-05 0 8 l-131 i 1-132 I l-133 1-134 1-135 9 0 0 0 0 0 10 2.29E-11 4.83E 6.18E-12 5.49E-15 5.9E-13 11 4.99E-10 1.2is-12T1.37E-10 1.77E-13 1.37E-11 12 1.81 E-09 5.74E-12 5.14E'W1.01 E-12 5,47E-11 13 7.89E-09 3.38E-11 2.36E-09 7.02E-12 2.75E-10 14 1.86E-08 9.53E-11 5.75E-09 2.11 E-11 7.14E-10 15 3.51E-08 2.04E-10 "f.12E-08 4.68E-11 1.45E-09 ) 16 5.86E-08 3.74E-10 1.91E-08 8.78E-11 2.56E-09 17 9.02E-08 6.19E-10 2.99E-08 1.47E-10 4.13E-09 18 1.31 E-07 9.53E-10 4.42E-08 2.29E-10 6.22E-09 19 1.82E-07 1.39E-09 6.24E-08 3.36E-10 8.9:5$TO9-~ 20 2.45E-07 1.94E-09 8.49E-08 4.71E-10 1.23E-08 21 3.21 E-07 2.65E-09 1.12E-07 6.37E-10 1.655-68~ l 22 4.11E-07 3.44E-09 1.45E-07 8.38E-10 2.15E-08 j 23 4.42E-09 1.83E-07 1.08E-09 2.74E-08_ 24 _5]6_E-07 ) 6.37E-07 5.56E-09 2.28E-07 1.36E-09 3.43E-08 1 25 7.76E-07 6.88E-09 2.79E-07 1.68E-09 4.23E-08 26 ~5.33E-07 8.4 E-09 3.37e-07 2.04E-09 5.15lf-F8~ l 27 1.11E-06 1.01 E-08 4.03E-07__2.46E-09 6.18E-08. l 28 1.55E-06 1.44E-08 5.67E-07 3.49E-09 8.77E-08 l 29 2.08E-06 1.97E-08 7.67E-07 4.74E-09 1.19E-07 30 .2.71 E-06 2.6E-08 1.01 E-06 6.23E-09 1.58E-07_ 31 3.46E-06 3.35E-08 1.29E-06 7.97E-09 2.03E-07 32 4.33E-06 4.22E-08 1.62E-06 9.99E-09 2.55E-07 33 5.32E-06 5.23E-08 2E-06_ 1.23E-08 3.16E-07 34 _6.46E-06 6.38E-08 2.43E_-06 1.49E-08 3.86E-07_ 35 7.75E-06 7.67E-08 2.92E-06 1.78E-08 4.64E-07, 36 8.67E-06 8.6E-08_3.28E@ 1.99E-08 5.21 E-07 37 9.7E-06 9.64E-08 3.67E-06 2.22E-08 L5.84E.-07_ . 38 1.08E-05 1.08E-07 4.11 E-06 2.47E-08 6.55E-07 l 39 1.21 E-05 1.2E-07 4.6E-06 2.74E-08 7.32E-07 40 1.35E-05 1.34 E__07 5.13E-06 3.04E _08. 8.18E-07 41 1.5E-05 1.49E-07 5.71 E-06 3.36E-08 9.11 E-07. 42 1.67E-05 1.66E-07 6.35E-06 3.7E-08 1.01 E-06. 43 1.85E-05 1.84E-07 7.0_4 E-06_4.07E-08 1.12E-06_ 44 2.04E-05 2.03E-07 7.79E-06 4.47E-08 1.24E-06 45 _2.25E-05 2.23E-07_8.6 E-06 4.89E-08 1.37E_-06_ 46 2.48E-0_5_2.45E_-07 9.47E_06_5.33E-08 _ 1.51 E-06 47 2.72E-05 2.69E-07 1.04E-05 5.81 E-08 1.66E-06_
l l l LOCK.XLS l cc l co I cE l CF l CG ! 48 2.98E-05 2.94E-07 1.14E-05 6.31 E-08 1.82E-06 49 _3.26E-05_3.21 E_-07 1.25E-05 6.83E-08 1.99E-06 50 3.55E-05 3.49E-07 1.36E-05 7.38E-08 2.1_7E-06_ 51 3.85E-05 3.78E-07 1.48E-05 7.94E-08 2.36E-06 l 52 4.175 65 4T655-07 1.6E-05 8.52E-08 2.55516
~ {
l 53 4.51EI 65 4.415-07_ 1.73E}0T I 9.13E 08 _2.76E{05 l 54 4.87E-05 4.75E-07 1.87E-05 9.76E-08 2.98E-06 i 55 5.25E-05 5.1E-07 2.02E-05 1.04E-07 3.21E-06 ! 56 5.66E-05 5.48E-07 2.17E-05 1.11E-07 3.46E-06 l 57 6.08E-05 5.87E-07 2.33E-05 1.18E_-07_ . 3.72E-06_ 58 6.52E-05 6.28E-07 2.51E-05 1.26E-07 3.99E_-06_ i 59 6.99E-05 6.71 E-07 2 69E-05 1.33E-07 4.27E-06 60 7.48E-05 7.16E-07 'F-05 1.41E-07 4.57E-06 l 61 8E-05 7.62E-07 . 3 07E-05 1.49E-07 4.88E-06 ! 62 8.54E-05 8.115-07 ~3.28E-05 1.58E-07 5.21E-06 63 9.1 E-05 _ _8.61 E-07 3.5E-05 1.67E-07y 5.55E-06 l l 64 9.6_9E-0_5 9.14E-07 3.72E-05 1.76E-07 5.9E _06_ 65 0.000103 9.69E-07 3.96E-05 1.85E-07 6.27E-06 ( 66 0.00011 1.03E-06 4.24E-05 1.96E-07 6.71 E-06 67 0.000118 1.1E-06 4.53's-05 2.0f54f 7.175!65 ~ l 68 0.000126 1.175-06 4.845-05 2.18E-07 7.645-D5 l 69 0.000134 1.24E-06 5.15E-05 2.3E-07 8.13E-06_
- l. 70 0.000143 1.31 E-06 5.48E-05 2.42E-07 8.64E-06 71 0.000152 1.39E-06 5.82E-05 2.54E-07 9.17E-06 72 0.000161 1.475'U6 6.18E-05 2.66E-07 9.72h-06 l
, 73 0.000171 1.55E-06 6.55E-05 2.79E-07 1.03E-05 ! l 74 0.00018 1.63E-06 6.93E-05 2.92E-07 1.095-05 ) 75 0.000191 1.72E-06 7.32E-05 3.06E-07 1.15E-05 . 76 0.000201 1.81 E-06 7.73E-05 3.19E-07 1.21 E-05 77 _0.000213 1.9E-06 8.15E-05 3.33E-07 1.28E-05 78 0.000224 2E-06 8.59E-05 3.47E-07 1.34E-05 i 79 0.000236 2.09E-06 9.04E-05 3.62E-07 1.41E-05
~ -
80 ~ .000266 2.345-06 0.000102 3.9f5-67_ 1.59E 0} _ ! 81 0.000299 2.6E-06 0.000114 4.34E-07 1.78E-05 I 82 0.000334 2.87E-06 0.000128 4.73E-07 1.98E-05 83 _0000372 3.16E-06 0.000142_5.13E-07_ 2.2.E-05_ 84 0.000412 3.47E-06 0.000157 5.54E-07 2.43E-05 85 0_.000455 3.8E _06_ 0000174 5.97E-0712 68E-05_ 86 0.000501 4.14E-06 0.000191 6.41E-07 2.94E-05 87 0.000551 4.49E-06 _0.00021 6.86E_-07 3.22E-0_5_ 88 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 89 0.000603 4.87E-06 0.00023 7.33E-07T5~5I5'-D5 ) 90 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05
~
- 91 ~T66603 0 4.8tE-05[0.00023 7.33E-07 3.51 E-05
' ~
92 ~6DDd563 4.875-06 0'DDD23 f.335 0773 51E-05
~
- l. 93 ~6.560603 4.8fE-06 0.066i3 7.3354f 3.5f5~65 ,
! 94 0.006~6 03 4.875-06 OI6DD23
~
7.3T54f[f3'~5IE-65 - 95 T6DU5 3 4.87E-66~~6I666237355-67'IY55E 65 f i !
LOCK.XLS l CC l CD l CE l CF l CG 96 0.0_00603 4.87E-06 _0.00_023_ 7.33E-07, 3.51E-05_ 97 _000_0603 i 4.87E-06_ 0.00023 7.33E-07_ 3.51 E-05 98 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 99 _0JO_0603 4.87E-06 7.33E-07 3.51 E-05 0.000603 4.87E-06_ 0.00023_ l 100 0.00023 7.33E-07 3.51E-05 l 101 0.000603 4.81s-06 0.00023 7.33E-07 3.51s!0 5 l 102 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 l 103 0.000603 4.87sT66 0.00023 7.33E-07 3.51s~-D5 j 104 0.0006_03_ 4.87E-06 0.00023_ 7.33E-07 3.51E-05 l 105 _0.00_0603 4.87E-06_ 0.0002_3 _7.33E-07_3.51 E-05 l 106 0.000603 4.87E-06 _0.0_0023 7.33_E-07_ 3.51 E_-0_5_ l 107 0.000603 4.87E-06 0.00023__7.33E-07 3.51 E-05_ l 108 _0.000603 4.87E-06 _0.00_023__ _ 7.3_3E-07 3.51E-05 109 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 110 0;000603 4.87E-06 0.00023 _7.33E-07 3.51 E-05_ ! 111 0.000603 4.87E-06 0.00023 7.3_3E-07 3.51E-05 112 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 113 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05. ! 114 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 l 115 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05
~~~ -
l 116 'O.006003 4.87E-06 0.00023 7.33E 67 T51h!65 117 0.000603 4.87E-06 0.00023 7.335-07 3.51 E-05 l 118 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05
~
l 119 5 6 603 4.87E-06 000023 7735s-07 1555!65 j 120 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-0_5_ 121 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 122 0.000603 4.87E-06 0.00023 7.33E-071 3.51 E-05 ~ 123 '.000603 4.875 06 0.00023 ~f55E dfi~3.51E-05 124 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 i 125 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 126 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 127 0.000603 4.87E-66~0TOD65~3'7.33E-07 3.51 E-05 ~~ l 128 ~DTdOO603 4.875~06
~
0.00023 f55hif[3.51E-65 129 0.000603 4.87E-06 0.00023 17.33E-07 ~ 3.51sT65 130 0.000603 4.87E-06 0.00023 i 7.33E-07 3.51E-05 - ~ l 131 ~666650f~1575-06 67660Y3"~7 55E-bf~5.~51sT~5 ~ O l 132 0.000603 4.87E-06 TOT 66023 7.33sT67 ~5?SIsT05 l 133 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 l 134 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05 l l 135 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 l 136 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 ' 137 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 138 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05
~ ~ ~ ~
139 ~0T066562 4.87s-65 036623~7 33E-6f~3?sIE65
~~
~
140 0 6~ 0 056f~T87E W ~~6.60625~7.33E 0f} 3.51E45
~ ~ ~
141 ~dT666565 4.87E-D5~0 0665~3~ f.~35547Ti5iE-05 142 0.000603 4.87E-06 l 0.00023 7.33E-07T5~.~5iE45
~
143 ~0T666663TI57s:66T0TO6623 7T35E 07tidiE 65 I
LOCK.XLS cc l co I cE l CF l CG 144 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 145 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 146 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05
~
147 ^0T000603 4.87526 0.00023 7.33Elfl 3.51Eli 148 0.000603 4.87E-06 0.00023 3.51E-05 7.33E_07 149 0.000603 4.87E-06 0.00023 7.33E-07 3.51 E-05_ 150 0.000603 4.87E-06 0.00023 7.33E-0_7__3.51 E-05_ 151 0.000603 4.87E-06 0.00023 7.33E-07 3.51E-05 153 DOSE = 0.000343 TOTAL LPZ DOSE = 7.76E-05 l 154 155 156 157 158 l 159 160 _ 161 l l 162 j 163 1."_. 165 166 l l l : l I l l I ! i l 4 6 l
i LOCK.XLS l BS l BT l BU l BV l BW l BX l BY l BZ l CA l C,9 48 0.013738 0.0_25769 58 0.005866 0.013849} 0.022431 49 0.014178 0.026833 0.014061 0.023302 60 0.005873 ; 50 _0.014608 0.027894 0.0142_53_0.024165 62 0.00588 51 0.014374 0.027693 0.013799 0.023935 64 0.00588f 52 0.014f66 0.028703 0.013946 0.02I749 55 0.005895 53 0.015148 0.029711 0.014076 0.025556 68 0.005903 54 0.015521 0.030716 0.014189 0.026358 70 0.005911 55 0.015885 0.031718 0.014287 0.027153 72 -0.005919 56 0.01624 0.032717_0.014371 0.027942 74 0.005927 57 0.016587 0.033715 0.01444 0.028725 76 0.005936 58 0.016924 0.034709 0.014495 0.029502 78 0.005945 l 59 0.017253 0.055f07 0.014538 'O.030273 80 0.005954 ; 60 _0.017574 0.03669'1- T6IiS69 0.031038 82 0.005964 61 0.017886 0.037678_0.014588 0.031797 _ 84 0.005974 62 0.01819 0.038662 0.014596 0.03255 86 0.005984 63 0.018486 0.039644 0.014594 i 6"033298 88 0.005994 , 7 64 0.018775 0.04655~3-~0.014582"0T054639 90 ~0.006005 ! 65 0.021653 0.0472f1-66iS545 0.059515 92 0.006017 : 66 0A2_1962 0.048377 0.01651 0.040343 94 0.006029 67 0.022263 0.049479 0.016466 0.041164 96 0.006042 . 68 5 65555 i E056579 6016412_ 0.041979 98 0.006655 l 69 0.02284 0.051676 0.01635 0.042787 100 0.006069 ; 70 0.023116 0.05277 0.01628 0.043589 102 0.006082 } 71 0.023384 0.05386_1 0.016203 0.044384 104 0.006096 ; 72 A023645 0.054949 0.016118 0.045173 106 0.00611 i 73 0.023897 0.056035 0.016027 0.045956 -108 0.006125 ! 74 0.024142 0.0_57_11_7 0.01593 0.046732 110 0.006139 l 75 0.02438 0.058197 0.015826 0.047502 112 0.006154 76 0.02461 0.059274 0.015717 0.048266 114 0.00617 l' 77 0.024833 0.060348 0.015603 0.049023 I 116 0.006185 78 ~I65BD5-~665i419 0.015484 0.049775 118 0.00626i , 79 0.025259 0.062488 0.015361 0.05052 120 0.006217 80 0.060849 OT53889T60155dTi~0.123686 125 0.006256 81 0.061939 0.16014 0.034755 0.127954 130 0.006297 82 0.062936 0.16635 0.03392 0.132135
~-
135 6605539 83 0.063844 0.17252 7i033'T5l0.13623 140 0.006383
~ -
84 0.064666 0.178649 0.032149 TO.140239 145 0T0654'29 ; i
~
85 0.065406 0.18(ff8 0T05I5~ 2 5-fii4165l [ 150 0.065475 l 86 E066068 0.190787"6656555 0.148007~ [ ! 155 0.006524 87' [ 55655 0.196796 OT655~355~~0351155 l [ 160 0.006573 88 ~66254657.155449 I 165 OT065555 5657571 l 0.205765~ 89 ~6T65755f 0.208695 0.02746 0.15905 170 0.006677 90 0 0 0 0 175 0.006677 91 0 0 0 0 180 0.006677 l 92 0 d 1 0 0 185 0.006677 l 93 0 i 0 [0 I O 190 0.0066_77 l 94 0 0 l 0 0 195 0.006677 T---~5~00 95 0 0 f 0 0 i 0.0066Tf l
)
1 LOCKXLS BS l BT l BU l BV l BW l BX l BY l BZ CA CB l l 96 0 0 0 0 205 0.006677 97 0 0 0 0 210 0.006677 l 98 0 0 0 0 215 0.006677 99 0 0 0 0 220 0.006677 1 100 0 0 0 0 225 0.006677 101 0 0 0 0 230 0.006677 102 0 0 0 0 235 0.006677 103 0 0 0 0 240 l 0.006677'
~ i 104 0 0 0 0 7 245 ~0.006677 ;
105 0 0 0__j 0~ 250 0.0066 7 106 0 0 0 0 255 0.006677 107 0 0 0 0 260 0.006677
" ~
108 0 0 0 0 265 0.006677 109 0 0 0 0 270 0.006677 l 110 111 0 0 0 0 0_ 0 l 275 0.UO6677 l 0 0 l 280 0.006677 ' 112 0 0 0 -0 { 285 0.0066f7 113 0 0 0 0 290 0.006677 1 114 0 0 0 O 1 295
~
0.0066ff 115 0 0 0 0 300 0.006677 116 0 0 0 0 305 0.006677 117 0 0 0 0 l 310 0.006677 118 0 0 0 0 i 315 0.006677 119 0 0 0 I 320 0.006677 { 120 0 0 0 0 325 0.006677 121 0 0 0 0 330 0.006677 122 0 0 1 0 1 0 335 l0.006677 123 0 0 0 0 340 T0.006677 g 124 0 0 0 0 345 0.006677 125 0 0 0 0 350 0.006677 l 126 0 0 0 0 355 0.006677 i l 127 0 0 0 0 360 0.006677 l l 128 0 0 0 0 365 0.006677
~
! 129 0 0 0 0 l I 370 0.006677 l 130 0 0 _0 0 l J 375 0.006677 l 131 0 0 0 0 l l 380 0.006677_ 132 133 0 0 6 0 0 0 0 0 } ~~] _]__ _ 385 390
^T05677 0
0.006677 l i l . 134 0 0 0 0 l 395 0.006677 J 135 136 0 0 0 0 0 0 0 0 1' [ 46l6-405
^UI0 5 ff 0.006677 j
137 0 0 0 0 i 410 0.00667I 138 0 0 0 0 415 0.006677 139 0 6-~l 0 0 420 0.006677 140 141 0 0 0 0 0 0 100 1 425 0.006677 0.006677_ 2 l 430_ 142 0 0 0 0 _ { 435 . 0.006677 143 _ 0 0 0 0 l 440 l _ I. 0.006677_ i l l
LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ l CA l CB
; 144 0 0 0 0 445 0.006677_
s 145 0 0 0 0 450 ' 0.0066_77 146 0 0 0 0 455 0.006677 147 0 0 0 0 460 0.006677 148 0 0 0 0 465 0.006677 149 0 0 0 ~ 0 470 0.006677 150 0 0 0 0 l 475 0.006677 151 0 0 0 0___ 480 0.006677 152 153 TOT f5h 154 155 156 157 [_ 158 159 _ 4 160 -, 162 163 164 1 165 166 I i
LOCK.XLS CC l CD l CE l CF l CG ! 1 l 2 1 3 LPZ X/O = 8.00E-05 ' Breathing Rate (m^3/s) = 3.47E-04 4 l 5 1.07s-65T6T30s-06 1.82E-04 lT67s-06 3.15s~-d5 6 7 8 l-131 1-132 1-133 1-134 l-135 s 0 0 0 _L 0 l 0. _ l 10 7.06E-07 6.02E-09 2.52E-07 1.65E-09 4.07E-08' 11 1.48E-05 1.265-6f'I~5T555-06 375E-08 I5.T5E-07 12 5.01E-05 4.26E-07 1.79E-05 1.16E-07 2.89E-06 1 l 13 A000191 1.62E-06 6.83E-05 4.355- 7 1.1El5~
- 14 0.000403 3.4E-06 0.000144 9.16E-07 2.32E-05
- 15 0.000685 5.76E-06 0.000244 1.54E-06 3.94E-05 16 0.001038 8.7E-06 _ 0_.00037 2.32E-06 5.96E-05_ _
17 0.001462 1.22E-05 0.000521 3.24E-06 8.38E-05 18 0.001955 1.63E-05 0.000696 4.3E-06 0.000112 l 19 0.316187 0.002602 0.112479 0.000673_0018027 . 20 0.630399 0.005175 0.224199 0.001333 0.035911 21 0.944591 0.007735 0.335856 0.001985 0.053764 l 22 1.258763 0.010282 0.447451 0.002628 0.071585 23 1.572915 0.012817 0.558984 0.003265TO.089376 24 _1.8_87047 0.015339 0.670454 0.003889i 0.107135_ 25 2.20116 0.017848 0.781862 0.004507 0.124863 l i 26 2.515252 0.020344 0.893208 0.005117 0.14256 l 27 2.829324 0.02i528 1.004492 0.005715~d356556 l 28 3.457429 0.027771 1.226934 0.006907 0.195496 l 29 3.458695 0.027781 1.227382 0.006909 0.195567 30 _3.460242 0.027793 1.227928 0.006912 0.195653 31 3.462071 0.027807 1.228574 0.006915 0.195754 ! 32 3.46418 0.027823 1.229317 0.006918 0.195871 l 33 ~3.46657 0.027841 ~T230159 1~ 0.006922 0.196005 1 34 3.465~241 0.02786 T1.231059 0.0d5557~0X96145 I 35 3.4711Y7 0.027874 1.231762 0.665559' ~0396755~ 36 3.473192 0.027889 1.232487 0.006933 0.196365 I 37 3.475436 0.027905 1.233274 0.006936 0.196487
- 38 3.477859 0.027922 1.234123 0.006939 0.196618 39 3.480461 0.d2794 1.235034 0.006943 0.196f55 ~
i 40 3.483243 0.02796 1.236007 0.0069471 0.196909 41 3.486203 0.02798 1.237041 0.66555T 0.197067 42 TX89342 0.0'I5601 1.238137 0.dd6555 0.197I55 l 43 3.492659 0.028024 1.239294 0.006959 0.197412
- 44 3.496155 0.0280471 1.240512 0.006963 0.197598
~ ~ ~ ~
45 ~579585~ 6.~02807T T5Ti79ffUTO06965~~6.'i57755 -
> 46 X503682 0.d78657 1.243151 ~6.DD55fi 6 151555
~
47 ~5~5df713T6.Df5155,l 1.244531 0.006977 0.198207 i
i l \ LOCK.XLS I r CC l CD l CE l CF l CG 48 3.511923 0.02815 1.245991 0.006981 0.198428 49 3.51631 0.028178 1.247512 0.006986 0.1986 5 50 3J20875 0.028206 1.249093 0.006991 0.1988 % f 51 3.525412 0.028235 1.250663 0.006995 0.19913_
- 52 3.530119 0.028264 1.25229 0.007 0.199373 53 3.534997 0.028294 1.253974 0.007005 0.199624 54 3.540044 0.028324 1.255715_ 0.00701 0.199883 l
55 3.545261 0.028355 1.257513 0.007014 0.2_0015_ 56 3.550647 0.028387 1.259368 0.007019 0.200425 ; 57 3.556204 0.02842 1.261279 0.007024 0.200707 { 58 3.56193 0.028453 1.263246 0.007029 0.200998 ~~ 59 3.567825 0.028487 1.26527 0.007034 0.20129!i ' , 60 3.57389 0.028522 1.267349 0.007039 0.2016 j 61 3.580124 0.028557 1.269485 0.007044 0.201915 l 62 3.586527 0.028593 1.271677 0.007048 0.202233 [ ! 63 3.5931 0.028629 1.273924 7007053 0.26I56~- } 64 3_.599841 0.028666 1.276226 0.007058 0.20_289_5_ l _ l 65 3.607694 0.028708 1.278906 0.007064 0.203283 i 66 3.615738 0.028752 1.281648 0.007069 0.20368 67 3.623974 0.028795 1.284452 0.007075 0.204085 68 3.632401 0.02884 1.287319 0.00708 0.204497 69 3.641019 0.028885 1.290249 0.007086 0.204918 I 70 3.649829 0.02893 1.29324 0.007091 0.205347 i j 71 3.658829 0.028976 1.296293 0.007097 0.205783
- 72 3.668021 0.029023 1.299407 0.007102 0.206227
! 73 3.677403 0.02907 1.302584 0.007108 0.206679 i 74 3.686976 0.029117 1.305821 0.007113 0.207138 75 3.69674 0.029165 1.30912 0.007118 0.207605 76 3.706694 0.029213 1.31248 0.007123 0.20808_ 77 3.716839 0.029262 1.3159 0.007129 0.208562 78 3.727174 0.029312 1.319382 0.007134 0.209051_ 3.737699 0.029361 1.322924 0.007139 0.209548 79 80 3.7_63683 0.029481 1.331646 0.007151 0.210764 l 81 3.790788 0.029603 1.340724 0.007163 0.212022 l 82 3.819014 0.029726 1.350153 0.007174 0.213321 - ! 83 '3.848359 0.029852 1.359932 0.007185~6721T6f ! ! 84 3.878821 0.029979 1.370058 0.007196 0.216039 l l 85 3.910395~~0.030108 1.38dfi29 d[007206 0.217456 l 86 3.94309 0.030238 1.391344 0.007216 0.218911 i 87 _3_.976894 0.030369 1.402498 0.007226 0.220403 88 4.011809 0.030501 1.413992 0.007236 0.221931 89 4.047834 0.030634 1.425821 0.007245 0.223495 90 4.047834 0.030634 1.425821 0.007245 0.223495 l 91 4.047834 0.030634 1.425821 OTOT)7245 0.223495 92 4.047834 0.030634 1.425821 0.007245 0.223495 I l 93 4.047834 0.030634 1.425821 0.007245 0.223495 94 4.047834 0.030634 1.425821 0.007245 0.223495 95 4.047834 0.030634 1.425821 0.007245 '6T2f3455
1 l LOCK.XLS CC l CD l CE l CF l CG 96 _4.047834 0.030634_ 1.425821__.0.007245 _0.223495 97 4.047834 0.030634 1.425821 0.007245 0.223495 98 4.047834 0.030634 1.425821 0.007245 0.223495 99 4 _.047834 0.030634 1.425821 0.0_07245_0.223495 100 4.047834 0.030634 1.425821 0.007245 0.223495. 101 4.047834 0.03063_4 1.425821 0.007245 0.223495 102 4.047834 0.030634 1.425821 0.007245 0.223495 103 4.047834 0.030634 1.425821 0.007245 0.223495
~
104 4.047834 0.030634 1.425821 Old67245 OT225i55 I 105 4.047834 0.030634 1.425821 0.007245 0.223495 106 4.047834 0.030634 1.425821 0.007245 0.223495 107 4.047834 0.030634 1.425821 0.007245 0.223495 108 4.047834 0.030634 3 1.425821 0.007245 0.223495 109 4.047834 0.030634 1.425821 0.007245 0.223495 ' 110 4.047834 0.030634 1.425821 0.007245 0.223495 111 ~4T047834 0.030634 1.425821 0.067245 0.253495 112 4.047834 0.030634 1.425821 0.007245 0.223495 113 4.047834 0.030634 1.425821 0.007245 0.223495 l 114 4.047854 0.030834 1.425821 0.007245 0.223495 - l 115 4.047834 053653TT455521 0.007245[6~E55d9E 116 4.047834 0.030634 1.425821 0.007245[ 0.223495~- 117 Tdit55T'6630634 i .42582f~6D 1 7545 0255555 118 4.047834 0 1.425821 0.007245 0.223495 4 030634 l 119 4.047834 0.030634 1.425821 0.007245 0.223495 l 120 4.047834 0.030634 1.425821 0.007245 0.223495 121
.4.047834_ 0.030634__1.425821 0.007245 _ 0.
)
223495 _ l 122 4.047834 0.030634 1.425821
. _ 0.007245__0.223495_
123 4.047834 0.030634 1.425821 0.007245 0.223495 124 4.047834 0.030634 1.425821 0.007245 0.223495 i 125 4.047834 0.030634 1.425821 0.007245
~
0.223495 126 4.047834 OTd56634Ti225821 0.007245 d253195 ~~ 127 1047834 0.05053Tf1.425821[0 67245]U.555495 128 4.047834 0.030634 1.425821 0.007245 0.223495 129 4.047834 0.030634 1.425821 0.007245 0 3 223495 , 130 4.04783i~" 703655fi1.4258f1TdD67545 0.223495
~
l 131 165785f' O.03063T f555821 ~ $507535" 0 d555495 132 IdT7534 0.03d634 1.42582'1T0d72TS65f3495
~ ~
133 Idit55i^6.03063Tl35585f~0.dD72df ~~62f5495
~
134 104755T1036634j 1.425821._ _0.b0 75d516j53}495 135 4.047834 0.030634 ! 1.425821 0.007245i 0.223495 136 4.047834 0.030634 1.425821 0.007245 l 0.223495 ~ 137 4.047834 0.030634 1.425821 0.007245TO 525495 138 4.047834 0.030634 1.425821 0.007245i 0.223495
~~ ~
4 139 4.047854 d~d3065iI~135585T~0 0072T515223495 140 4.047834 0.030634 i 1.425821i~0.007245 j 0.223495 141 I6418541h56634gg2582nyb672iS10.225495 _ 142 4.047834 0.030634 ! 1.425821 ! 0.0072451 0.223495 143 XD4753TfWd5d634T1E42582fl ddd7535'i 05223495
LOCK.XLS CC l CD l CE l CF l CG 144 4.047834 0.03_0634 1.425821 0.007245 0.223495 145 4.047834 0.030634 1.425821 0.007245 0.223495 . 146 4.047834 0.030634 1.425_821 0.0_07245 0.223495 147 4.047834 0.030634 1.425821 0.007245 0.223495 . 148 4.047834 0.030634 1.425821 0.007245 0.223495 149 4.047834 0.030634 1.425821 0.007245 0.223495 150 4.047834 0.030634 1.425821 0.007245 0.223495 151 4.047834 0.030634 1.425821 0.007245-~0'.523495 153 DOSE =~ 5.312888 TdTAL LPZ~ ~d5E = 0.510374 154 155 156 157 1L 159 160 161 162 163 l 164 165 l 166 l l 1 I
l l 1 l L ov P ~C Z . 'N b \ I l A l B l C l D l E l F l G l H J l 1 l } 1 R: actor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis
~
2 Thermal-IijaFa~ulic and SousiTerm Transport inputT - 1 i I 3 C:se Evaluated (1= Credit for RCS injection Flow Loss for Source Term Depletion,2=No Credit for Source Term Depletion) = l 4 RCS Volume (gal) = l 83059 lConv. Factor (gal /lbm) =l 0.1642 Letdown Cleanup Fraction = ! 5 cooidown = 50 RCP Heat = 6.24E+07 Conductor = 3.13E+07 S/G Heat of Vaporization, Hfg (BTU /lbm) = 6 Rate (F/Hr) (btu /Hr) Heat (btu /Hi 3 l l 7 Time Leak Loss (Leak Dose i Flash j S/G H2O ; Core Decay Steam Cas iSteam input Steam Rate Scrub
~
~
8 (Min) (Lbm/ Min) I (Lbm/ Min)[ Fraction I Mass (Ibm)I' eat (btu /hrI Release l (Ibm / min) [illiri/ min ~N Fractioi~ 9 0 1.64 0.358 I 0 8.00E+04 0.00E+00 2 1800 1800 0 10 0.1 1.64 0.358 } 0- ~ ~ ~5565+04 560$i66 2 18U0 1800 0 11 0.5 1.64 0.358 7 0 j 8.00E+04 0.00E+00 2 1800 1800 0 12 1 1.64 0.3Y87 U j 8.00E+04 0.00E+00 2 1800 1800 J_ 0 13 2 1.64 0.358 0 l 8.00E+04 0.00E+00 2 1800 1800 1 0 14 -3 1.64 0.358 0 8.00E+04 0.00E+00] 2 1500 18'0 0 D l 15 4 1.64 0.358 0 8.00E+04 0.00E+00 2 1800 1800 0 16 5 1.64 0.358 0 8.00E+04 0.00E+00 2 1800 1800 0 17 6 1W4~ 0.3581 0 I8.00E+04 0.00E+00 2 j 1800 1800 0 18 7 1.64 8.00E+04 0.00E+00J 2 1800 1800 0 0.35_8 ] 1_ _ 19 8 1.64 0.358 i 1
~
8.00E+04 0.00E+00 i 2 1800 1800 0
~9
~
20 1.64 OT358 1 5.ddE+04 0.00Ei0d 2 1800 1800 i 0 21 10 1.64 0.358 1 8.00E+04 } 0.00E+00 2 1800' 1800 0 22 11 836$+d~43WO0Ei0 2 1800 1.64 } 6358 1 18d0 0 l 23 12 1.64 _j 0.358
- 0~558 T 1 8.00E+04 0.00E+00 2 - I 1860 1800~
0 24 13 1.64 1 8 60$ibr~E66EAUD* 2 ! 18D0 1800 0 25 14 { 1.64 I_0j58_ 1 ]E665{04TdD6EiOO_2 l 1600 1800 O 26 15 l 1.64 0.358 1 8.00E+04l 0.00E+00 2 i 1800 1800 0 -
~~Dj55] {8}60EiO4Id0dEiOO 2 T i800 27 16 1 1800 0
[_]1.64 28 18 { 1.64 1 0.358 i 0 i 8.00E+04 [ 0.00E+00 2 1800 1800 0 ; 29 20 l 1.6TT d.358~[- ^6 7 50dE+04 560Ei6d 2 1800 1800 0 l 30 22 I 1.64 . 558-[ ~U- i 8.00E+04 0.00E+00 2 1800 1800 0 l 31 24 l 1.64 0.358 0 3 60ET6 F0Td6EidOT 2
~
1800 1 1800 0 i ! 32 26 l 1.6% 0.3 58 0 l8UD5A6f560Ei0Vl 2 1800 [ 1800 0 i 1.6T l
' ~
! 33 28 I558 07 .00E+048 j O.00Es0 i 2 ~i860~[ 1800 0 i ! 34 30 i i~64~i~W358- 0 8.06EiOII 305sD6 2-~ l 1150~j 1150 l 0 Ii150 ! 35 32 1.64 0.358 0 2 1150 1 0 0.355 jl 8.00E+04 } 0.00E+00 36 34 1.64 0 8.00E+04 ' O.00E+00 i 2 l 1150 1150 0 37 36 1.64 ~6358T 0 8.00E+04 0.00E+00 } 2 l 1150 ~ 1150 0 38 38- 1.64___ { 0 358 _{]O__ 8.00904 0.00E+00 2_ _ 1150 I ~~i156~- 0 l 39 40 1.64 i 0 8.00E+04_0.00E+00 2 ; 1160 i 1150 0 ! 40 42 1.64 i_ 0.358_ 0.358 i l 0 8.00E+04 0.00E+00 2 l 1150 1150 l 0 41 44 1.64 1 0.358 l-~0 - 8.00E+04 0.0dE+00 2 115D-[~1150
~
1 0 42 ~~46 i-~I.54][0[355-[U]8.00_5}D4]0.00E{00 ]-~1iS0 _ 555 6 - 0 43 _. ._ 8 .J _ 1.64 1 0.358 g0 4 8.00E+04[0.00E+00_ 2 1150 1150 ! O 44 50 i 1.64 ' O.358 1 0 8.00E+04 l 0.00E+00(_2 1150 1150 1 0
~~ 55
~
45 _ i 1.64 .. _0.358_. ' . O i 5706Es04'i 0.00E+00 . _ _ - 2 1150 1150 T ~ F- - 47 56 1.64 7 0.358 i 0 i 8.00E+04 0.00E+00 2 l ~iT56 T 1150 ! O
A l B l C l D l E l F l G l H l 1 l J 48 58 1.64 0.358 0 8.00E+0410.00E+00 2 1150 1150 0 49 60 1.64 0.358 0 8.03E+04 0.00E+00 2 1150 1150 0 50 62 1.64 0.358 0 Ild65T64 { 0.00E+00 2 1100 1100 0 51 64 1.64 0.353 0 8.0UEi64 0.005+00 2 1100 1100 0 l 52 66 1.64 0.358 0 665+04 0.0U5i00 2 1100 1100 0 ) 1 53 68 1.64 0.358 0 8.00E+04 0.00E+00 2 1100 1100 0 ) 54 70 1.64 0.358 0 2 1100 1100 0 8.0^:E+0J4 0.0_0E+00 55 72 1.64 0.358 0 8.00E+04 0.00E+00 2 1100 1100 0 l 56 74 1.64 0.358 0 8.00E+04 0.00E+00 2 1100 [ 1100 0 l 57 76 1.64 0.358 0 8.00E+04 0.00E400 2 1100 [ 1100 0 ! 58 78 1.64 0.358 0 8.00E+04 0.00E+00 ~ 2 1100 1100 0
~
I 59 80 1.64 0.358 0 0.00E+04 0.00ETO0 2 i166 1100 0 l 60 82 1.64 0.3T8 0 8.00ly 0.00ET00 2 ~T06 1 1100 0 l l 61 84 1.64 0.358 0 8.00E+04 0.00E+00 2 1100 1100 0 62 86 1.64 [ 0.358 0 8.00E+0D 0.00E+00 2 1100~ 1100 0 63 _ 88 1.64 0.358 0 8.00570i' 0365+00 2 1100 1100 0 64 90 1.64 j 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 65 92 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 ' 66 94 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 67 96 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 68 98 1.64 0.358 0 [ 8.00E+04 0.00E+00 2 1250 . 1250 0 l 69 100 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 70 102 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 71 104 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0 72 106 1.64 0.358 0 8766E704 0.00E+00 2 1250 1250 0 l 73 108 1.64 0.358 0 8.00E+04 0.00EiOT 2 1250 1250 0 74 110 1.64 0.358 0 8.00E+04 0.00Eid6i 2 1250 1250 0 75 112 1.64 0.358 0 8.00E+04 0.00E+00 l 2 1250 1250 0 j 76 114 1.64 0.358 0 8.00E+04 0.00E+001 2 1250 1250 0 77 116 1.64 0.358 0 4 8.00Ei6~~6665IdOj 2 1250 1250 0__ 78 118 1.64 0.358 0 8.00E+04 0.00E+00 2 1250 1250 0
, ~
79 120 1.64 0.358 0 y~0I)5+04 1.38EiU8 2 1181 1181 0 80 125 1.64 0.358 0 8.00E+04 1.38E+08 2 1181 1181 0 1 81 130 1.64 0.358 0 8.00E+04 1.35E+08 2 1181 1181 0 82 135 1.64 0.358 0 8.00E+04 1.35E+08 2 1181 1181 0 83 140 ~ 1.64 0.358 0 1800E+04 1.32E+08, 2 1181 1181 0 84 145 1.64 I 0.358 0 i 8.00E+04 1.32E+081 2 1181 1 1181 0 85 150 1.64 0.F58 0 2 1181 1181 0 [E065i 4 1.23Ei65[ 86 155 1.64 0.358
~
0 18.00E+041 1.29E+081 2 1181 1181 0 87 160 - 176 4 0.Y58 0 8T66Ei6diT27EiO8l 2 1181 1181 ~~ 0 88 165 1.64 6.358 0~ 8T66EiOFT2fEIO8i 2 11f1 1181 0 89 170 1.64 i 0.358 T V - ~8766ET64 1.25EiU5I 2 0 0~ 0 l 90 175 1.64 0 8.00E+04 2 0 0 0
} 0.358 1.25E+08 ! 1 91 180 1.64 1 0.358 0 8.00E+04 1.23E+08 ' 2 0 0 0 92 185 1.6f- 0.358 I O E065i04 23EA68 2 0 0 0 i
93 190 1.64 0 8.00E+04t 1.22E+08i 2 0 0 0 ( 0.358 , 94 195 1.64 1 0.358 0 8.00E+04 ! 1.22E+08! 2 0 0 0 i 95 200 1.64 ~I~ 0.358 0 8.00E+04 i 1.20E+08I2 0 7 6-~ ~ l l
1 A l B l C l D l E l F G H J l l l 1 l 96 205 1.64 0.358 0 8.00E+04 1.20E+08 2 0 0 0 97 210 1.64 0.358 0 8.00E+04 1.18E+08 2 0 0 0 98 215 1.64 0.358 0 8.00E+04 " 1.18E+08 2 0 0 0 99 220 1.64 0.3_58_ 0 8.00E+04 2 0 0 1.17E+08_ _ 0_ ! 100 225 1.64 0.358 0 8.00E+04 1.17E+08 2 0 0 0 l 101 230 1.64 0.358 0 8.00E+04 1.16E+08 2 0 0 0 l 102 255 1.64 0.358 0 ~'l)0E+04 8 1.16ET08 2 0 0 0 ' 103 240 1.64 0.358 0 2 0 0 0 8.00E+04 [ 1.14E+08 104 245 1.64 0.358 0 8.00E+04 1.14 E+0_8 2 0 0 0 105 250 1.64 0.358 0 8.00E+04 1.13E+08 2 0 0 0 106 255 1.64 0.358 0 8.00E+04 1.135+08 2 0 0 0 107 260 1.64 0.358 0 8.00E+04 1.12Ei68 2 0 0 0 108 265 1.64 0.358 0 8.00E+04 1.12E+08 2 0 0 0
~
109 270 1.64 0.358 0 8.00EiO4 1.11Eid8 2 0 0 0 110 275 1.64 0358 1 0 8.00E+04 1.11E+d) 2 0 0 0 111 280 1.64 0.358 l 0 8.00E+04 1.10E+08 2 0 0 0 112 285 1.64 0.358 0 8.00E+04 1.10E+08 2 0 0 0 113 290 1.64 0.358 0 8$66E+04 1~
~39E+08 2 0 i 0 0 114 295 1.64 i~ 0.358 0 8 1.09E+08 2 0 l 0 0 2 00E+04 115 300 1.64 0.358 0 ' 8.00E+04 1.08E+08 2 0 0 0 116 305 1.64 0.358 0 8.00E+04 1.08E+08g 2 0 0 0 117 310 1.64 0.358 0 8.00E+04 1.07E+08j 2 0 0 0 118 315 1,64 0.358 0 8.00E+04 1.07E+08 2 0 0 0 119 320 1.64 0.358 0 8.00E+04 lT06E+08 2 0 0 -0 120 325 1.64 0.358 0 8.00E+04 1.06E+08 2 0 0 0 121 330 1.64 0.358 0 8.00E+04 1.05E+08. 2 0 0 0 122 335 1.64 0.358 0 8.00E+04 1.05E+08T 2 0 0 0 123 340 1.64 0.358 0 8.00E+04 1.05E+08 2 0 0 0 124 345 1.64 0.358 0 8.00E+04j 1.05E+08 2 0 0 0 125 350 1.64 0.358 _ 0 8.00E+04 1.04E+08 2 0 0 0 J 126 355 1.64 0.358 0 i 8.00E+04~ 1.04E+08 2 0 0 0 '
127 360 1.64 ~ 6.555 ' 0 F.~66ET04 8 T 03E+ 8 -2 I O O O 128 365 1.64 0.35_8 ~ ' __8 0d5Al)4 1.035768 0 2 } 0 0 0 l 129 370 1.64 0.358 0 8.00E+04 1.03E+08 2 1 0 0 0 ' 130 375 1.64 0.358 0 166EiO4 1.655 i08 ~ 2 I~ 0 0 0 i 131 380 1.64 [ 0358- 0 T60Ei64T625708[ 2 O_ 0 0 132 385 1.64_ _ _0.358 I O [8.00E+04, 1.02E+08[ . 2 0 0 0 i 133 390 1.64 0.358 j 0 8.00E+04 1.01 E+081 2 0 0 0 134 395 1.64 1 0.358 [ 0 8.00E+04 1.01E+08I ~ 2 0 0 0 135 400 1.64 0.358 0 8.00Ei64 1.00EiO8] 2 L0 0 0 0 136 405 1.64 0.358 0 8.00E+04j_1.00E+08 _ 2 [ ,0 0 137 410 1.64 0.358 0 8.00E+04 9.97E+07 2 0 , 9 0 138 4i5i 1.64 ~T58T 0 0 ~18.00E+04 9.97E+07 2 0 l 0 0 139 420 l 1.64 0.358 0 8.d6E+04 9.94ETd7 2 0 I O O 140 425 _ ( 1.64 0_.358_ 0 8 00EA[_9.94E+0_7_2_ 0 0 0_ 141 430 l 1.64 0.358 0 18.00E+04 l 9.87E+07 2 0 0 0 142 435 0 0 0
} _1.64 0.3_5_8__0] 8.00E+04I 9.87E+07_2_
143 440 1 1.64 0.358 0 I 8.00E+04i 9.81E+07 2 0_ 0 7 0 e
1 A l B l C l D l E l F l G H J l l 1 l 144 445 1.64 0.358 0 8.00E+04 9.81E+07 2 0 0 0 145 450 __ 1.64 0.358 0 8.00E+04 9.75E+07 2 0 0 0 146 455 1.64 0.358 0 8.00E+04 9.75E+07 2 0 0 0 !
~
147 _ 460 1.64 0.358 0 TUO5+04j9537 2 0 0 0 148 465 1.64 0.358 0 8.00E+04 9.69E+07 2 0 0 0 149 470 1.64 0.358 0 8.00E+04 9.64E+07 2 0 0 0 150 475 1.64 0.358 _ 0 8.00E+04 9.64E+07 2 0 0 0 151 480 1.64 0.358 0 8.00E+04 9.58E+07 2 0 0 0 152 i
^
153 Temp Specvol ~ i 154 70 0.1201 I l 155 75 0.1201 156 80 0.1202 { { 157 85 0.1203 ~ -' 158 90 0.1_204 I 159 95 _0.1205 160 100 0.1207 161 105 0.1208 162 110 0.1209 i j , 163 115 0.12105 164 120 0.1212 ' 165 125 0.12135 166 130 0.1215 ' l 4
K l L l M l N l 0 l P l Q l R l S T l 1 *** SG "C"- tube bundle uncovery ***
^~ l 2 *WYG w/ leakage and TBU *** I l 3 2 Steam Release Case Evaluated (1 a Calculated, Source Term Case Evaluated (1 = Failed Fuel. 2 = lodine Spike) 4 0 2 = Input Directly) l~ l case = NUCLIDE DBRC l DCF l-131 DEC 5 632 Number of S/Gs Being Used = 3 2- ~ -
l N CRF-50) 6 to Accomplish Cooldown l l 7 Byp Partition l UD l Inject. Flow inject. Tem IInject. Flow l-131 2.5 0.00107 0.76987
~~
Fraction l (GPM) l (gal / min) [ (F) ~ [dbm/ min)
~
8 Fract. 059 9 0 1-132 ] }}6}3E 06{0.'277153 _ _ 0 _ 0.01
! 80 J 0 100 i 0 1-133 4 0.000181 1.231792 10 0.01 l 80 0 _ 100 0 1-134 0.6 1.07E-06 0.184769 11 0 0.01 80 0 100 0 1-135 0.677486 2.2 y 3.15E-05 12 0 0.01 80 0 100 0 1-131 Eq.= 3.247301 13 __ _0 .01 75 10
__ _. ___ ._0 _ 15 0 0.01 80 875 100 0 UD Flow, Release Rate input (GPM) = I 80 16 0 {~D 6f~[^ 80 875 100 0 17 0 1 i 0.01 ' 8D- l 875 100 0 18 0 0.01 80 875 1 100 0 i 19 0 0.01 80 875 d 100 0 l 20 0 l DT01 80 875 7 100 0 l 21 0 0.01 80 875 100 0 l
" I 22 0 6.~di-~ 80 875 100 1 0 T 23 24 0 0.01 80 875 100 O 7 .
d 0.01 80 875 100 0 j 25 0 0.01 ~
, 8 875 100 0 [.
26 0 0~61 'l 80 875 100 0 27 0 0.01 T-~80 875 100 0 28 0 0.01 80 875 100 0 1 29 0 0.01 80 l 875 100 0 30 0 l 0.01 80 l 875 100 0 31 0 0.01 80 875 0
! l
^ ~ ~ ~
-~~ ~ J 32 0 i 0.01 I 80 875 100]
100 0 ~~I~
~ ~ ~ ~ ~ ~
l
~
33 34 0 {_ 0.01 ] _ 80 ] 8f5 100 [ [ _0_ ___]i[ 0 0.01 80 875_. -- 100 -- l 0
~~
36 0 _ 80 i 875 100 0 [~~} 37 0_ l 0.01 100 0 38 ~ _1 _ 0 01_ _ _ _ _80 _ L 875 _]I 0 ~} 0.01 i l 80 l 875 100 0 l 4
~ ~~
39 0 0.01 i 80 i 875~~bi0d ~ ~0 ~~l ~ ~ ~'~
~~~
~~ T - - ~
40 0 0.01 1 80 875 T 100 0 i-
}
41 0 0.01 . l 80 { 875 100 0 9 g,, 9 9
~-~ ~
43 0 _ _ 0.01_ l 80 __ __875 7___TD' 0 -' _ _ _ 0 i ._ i _ _.Y_ _ ~ _ 45 6 T ~0.01 ! 80 875 100 'I O t~ - ~ -~ ~" ~ R 46 0 9 _;_g_ i d.'01 80i 875 100 l 0 'i ~- ~~ ~E E P
~ ~
,, .-80 T 95 1 66 i- 0-t ,
K l L l M l N l 0 l P l Q l R l S l T 48 0 0.01 80 875 100 0 1 49 0 _ 0.01 80 875 100 0 50 0 0.01 80 875 100 0 51 0 0.01 80 875 100 O_ 52 0 0.01 80 875 100 0 53 0 0.01 80 875 100 0 - 54 0 0.01 80 _875 100 0 55 0 0.01 80 875 100 0 56 0 0.01 80 l 875_ 100 0 57 0 0.01 80 875 100 0 58 0 0.01 80 875 100 0 59 0 0.01 80 875 100 0 60 0 0.01 80 875 100 _ 0 61 0 0.01 80 875 100 0 62 0 0.01 80 875 100 0 63 0 0.01 80 875 100 0 64 0 0.01 80 875 100 0 65 0 0.01 80 875 100 0 66 0 0.01 80 875 100 0 l 67 0 0.01 80 875 100 0 68 0 0.01 80 875 100 0 69 0 0.01 80 875 100 0 , 70 0 0.01 80 875 100 0 l 71 _ 0 0.01 80 8_75 100 0 _ 72 0 0.01 80 875 100 0 l 73 0 0.01 80 875 100 0 ; 74 0 0.01 80 875 100 0 ! 75 0 0.01 80 875 _10_0 0 76 0 0.01 80 875 100 0
~
3 77 0 0.01 I. 80 875 100 ! 0 78 0 0.01 j 80 875 100 0 79 0 0.01 j 80 875 - { 100 0 80 0 0.01 80 875 100 0 81 0 0.01 80 875 100 0 82 0 0.01 80 875 100 0 83 0 0.01 80 875 100 O l j 84 0 80 875 100. 0 85 0 0.01 _ [l 0.01 80 875 100 0 ~ 875 l 86 0 0.01 80 100 0 l 87 0 '-~ 701 0 80 875 100[_ 0 88 0 0.01 80 875 100 0 89 0 0.01 80 875 100 0 90 0 0.01 T 80 8YS 166 0 l 91 0 0.01 80 875 100 0 J 92 0 0.01 80 875 100 0 0.01- i
~
93 0 80 875 10d~ 1 0 94 0 0.01 80 i 875 100 0 i (~ 95 0 0.01 80 T 875~ I~~ 100 0T l I
.. - .- . - _ _ _ .-. _ ~ _ . _ - - _. . . . . - -- - .
K l L l M l N l O l P l Q l R l S l T 96 0 0.01 80 875 100 0 97 0 0.01 80 875 100 0 98 0 0.01 80 875 100 0 99 0 0.01 80 875 100 0 100 0 0.01 80 875 100 0 101 0 0.01 80 875 0 1_0_0 102 0 _ 0.01 80 _ 875 100 0 103 0 0.01 80 875 100 e 104 0 0.01 80 875 100 0 ~ 105 0 0.01 80 8f5 100 6 106 0 0.01 80 875 10D 0 107 0 0.01 80 875 100 0~ 108 0 d~01 80 875 100 0 109 0 ~ .01 86 8 75 100 0 110 0 0.01 80 875 100 0 111 0 0.01 8_0 875 100 _ 0 112 0 0.01 _ 80 875 100 0 113 0 0.01 80 875 100 0 114 0 0.01 80 875 100 115 0 0.01 80 875 0 J 100 0 ~[. 116 0 0.01 80 875 100 I~ 0 117 0 0.01 80 875 100 0 118 0 0.01 80 875 100 0 119 0 0.01 80 875 100 0 120 0 0.01 80 875 100 0 121 0 0 01 80 875 100 0 122 0 0.01 80 875 100 0 123 0 0.01 80 875 100 0 _ 124 0 0.01 80 875 100 0 125 0 0.01 80 875 100 0 126 0 0.01 g 80 875 100 0 i 127 0 0.01 1 80 875 100 0 128 0 0.01 I 80 875 100 0 129 0 0.01 l 80 875 100 0 , 130 0 _[ 0.01 80 875 100 0 131 0 0.01 80 875_ 100 1 0 i 132 0 0.01 80 875 100 0 133 0 0.01 80 875 100 0 . l 134 0 0.01 80 875 160 0 135 0 0.01 80 875 100 0 136 0 0.01 80 i 575~ 10 0 137 0 0.01 I 80 8VS 1 60 0 138 0 0.01 j. 80 875 'I O 139 0 0.01 80 875 166] 100 i 0 I 140 0 0.01 80 875 100 0 7 i
~
141 0 0.01 80 875 100 0 { . 142 0 0.01 80 875 J TOO O l 143 0 0.01 80 875~I 10~ d i
K l L l M l N l O l P l Q l R S T l l 144 0 0.01 80 875 100 0 145 0 0.01 80 j 875 100 0 146 _0 0.01 80 8_75 100 0 147 0 0.01 80 875 100 0 148 0 0.01 80 875 1 100 0 149 0 0.01 80 875 100 0 150 0 0.01 80 875 100 0 . 151 0 0.01 80 875 100- 0 l 152 153 154 155 156 157 158 159 160 161 162 163 164 165 i 166 7 1 I I
- _ ~ ___ _. - .. . _. -- . _ __-_. _. - -
l l l l U l V l W l X l Y l Z l. AA l AB l AC l AD l 1 jReactor Coolant lodine Activity (Cl) 3 Failed Fuel = 0.15
! 1 " ~
l 4 Gap Fraction = ~T 0.1 l 5 } {__ ] _ _y _ _ 6 I Core Inventory (Ci) = 2.16E+06 8.82E+07 1.28E+08 1.86E+08 2.06E+08 1.74E+08 l 7 _ Decay constant (1/ Min) = 9.35Eif T995E 65Td5E-033 555-04 5~ 1.32E-02 1.75E-03 ! 8 _ iTime(Min)I l-130 I l131 1-132 I l-133 1-134 l-135 l 9 0 0 282.629 42.39435 155.446 __ [ _176.6431J 63.59153 l 10 0.1 0 185.6774 82.58816 304.0718 72.29818 176.4887 ! 11 0.5 j0 221.8135 158.479 389.8304 191.5196 _ 260.6222 l 12 1 i 0 266.9821 253.1274 497.0009 339.6638 365.7056 13 2 [ 0 [~357.3138 441.71 711.2495 633.0352 575.5938 14 ~3 l 0 447.6383 629.3439 925.375 922.5595 785.1113 15 4 0 1 537.9556 j 816.0341 1139.377 1208.287 994.2588
~ -
16 5 l
._. _0_ T626555611001.785 1353.257 1490.268 1203.037 18 7 l 0 ~865'853571370.489 1780.646 2043.186 1619.488 19 [ j 8 i 0 I899.1531 i 1553.451 1994.157 2314.219 1827.161 20 l 9~~i 0 I 989.4345 1735.493 2034.468
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l 455 5.28E-08 _ 0.003407 2.38E-06_. 0.014193 0.09471_6_ ! 147 460 5.29E-08 0.003426 2.41 E-06 0.014203 0.095072 5 148 465 5.3E-08 0.003446 2.44E-06 ~ 0.014213 0.095422 l 149 470 5.3_1 E-08 0.003465 2.46E-06 0.014222 0.095764 I 150 475 5.32E-08 0.003483 2.49E-06 0.014231 0.096099 . 151 480 5.33E-08 0.003502 2.51E-06 0.01424 0.096428 I 152 153 TKR EAB DOSE = 0.057369 KR LPZ DOSE = ! 154 l
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156 5 157 I i 158 i 159 4 _ ! 160
~
I 161 j 162 183
] .
! 4 _
- 164
} 165 l 166 I i J 4
AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX 1 Whole Body Dose (Xenon) l 2 l j l 3 Failed Fuel = 0.15 j EAB X/Q= 4 6ap Fraction = 0.1 l[PZ 5~Qi
~ ~
^
5 II9E{0s~ core inven. (2.07E+05 5.45E+06 1.86E+08 3.24E+07 6 2.19E-01 - Decayconst. l 4.04E-05_2.20E-04 9.18E-05 4.43E-02 7 1.66E-02
~
6CF I 9.15E 05 2.51E-04 2.94E-04 3.12E-03 ' 8 i(R-89' ~" Time (MihN I XE-131m XE355M~isW33 XE-f355
~
10 61 5 1 571 E-10 4T4E 6fT55s 65 ' 3.065T66 11 0.000319 I OIS 2.07E'67 8.295~06 1.525~-05_ (( 5.74E-09 2]575-09 12 ~0.000611 [ I 1 4.14E-07 1.66E-05 3.02E-05 13 0.001133 I~ - 2 1.15E-08 8.28E 3.32E-05 5.95E-05 , 1.y25fd8 1.iiE 06 T98Ey5[-8Tf5E-U5' 14 }6Ddi555~. j 3 15 16 0.001889 0.00216 { l 4 5 l 2.3E _08 2.87E-08_2.07E-06 1.66E-06 6.63E-05 8.29E-05 0.000114 0.00014 1 17 0.002378 6 3.44E-08 2.48E-06 9.95E-05 0.000164 l 18 0.002553 7 4.02E-08 2.9E-06 0.000116 0.000188 l 19 0.002694 n 8 4.59E-08 3.31 E-06 0.000133 0.60021 l 20 0.002806_ 9 5.17E-08 3.72E-06 0.000149 0.000232 1 21 0.002897 l 10 5.74E-08 4.14E-06 0.000166 0.000252 22 0.00297 [ j . 11 6.31 E-08 4.55E_-06 0.000182 (0.000272 [ 23 0.003029 12 0.000199 0.000291 6.89E-08 } 4.%E-06 24 5665d76 13 i NT65-08 5.38_E-06 0.000215 0.000309 25 0.003114 14 i l 8.04E-08 ~ 5.79E-06 0.000232 0.000326 26 ~T03144 0 3 15
~~~[551'E 68 6.2E-06 0.000249 0.000343 27 0.003169 i 16 I 9.18E-08 6.62E-06 0.000265 0.000358 28 0.003208 18 [1705E-07 7.44E-06 0.000298 ~d36d555~
1 29 0.003233 20 1.15E-07 8.27E-06 0.000331 0.000416 30 _0_.00325 _ 22 1.26E-07 9.09E-06_0.000365 0.000441 31 0.00326 , --- 24 1.38E-07 9.92E-06 0.000398 0.000464 32 0.003267 [ 26 1.49E-07 1.07E-05 0.000431 0.000486 33 _0.003271. _ _ . 28 - _ _ _ . 1.61 E-07 1.16E-05 0.000464 0.000505 35 0.0032761 ~ i 32 l 1.84E-07 1.32E-05 0.00053 0.000539 ~ 36 10I)327f I I 34 IT95sTd7 1.4E D6~0 66056f~0Td0diSI 37 10D327f N -
~4~
36 T 2.07E-07 1.49E-05 0.000596 0.000567 38 5d65579 i j 38 2.18E-07 1.57E-05 0.000629 0.00058 Td6iffi
~
39 j T 40- 2.29E-07 1.65E-05 0.000662 0.000591 40 5663579 I I l 42 1 2.41 E-07 1.73E-05 0.000695 0.000601 [ T {
~
41 5065I79 __ 44 f52E{0_f 1.81sTT~6.0'00fff 0 6U006TT 42 0.003279 j i l 46 l 2.64E-077 1.9E-05
~
0.000761 0.00062 43 44 0.003279 0.003279 4 [~ }~i~508 ^175E-67j 1.98E-05_ _ ._ 0.000794 0.000827__0.000628 0.000635
! 2.87E-07j 2.06E-05 45 0.003279 l 52 2.98E-07 _2.14E-05 _0.00086_g 0.0006_42 l _ _ . _ .
46 0.003279 i ! 54 3.1 E-07__ 2.22E-05 [ 0.000893 0.000648
~T003ffi{l' 1 3.21E-dfiT31E-05 ll6665 i[lT0dD6
~ ~
47 0 i 56
1 AO l AP l AQ l AR l AS l AT l AU l AV l AW AX l 48 _0.003279 58 2.39E-05 0.000959 0.000658 J 3.33E-07 . 49 0.003279 60 l 3.44E-07 2.47E-05 0.000992 0.000663
~
50 K065579 62 *3T56E-07 2.55E-05 0.001025 0.000667 51 64 _0003279 _ 3.67E-0_7 2.6_3E-05 0.001058 0.000671 52 0.003279_ 66 3.78E-07 2.71 E-05 0.001091 0.000675 53 0.003279 68 3.95!67~ 2.8E-05 0.001124 0.060678 54 0.003279 70 4.01E-07 2.88E-05 0.001157 0.000681 0 55 ._.003279 [ 72 4.13E-07 2.96E-05 _0.00119 0.000684 j 56 0.003279 74 4.24E-07 3.04E-05 0.001223_ _0.000687. i 57 0_0_03_279 _ 76 4.36E-07 3.12E-05 0.001256 0.000689 58 0.003279 78 4.47E-07 3.2E-05 0.001289 0.000691 59 0.003279 80 4.59E-07 3.29E-05 0.001322 0.000693 60 0.003279 82 4.7E-07 3.37E-05 0.001355 0.000695 61 0.003279 84 4.81 E-07 3.45ET~O510.0013880.000696
}
62 0.003279 86 { 4.93E-07 3.53E-05 0.001421 0.000698 63 0.003279 88 5.04E-07 3.61 E-05 0.001454 0.000699 4 64 5603E79 90 5.16E-07 3.69E-05 0.001487 0.0007 65 0.003279 92 5.27E-07 3.77E-05 0.00152 0.000702
~~
66 ~0.003279 94 5.39E-07T5785E-05 F0.001552 0.0007D3 67 0.003279_ 96 5.5E-07 3.94E-05 0.001585 0.000704 68 0.003279 98' 5.6Y5'-67 4.02E-05 0.001618 0.000704 69 0.003279 100 5.73$-07 4.15-05 0.001651 0.000705
- 70 0.003279 102 5.84E-07 4.185-05 0.001684 0.000706 71 0.003279 104 5.96ET07 4.25E-05 0.001717 0.00070f
, 72 ~0.003279 106 'I l 6.07E-07 4.34E-05 0.00175 0.000707 , 0. ~ 73 ~~'003279 j 108 6.1E5-07 4.42E-05 0.001783 0.0007d8 74 0.003279 110 _6.3E-07 4.5E-05 0.001815 0.000708 T
. 75 0.003279 112 6.425 ~07 4.58E-0'5 0.001848 0.000709
~
l 76 T003279 114 Ill.53E-07 4.665~0F0I6d1881 0.000709 77 0.003279 116 6.64E-07 4.75E-05 0.001914 0.00071 ) 78 0.003279 118 6.76E-07 4.83E-05 0.001947 0.00071 i f 79 0.003279 120 6.87E-07 4.91E-05 [ 0.00198 0.00071 i 80 0.003275' 125 7.16E-07 5.11 E-05 0.002062 0.000711 81 _0.005575 130 [7.44E-07 5.31 E-05 0.002144 0.000712 82 0.003279 [ 135 7.73E-07 5.51 E-05 0.002225 0.000712 83 0.003279 ~l 140 ~I 8.02E-07 5.71 E-05 0.002307 0.000712 l f 84 0.003279 145 8.3E' Of 691ET65' 6T662389 j 0.000713
, 85 0.003279 150 8.59E-07 6.11 E-05 0.002471 {~0.000713 86 ~0.0032751 i 155 8.87E-07 6.31 E-05 0.002553 0T000713 87 YU65575 l l 160 J 9.16E-07 6.51E-05 0.002635 0.000713
- 88 E003279 T F 165 l 9.44E-07 6.71E-05 0.002716 0.000714 89 0.003279 170 [ ~
9.73E-07 1 6.91 E-05 0.002798 0.000714 i 90 T6 3E75 i 175 1 E-06 i 7.11E-05 0.00288 0.000714 91 0.003279 [- 180 1.03E-06 7.31 E-05 0.002961 0.000714 92 0.003279 - I 185 j 1.06E-06 7.51 E-05 0.003043 0.000714 4 93 0.003279 _ f I 190 l 1.09E-06 7.71 E-05 0.003124 0.000714 94 ..0.003279) I 195 0.003206 0.000714 f 1.12E-06 l 7.91E-05 i i 95 0.003279 i 200 fi.14E 667 8.115-05 0.005287 ~ ~ 0TddO714
3 AO l AP l AQ l AR l AS l AT l AU l AV l AW AX l l 1 96 0.003279 205 1.17E-06 8.31 E-05 0.003369 0.000714 i
~~
- 97 0.0032_79 210 1.2E-06 8.5E 05 0.00345 0.000714
~
i 98 0.003279 215 1.23E-06 8.7E45 0.003531 0.000714 I ~ 99 0.003279 220 1.265-06 8.9E-05 0.003613 0.000714 100 0.003279 525 1.29E-06 9.1 E-05 0.003694 0.000714 I i 101 0.003279 230 1.31E-06 9.29E-05 0.003775 0.000714 , l 102 0.003279 235 1.34E-06 9.49E-05 0.003856 0.000714 i
- 103 0.003279 240 1.37E-06 9.69E-05 0.003938 0.000714 104 0.003279 245 1.4E-06 9.88E-05 0.004019 0.000714 105 0.003279 250 1.43E-06 0.000101 0.0041 0.000714 i 106 0.003279 255 1.46E-06 0.000103 0.004181 0.000714
- 107 0.003279 260 1.485-06 0.000105 0.004262 0.000714 J
- 108 _0.003279 265 1.51E-06 0.000107 0.004343 0.000714 109 0.003279 270 1.54E-06 0.000109 0.004424 0.000714 110 0.001
- 79 275 1.57E-06 0.000111 0.004505 0.000714 111 0.003275 280 1.6E-06 0.000113 0.004586 0.000714 i 112 0.003279 285 1.63E-06 0.000114 0.004666 0.000714 113 ~0.003279 i' 290 1.66E-66 0.000116' O.004747 0.000714 114 0.003279 1.68E-06 0.000118 0.004828 0.000714 295__
115 0.003279 300 1.71E-06 0.00012 0.004909 0.000714 116 0.003279 305 1.74E-06 0.000122 0.004989 0.000714 , 117 0.003279 310 1.77E-06 0.000124 0.00507 0.000714
- 118 0.003279 315 1.85 706 0.000126 0.005151 0.000714 i 119 _0.003279 320 1.83E'~06 0.000128 0.005231 0.000714
- 120 0.003279 325 1.85E-06 0.00013 0.005312 0.000714 121 0.003279 330 1.88E-06 0.000132 0.005392 0.000714 l 122 0.00327_9 335 1.91E-06 0.000134 0.005473 0.000714 123 0.003279 340 0.005553 0.000714 1.94E-06_0.000136 124 0.003279 E345 . 1.9_7E-06 0.000138 0.005633 0.000714 125 0.00327_9 350 2E-06 0.00014 0.005714 0.000714 1
126 0.003279 355 2.02E-06 0.000142 0.005794 0.000714 127 0.003279 360 2.05E-06 0.000143 0.005874 0.000714 128 0.003279 365 2.08E-06 0.000145 0.005954 0.000714 129 0.003279 370 2.11E-06 "0Td00147
~
0.006035 0.000714 130 5003279 . 1 [ 375-~ 2.14E-06_ _0.000149_0.006115 0.000714 131 0.003279 l 380 2.17E-06 0.000151 0.006195 0.000714_ 132 _0.003279 0.003279 [ 385_ 2.19E-06_._0 00016)' O.006275_ 0.000714 133 390 2.22E-06 0.000155 0 M355 0.000714 l 134 0.003279 395 2.25E-06 0.000157 0.006435 0.000714 135 0.003279 j 400 2.28E-06_0.000159 0.006515 0.000714 136 0.003279 I 405 2.31E-06 0.000161,0.0_06595 J 0.000714 137 0.003279 410 2.33E-06 0.000162 0.006675 0.000714 138 ~d~663I79 415 2.36E 06T-6766dT64 ~lB65753 0 6TD007T4 139 0.0032791 ~I 420 2.39E-06 0.000166 0.006835 0.000714 ~ I 140 y~05'279j 425 _ _ _ 2.42E_-06[0]~06dT65 ~0 6@914[d]060[f14 141 0.003279 430 2.45E-06 0.00017 0.006994 0.000714
~435 142 ~T0055759 *5748E-d6 l 0.000172 0.007074 0.000714
}
143 ~6.~d 3575 ~l I 440M 2.5E-Of., 10.000174 0.007154lliddO713 1
AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX 144 0.003279 445 l [2.53E-06_0.000176j 0.007233 0.000714 1 145 0.003279 450 { { 2.56E-06 0.000178 0.007313 0.000714 146 0.003279 455 155EM_0.000179_ 0.00739_2 0.000714 147 0.003279 460 J{ 2.62E-06 0.000181 0.007472 0.000714 148 0.003279 l 465 2.64E-06 0.000183 0.007551 0.000714 ; 149 0.003279 470 2.67E-06 0.000185 0.007631 0.000714 l 150 0.003279 475 2.7E-06 0.000187 0.00771 0.000714 l 151 0.003279 480 2.73E-06 0.000189 0.00779 0.000714 I 152 153 0.01044 XE EAB DOSE = ~
'0.016964 XETPfli i 154 TOT' ~L EXB D65E = 0.074333~ TDTAL LP 155 , l 156 l 157 }
158 159 { 160 161 ~ 162 f I 163 164 165 166 f J- ] i i l l I I i l l
AY l AZ l BA l BB l BC l BD l BE l BF BG BH l l 1 l !S/G Activity (Ci/Lbm) l 2 ~7 3 9.00E-04 4 _8.00E-05 5 6.22E+07 TYdE{0i8'il77Eid5[ .
~
6 1.27E-03 1.81 E-01 4.89E-02 Decayconst. 9.56E-04~-6.~95E45~TOIE!di 7 ~T8T5-03 1 1.42E!0'3 8535~-03 ~~~ Time NU60DE ' 8 XE-135 XE-137 XE-138 (Min) 1130 1-131 1-132
~
10 3.41 E-0 U2E IO 4575E-05 01 0 1.56E-10 5.62E-11 11 1.71E-05 3.61 E-05 ~ 0.000236 ~ 0.5 0 8.13E-10 3.48E-10 12 ~3.41 -05 6'.55E 05 0.000466) 1 0 1.79E-09 1.05E-09
~
13 14 6.82E-05_ _0.000131_._0.000917 { 0.000102_ 0.000182 _2 0 4. Eld 5 _16 3T25E[0T 0.001346 l 3 0 7.31E-09 7.16E-09 15 0.000136 0.000224 0.001754 l 4 0 1.13E-08 1.27E-08 16 0.00017 0.00026 0.002143T 5 0 1.6E-08 1.98E-08 17 0.000204 0.000289 0.002513 6 i 0 2.16E-08 2.85E-08 18 0.000238 0.000314 0.002866 7 0 T75E-08 3.855~66
" ^
19 0.000272-0I660534 0.DU5562 8 0 2255~d5 5.~87646 20 0.000306 0.000352 0.003522 9 0 2.79E-08 3.85E-08 21 0.000339 0.000366 0.003826 T 10 0 2.79E-08 3.83E-08 22 0.000373 0.000378 0.004116 l 11 0 2.79E-08 3.81 E_-0_8 23 0.000407 0.000388_0.004392_ _ . l 12 0 2.79E-08 3.79E-08 24 . 0.00044 0.000396 0.00465_5_3 13 0 _2.7 9E-08 3.77E-08 25 0.000474_ _0.000403_ 0.004906 J 14 l 0 2.79E-08 3.75E-08 26 0.000507_ 0.000409 0.005144 15 0 2.79E-08 3.73E-08 i
~
27 0.005371 16 0 2.79E 68 3.718-65~ 0.000541] 0.000414l 0 005804 28 0.000608 l 0.000422 . 18 I O 277T5T08 3.67E-08 29 0.000674l~D~d6Udf87 0.006196 20 ~ i 0 T975~08~~5~5E48-30 0.000741 I600432idD0555Il i 22 0 9.47E 68 1.5954f 31 0.000807 0.000434 l 0.0658f4 l } 24 0 1.33E-07 2.28E-07 32 0.000873 0.000436T6IO6fI6' ~61 [ 26 0 1.74E-07 3.02E-07
~
l 33 ~UT DUf39 0.06dd37i~6UO753fi
~~
l~ l 28 0 12.19E-07 l 3.82E-07 34 '6D6iD05I~0 050435"0TO f6f21 ~ 7 ' 36 0 21575~0Ti 4.66E-07 35 OI6dI67i"~65 64596.06789i 32 0 3.17E-07 # ~55
- 5. E 4 7 36 0.001136 0.000439_0.008088] __
] 34 0 3.71 E-07 6.5E-07 37 _0.001202 0.00044 0.008267 0 t 36 L 4.29E-07, _7.49E-07_
38 39 0.001267 0.00044 0.008429 _ L L 38 [ 0 4.89E-07 8.52E-07 0.001332_ 0.000443 __ 0_ 008577l l l 40_j 0 5.53E-07 9.6E-07 40 0.001397 0.00044 0.00871 l 42_ l 0 6.19E-07 1.07E-06 41 0.001462 0.00044 0.008832
] 44
[ j 0_ ~5]9E_-07 1.19E-06 42 0.001526 0.00044 0.008942 1 46-{ l 0 7.62E-07 1.31 E-06.
~{I850
~ ~
43 ~0 d6i59-ID.660dd 0?d690dI-
~
I 0 8T3YE!07 1.44E-06 44 506i656 ~0iO0d44 d.'Dd9I3fi-~ f _0 9.18E-07 1.56E-06_ 45 _0;00_1719 0.00044 52 0 1E-06 46 0.001783 0.00044 ~ 0.009288 l 0_.009214J l t 54 ____]. j'~~0 1.7E-06_ 1.09E-06 i_1.83E-06 t 47 DI6f845l0.00044 0.0093551 ! 56 ! I 0 1.17E!0671.97E-06 i i i l
AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 48 0.00191_ 0.0_00441 _0.009416 58 0 2.12E_-06_ 0] 1.27E-06 49 0.001973 0.000441 0.009472 60 1.36E-06 2.27E-06 50 0.002036 0.000441 0.009522 62 0 1.46E-06 2.42E-06 51 0.002099 0.000441 0.009568 64 l 0 1.56E-06 2.57E-06 52 0.002162 0.000441 0.009609 66 j 0 1.67E-06 2.73E-06 53 0.002225 0.000441 0.009646 68 0 1.77E-06 2.89E-06_
~
54 0.002288 0.000441 0.00968 70 0 1.88E-06 3.055-06 55 0.00235 g 0.000441 0.009711 _ T _ 72 0 _ 2E_-0_6 3.2'25!66] 56 0.002412_ 0.000441 0.009739 74 0 2.12E-06 3.39E-06 57 0.002475 0.000441 0.009765__ 76 0 2.24E-06 3.56E-06 58 0.002536 0.000441 0.009787 78 0 2.36E-06 3.74 E-06, 59 0.002598 80 0 3.92E-06 0.000441 _0.009808] 2.49_E-06 60 0.00266 0_.000441 0.009827 82 0 2.62E-06 4.1E-06 61 0.002721 0.000441 0.009844 84 0 2.75576'0 4.28E-06 ~ 62 0.002783 0.000441 0.00986 86 0 2.88E-06 4.4fE-66 4 63 0.002844 0.000441 0.009874 88 0 3.02E-06 4.66E-06 64 0.002905 0.000441 0.009887 90 0 3.16E-06 4.85E-06
*-~
65 0.002966'TddO441 0.009898 92 0 3.3T5~-06 5.04526 66 0.003026 0.000441 0.009909 94 0 3.465-06 5.24E36 67 0.003087 0.000441 0.009918 96 0 3.61 E-06 5.435T6 0 68 0.003147 0.000441 0.009927 98 0 3.76E-06 5.63E-06_ 69 0.003208 0.000441 0.009935 100 0 3.92E-06 5.84E-06 70 0.003268 0.000441 [0.009942 102 0 4.08E-06 6.04E-06 71 0.003328 104 0 0.0004411dl69948 4.255 ~0F~6.245}U6 72 0.003387 0.000441 ' O.009954 106 0 4.41 E-06 6.45E-06 73 0.003447 0.00044T3.6D5559 7 08 0 4.58E-06~ 6.665!66 74 0.003507 0.000441 0.009964 110 0 4.76E-06 6.87E-06 75 76 0.003566 0.000441 { 0.009'565 0.003625 0.000441 0.009973 112 114 j 0 0 4.93EW~f39E-06_ 5.11E-06_7.3E-06 _ 77 0.003684 0.000441 0.009976 116 0 5.29E-06 7.52E-06 78 ~3d3743 0 0.000441 0.655679 118 0 7 5.48E-06 7.73E-06 79 0.003802 0.66d441 0.009982
~
~~I 120 0 5.67E-06 7.95E-06 80 TOd5948 0.000441 0.009989 i~l25 0 Ti5E-06 8.5 5 ]
~
81 0.004094 0.000441 0.009994 130~- 07.64 E-06 97055! 6 82 83 0.004238 0.000441 0 009998 0.004382 E0.000441 0.010002 i 135J 140 ! J_00 7.16E-06 7.7E-06 9.62E _06 1.02E-05 84 0.0045_2_5 0.000441 _0.010004 145 8.25E-06 1.08E-05 ___ _. 1 _ l 0 85 0.004667_ 0.000441 0.010006_ l 150 i 0 8.83E-06 1.13E-05 [ 86 0.004808 0.000441 0.010008 155 0 9.42E-06 1.19E-05
}
87 0.0049481 0.000441 0.010009 l 160 0 1 E-05 1.25E-05
~]
~
88 0.005087 0.000441 6.~05~ 6 6i^ 165~ 0 ~1 675~~05 1.355 05 89 0.005225 0.000441 0.01001 l 170__ 0 1.13E-05 1.37E-05 T 175 90 5605563 T.600441 0.610011' 0 1.2E-05 1.43E-05
~ ~
} !
91 5505455 0060441 0.0166fi] j_ __ 180 l 0 _ _1.27E-05 "1355-T5} 92 0.005635 0.000441 1 0.010012 j 185 l 0 1.34E-05 1.55E-05 93 94 0.005ff~ l60443[0 lid 652}[ 0.005904 0.000441 j 0.010012 l _j_ E 190 I 195 { i 0 0 1.42E-05 1.62E-05 1.68E-05 J 1.49E-05 95 ~ ?60563f76.60didil d.0T06i2E ~ 'l 200 F ~~ - - 0 iT.~575!65~ i.745 65
l i AY l AZ l BA l BB l tlc l BD BE BF BG BH l l l l f 96 0.006169 0.000441 0.010013 1 205 0 1.65E-05 1.8E-05 l 97 0.0063 0.006441 0.010013 -[- 210 0 1.73E-05 1.86E-05 i 98 0.006431 0.0_00441 0.0_10013 215 0 1.81E-05 1.92E-05 ' 99 0.006561 0.000441 0.010013 220 0 1.95-05 1.99E-05 100 0.00669 0.000441 0.010013 225 0 1.99E-05 2.05E-05 101 0.006818 0.000441 0.010013 230 0 2.08E-05 2.11E-05 ' 102 0.006945 0.000441 0.010013 235 0 2.17E-05 2.17E-05 l 103 0.007072 0.000441 0.010013 240 0 2.26E-05 2.23E-05 + 104 0.007197 0.000441 0.010013 245 0 2.35E-05 2.29E-05 ;
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} J .
107 0 0 0 0 260 0 [ 108 0 0 0 0 l 265 0 109 110 0 0 0 0 0 0 0 0 [ 270 0 1 l 275 0 111 0 0 0 0 l 280 0
~[ T~ {
112 0 0 0 0 285 0 l 113 0 0 0 0 290 0 114 0 0 0 l 0 l 295 0 l 115 116 0 0 0 0 f00 T 0 0 300 0 l 205 0 i 0T
~
117 0 l 0 0 310 0 118 0 0 i 0 0 315 0 119 0 0 0 0 _ , 320 0 , 120 0 0 _ 0 0 _j 325 0 j 121 0 0 0 0 330 0 122 0 0 0 l 0 335 0 123 0 0 0 0 340 0 124 0 0 0 0 345 0 125 0 0 J 0 0 350 0 126 0 0 0_ 0 355 0 127 0 0 0 0 360 0 128 0 0 0 0 365 0 129 0 0 0 0 370 0 l 130 0 0 0 l 0 _ 375 0 131 0 0 . 0 0 380 _ ~~ 0 132 0 0 7' 0 0 385 0 l 133 0 0 0 0 390 0 134 0 0 0 0 395 j 0 4 135 0 0 0 0 400 0 136 0 0 !~ 0 0 405 0 137 0 0 l 0 0 I 410 0~ 138 0 0 0 0 l 415 0 139 _0 0 0 0 [ 420 0 140 141 0 0 0 0 J 0 0 0 0_j l 425 430 {_00
, ( 1 142 0 0 0 0 l 435 1 0 70
~
143 0 0 0 0 I- f 440-l i
.~ .. . - . - - . . _ _ . .
l V l l BX l BY l BZ l CA l CB 144 0 0 0 0 I 145 0 0 0 0 146 0 0 0 0
~
l 147 0 0 0 0 0 148 0 0 0 6 149 0 0 0 0 J . 150 0 0 0 0 151 0 0 ~ 0 480 0 152 153 TOTAL EA 154
^~
155 156 157 j 158 j 159 l d 160 161 162 _ 163 ] 164
* --+ -
165 166 p I i l
CC l CD l CE l CF l CG 1 2 3 LPZ X/O = 8.00E-05 ' Breathing Rate (m^3/s) = 3.47E-04 4 5 1.07E-03 6.30E-06 1.82E-04 1.07E-06 3.15E-05 6 l - 7 8 l-131 1-132 I l-133 1-134 l-135 9 0 0__ g_ 0 0 10 9.43E-11 1.99E-13 2.55E-11 2.26E-14 2.43E-12 11 2.06E-09 5.63E-11 5.13E_-12J 5.67E-10_7.29E-13 12 7.47E-09 2.37E-11 2.12E-09 4.15E-12 2.26E-10 13 3.26E-08 1.4E-10 9.72E-09 2.89E-11 1.14E-09 14 7.67E-08 3.93E-10 2.37E-08 8.7E-11 2.94E-09
~
15 1.45E!07 8.41 E-10 4.6TETO8 1.93E-10 5.9TE!d9' 16 2.42E-07 1.54E-09 7.87E-0_8 3.62E-10 1.06E-0_8_ 17 3.72E-07 2.55E-09 1.23E-07 6.08E-10 1.7E-08 18 5.4E-07 3.93E-09 1.82E-07 9.44E-10 2.57E_-08 19 0.000193 1.91 E-06 7.17E-05 4.86E-07 1.13E-05 20 0.000406 4.08E-06 0.000152 1.04E _06 2.4E-05 _ 21 0.000641 6.49E-06 0.00024 1.65E-06 3.82E-05 22 0.000898 9.16E-06 0.000338 2.32E-06 5.38E-05 23 0.001176 1.21 E-05 0.000443 3.06E-06 7.08E-05 24 0.001475 1.53E-05 0.000558 3.86E-06 8.93E-05 l 25 0.001796 1.87E-05 0.00068 4.72E-06 0.000109 26 0.002138 2.23E-05 0.000812 5.64E-06 0.000131 27 0.002502 2.62E-05 0.000952 6.62E-06 0.000153 28 0.003272 3.46E-05 0.001248 8.69E-06 _0.000202_ 29 0.003272 3.46E-05_0.001249 8.69E-06 0.000202 30 0.003273 3.46E-05 0.001249 8.69E-06 0.000202 31 0.003275 3.46E-05 0.00125 8.69E-06 0.000202 32 0.003277 3.46E-05__0.00125_ 8.7E-06 0.000202 33 0.00328 3.46E-05 0.001251 8.7E-06 0.000202 34 0.003283 3.47E-05 0.001253 8.71 E-06 0.000202 35 0.003285 3.47E-05 0.001254 8.72E-06 0.000203 36 0.003288 3.47E-05 0.001255 8.72E-06 0.000203 37 0.003292 3.48E-05 0.001256 8.73E-06 0.000203 38 0.003295 3.48E-05 0.001257 8.74 E__06_0.000203__ 39 0.0033 3.48E-05 0.001259 8.75E-06 0.000203 40 0.003304 3.49E-05 0.001261 8.76E-06 0.000204 41 0.00331 3.49E-05 0.001263 8.77E-06 0.000204 42 0.003316 3.5E-05 ! 0.001265 8.78E-06 0.000204 - 43 0 003322 3.Si @ 5 3 0}0]1268 ] 8s-06_ i_ 00_}00}265 44 0.003329 3.51 E-05. 0.001271_8 8_1E-06_
. 1 . _0.000205 45 0.003337 i 3.52E-05 0.001273 8.83E-06 0.000206 46 0.003345 3.53E-05 0.001277 8.85E-06 0.000206 47 0.003354 3.54E-05 0.00128 I 8.86E-06 0.000207
CC l CD l CE l CF l CG l 48 0.003364 3.55E-05 0.001284 8.88E-06 0.000207 l 49 0.003375 3.56E-0_5 0.001288 8.9E-06 0.000208 ; 50 0.003386 3.57E-05 0.001292_ 8.93E-06 0.000209 51 0.003397 3.58E-05 0.001297 8.95E-06 0.000209 ' 52 0.00341 3.59E-05 0.001302 8.9fE-06 0.00021 I 53 0.003423 3.6E-05 0.001307 8.99E-06 0.000211 l 54 0.003437 3.62E-05 0.001312 9.02E-06 0.000212 I 55 0.003451 3.63E-05 0.001318 9.04E-06 2 0.000__13 56 0.003467 3.65E-05 0.001324 9.07E-06 0.000214 i 57 0.003484 3.66E-05 0.00133 9.1E CO.000215 58 0.003501 3.68E-05 0.001337 9.13E-06 0.0 60216 59 0.003519 3.7E-05 0.001344 9.16E-06 0.000217 60 0.003539 3.71E-05 0.001351 9.19E-06 0.000218 61 0.003559 3.73E-05 0.001359 9.22E-06 0.000219 62 0.00358 3.75E-05 0.001367 9.26E-06 0.000221 63 0.003602 3.77_E-05 0.001376 9.29E-06 0.000222 64 0.003626 3.79E-05 0.001385 9.33E-06 0.000223 65 0.003654 3.82E-05 0.001396 9.37E-06 0.000225 66 0.003683 3.84E-05 0.001407 9.41 E-06 0.000227 : 67 0.003713 3.87E-05 0.001418 9.46E-06 0.000229 I 68 0.003744 3.9E-05 0.001431 9.5E-06 0.000231 69 0.003777 3.93E-05 0.001443 9.55E-06 0.000233 3 0.003812 3.96E-05 0.001456 9.6E-06 0.000235 71 0.003847 3.99E-05 0.00147 9.65E-06 0.000237 72 0.003884 4.02E-05 0.001484 9.7E-06 0.000239
- 73 0.003923 4.05E-05 0.001499 9.75E-06 0.000241 74 0.003962 4.08E-05 0.001514 9.8E-06 0.000244 1 75 0.004004 4.12E-05 0.00153 9.86E-06 OJ00246 76 0.004047 4.15E-05 0.001546 9.91E-06 0.000249 77 _0.004091 4.19E-05 0.001563 9.97E-06 0.000251 78 0.004137 4.23E-05 0.001581 1 E-0_5 0.000254 79 0.004184 4.27E-05 0.001599 1.01 E-05 0.000257 80 0.004306 4.37E-05 0.001646 1.02E-05 0.000264
)
81 0.004438 4.47E-05 0.001696 1.04E-05 0.000271 ) 82 0.00458 4.58E-05 0.00175 _1.05E-05 0.0002T 83 0.004732 4.7E-05 0.001808 1.07E-05 0.000288
)
84 0.004896 4.83E-05 0.00187 1.09E-05 0.000298 85 0.00507 4.96E-05 0.001936 ' 1.1E-05 0.000308 86 0.005257 5.1 E-05 0.002007 1.12E-05 0.000318 87 0.005456 5.24E-05 0.002082 1.14E-05 0.00033 88 0.005667 5.4 E-05 0.002162 1.16E-05 0.000341 89 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 90 505891 5.55E-05 0.002246 1.18_E-05 0.000354_ l j 91 0.005891 5.55E-05 0.002246 1.18E-05_ 0.000354 l 92 0.005891 5.55E-05 0.002246 1.18E-05 0.0003_54 l 93 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 l 94 0.005891 5.55E-05 0.002246 1.18E-05 0.00035_4 _ ! 95 0.005891 5.55E-05 0.002246 1.18E-05 0.000354
CC l CD l CE l CF l CG I 96 0.005891 5.55E-05 0.002246 1.18E-0,510.000354
)
97 0.005891 5.55E-05 0.002246 1.18E-G5 0.000354 . 98 0.005891 5.55E-05 0.002246 .1 ioE-05 0.000354 99 0.005891 5.55E-05 0.002246 '..18E-05 0.000354
)
4 100 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 101 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 102 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 , 103 0.005891 5.55E-05 0.002246 1.18E-05 0.0003_54_ 104 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 105 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 4 106 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 107 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 108 0.005891 5.55E-05 { 0.002246 1.18E-05 0.000554 < 109 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 110 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 4 111 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 , 112 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 113 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 114 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 i 115 0.005891 5.55E-05 0.002246 1.18E-05 0.000354
! 116 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 117 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 ; 118 0.005891 5.55E-05 0.002246 1.18E-05 0.000354.
- 119 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 120 0.005891 5.55E-05 0.002246 1.18E-05 0.000354
, 121 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 5 127 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 i 1Ei 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 124 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 l' 125 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 126 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 127 0.005891 5.55E-05 0.002246 1.18E-05 0.000354_ , 128 0.005891 5.55E-05 0.0022_46 1.18E-05 0.000354 129 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 130 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 i 131 0.005891 5.55E-05 0.002246 1.1t E-05 0.000354 132 0.005891 5.55E-05 0.002246 l 1.18E-05_0.0.'0354 133 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 134 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 135 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 .l 136 0.005891 5.55E-05 0.00_2_246 1.18E-05 0.000354 137 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 138 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 139 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 140 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 141 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 142 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 143 0.005891 5.55E-05 0.002246 1.18E-05 0.0003rA _
CC l CD l CE l CF l CG 144 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 145 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 146 0.005891 5.55E-05 0.002246 1.18E-05 0.0003_5_4 147 0.005891 5.55E-05 0.002246 1.18E-05 0.000354 148 0.005891 5.55E-05 0.002246 1.18E-05 0.000354_ 149 _0.005891 5.55E-05 0.002246 1.18E-05 0.000354 150 0.005891 5.55E-05 0.000354 0.002246_1.18E-05 151 0.005891 5.55E-05 0.002246 1.18E-05 0.000354_ 52' l 153 DOSE = 0.006093 TOTAL LPZ DOSE = 0.000761 154 155 156 157 158 159 160 161 162 163 164 165 166
LOCK.XLS 600 f ~D ) XL.S A l B l C l D l E l F l G l H 1 J l l . 1 R; actor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis
~
l l 2 Thermal-IIyWulic and Source Term TranspirtTn~pulF ~I I ~l ~T 3 Case Evaluated (1= Credit for RCS Injection Flow Loss for Source Term Depletion. 2=No Credit for Source Term Depletion) = l 4 RCS Volume (gal) = I 83059 l Cony. Factor (gal /lbm) =l 0.1642 Letdown Cleanup Fraction = l 5 Cooldown = l 50 RCP Heat = ! 6.24E+07 S/G Heat of Vaporization, Hfg (BTU /lbm) = Conductor = l 3.13E+07 6 Rate (F/Hr) f (btu /Hr) l Heat (btu /Hr)i l l I 7 Time l Leak Loss j Leak Dose Flash ' S/G H2O Fraction , Mass (Ibm) jCore Decay Steam Cas [ Steam input Steam R 8 (Min) l (Lbm/ Min) i (Lbm/ Min)
]
9 0 j 1.64 l 0.571 3 0 i 8.00E+04 [ 0.00E+00J ._ 2 1800 l 1800 j 0 10 0.1 1.64 l 0.571 1 0 1800 0 [ l 8.00E+04 I 0.00E+00 }~~2 1800 l 11 0.5 {_1.64 d571 0 2 15'00_ j 0 l 8.00E+04 }~0166EiOO l __18[d0_l 12 1 1.64 0.571 ; 0 l 8.00E+0410.00E+00 j 2 1800 1800 0
~ l 13 2 1.64 0.571 ~i ~ 0
[8.00E+04+0TdOEi60
~
l2 1800 1800 0 14 3 1.64 0.571 0 i 8 0dEiO4 0760ETOOT~ 2 1800 1800 0 15 4 1.64 [ 0.571 . 1 ~fl00EID4'070dETOO 2 1800 1800 0
~
16 5 1.64 0.5 71 ~i 1 18.00E+04 [ 0.00E+00 2 ~T 1800 r 1800 0 17 6 T6I d~5fi l 1 l 5?ddEIDdl ~ 0.00E+00 2 i 1800 [ 1800 0 18 7 [' 1.64~f~d575~I 1 f8 60E+d40l60EiOO 2 l 1800 I~i800 0-7 1.64
~
19 8 0.571 1 1 i 0 [K065id~6~0dE+60i~5-^I~i860~~[1800
~ ~
20 9 l 1.64 ~0 57fT 1 8?dOEIO4 i 0.00E+00 2 1800 1 1800 0 21 10 1.64 0.571 i 1 0.00E+00 2 1800 i 180d~i 0 22 11 1.64 [~d57i I1 18.00E+04~60d5Ad0 ibd6 1 180]6 ] i~5T6dEiO4 2
~
0 23 12 1.64 1 0.00E+00 , 2 1800 1800 1 0 0.571 ] { 8.00E+04 l 24 13 1.64_ _0.571_j_ _ 1 i 8.00E+04 0.00E+001__ _2 1800 1800 { 0 25 14 1.64 ! 0.571 i 1 _ _ .8.00E+04_0.00E+00 2 1800 1800 [ 0 26 15 1.64 1 0.571~} 1 8.00E+04 0.00E+00 2 1800 1800 0 27 16 1.64 l 0.575~ ~i 1 ~5T00$i 4 OIO0Eiddl ~ 2- [ T8DO- 18dd- -- 0 . 28 1'8 , 1.64 i 0.571 1][0[0Ei0d~ ~6~0dE{06{2 1800_ 180}0_ [_ _ 0~ ~ ~ ~ - 29 29_j 1.64_ _j_0.571 0 18.00E+0410.00E+00 2 1800 0 1 J_1800 30 22 l 1.64 I 0.571 _1 0 i 8.00E+04 f~0.00E+00 2 2 1800 i 1800 0 31 __24 ) [.564 ] ] .571 j 0 j 8.00E+04y0.00E+00] _ 2 1800 l 1800 0 32 26 ! 1.64_ l 0.571 l 0 l 8.00E+04 ! 0100E+00J 2 1800 .I 1800 0 33 28 l 1.64 1 0.571 0 j 8.00E+04 i 0.00E+00 l 2 1800 j 1800 0 34 30 [~~ 1.64 [ 0.571 0 18.00E+04 l 0.00E+00{~Y ~ ff56R 1150 ! O 35 32 1.64 36 34 1.64 1 0.571 l 0.571 0 0 j570'Osidi[0'dO5+00 2 2
-~[ii5d]'I[_115_0J_0__
1150 1150 1 0 , 37 36 1.64 ! 1 0 llK00Ei6di~0760EADO 8.00E+0410.00E+00 ~~~2 155D~ ~~~fiS6 l 0 38 39 38 40 l 1.64 1.64 [ 0.571.5_71]__ j 0.571 ! 0 NT Os{dA[d.06Eid0 O i 8.00E+04 ; 0.00E+001 _]2[_{1150 2 1150 i 1150 ~{0 1150 0 !
~~
40 ~42 I~ 1.64 l 0.571 ~~ 0~~~Il00EA64"0.0EA60 ~~ 2 ~ VISO T 1150 0 41 44 i~f.64~l ~0 575~l 0 ~ID0Eid6 2 ~~1 150 1 1150 0 1.64 I K571l 0'R[85 DUES 0d' 42 46 8.00E+04 0.00E+00J 2 1150 1 1150 0 p1150[ 0O
~
43 ~]48 (([_}}~1]4(([i]O 5,71]i((_[6]s}d Eid4}i}0}D0EI60[_ _ 2 I 1150 __ 44 50 1.64 i 0 18.00E+04 l 0.00E+00 - 2 i 1150 ; 1150 ! 45 46
))S2 54 7 ] { {I 0.571 }571))
j_1.6440.571(([d]~8[00s+d(43 [ 600ET6d' ~~~2 0 _ 00E+00j_ 2 7 1150 1150 [ 1150 ] ~ { __ _0 _8.0_0E+0_ l 1150 J __0 _ _ 47 56 i 1.64 ' O.571 t 0 18.00E+0410.00E+00 ! 2 1 1150 , 1150 1 0
1 LOCK.XLS P A l B l C l D l E l F l G l H l J l l 48 58 1.64 0.571 0 8.00E+04 0.00E+00 2_j 1150_ 1150 j 0 49 60 50 62 1.64 1.64 0.571 _ 0.571 0 0 8.00E+04 8.00E+04 0.00E+00 . 2] 1150 2 1100 1150 1100] 0_ 0.00E+00 < 0 51 64 1.64 0.571 0 8.00E+04 0.00E+00 2 1100 1100 0
-1.64 7 0.sfiT{ ~6-~8 U6Ei0liXO0'ETOO
~ -
52 66 2~ ii66 1100 0 53 68 1.6T 0.00E+00 2 1100 1100 0 54 70 1.64 0.571 0.571 _j 1 0_ 0_8.00E+04_0.00E+00 8.00E+04 2 1100 1100 g 0 55 72 1.64 0.571 l 0 8.00E+04 0.00E+00 2 1100 1100 l 0 56 74 1.64 ~T571 l 0 8.665iO4 T00EiO0l 2 1100 1100 0 57 76 1.64 0.571 ' l' 0 8 TOE +04 6?665iO6T~ 2 1100 ~Tf00 0 1 58 78 1.64 0.571 0 8.00E+04 0.00E+00'i 2 1100 1100 0 l
~
59 80 1.64 0.571 0 8.00E+04 0.00E+00i 2 1100 1100 0 60 82 j64 0 571 . 0 l 8.00E+04 0.00E+00 2 1100 1100 0 61 84 1.64 0.571 0 8.00E+04 0 00E+00 2 1100 1100 0 62 86 1.64 0I5 W 0 8T66E+0iIdOiEid0 s 1100 1100 0 63 88 7 0 8.00E+04 0.00E+00 2 1100 a 1100 0 1.64 ( 0.571 64 90 1.64 0.571 0_ 8.00E+04 0.00E+00 2 1250 1250 0 65 92 1.64 0.571 0 8.00E+04 0.00E+00 [ 2 1250 1250 0 1 66 94 1.64 0.571 2 1250 0 0 48.00E+04_0.00E+00( 1250__ l 67 96 1.64_ 0.571 0 8.00E+04 0.00E+00 2 1250 1250 0 68 98 1.64 0.571 0 8.00E+04 0.00E+00 2 1250 1250 0 69 100 1.64 I 0.571 0 8.00E+04 0.00E+00 2 1250 1250 0 70 10 l 1.64 0.s71 0 8.00E+04 0.00E+00 2 1250 i 1250
~
0 71 104 1.64 0.571 0 8.00E+0'4TO'.66Ei06l s T550 1256 0 -l 72 106 1.64 0.57T-0 856~570ii 0 0.00E+007 2 1250 1250 0 ~ ! 73 108 1.64 0 571 0 8.00Eidi~0T05A60' 2 525~0 1250 0 74 110 1.64 0.5 71 0 {8305+04 0.00E+00 2 i 1256 1250 0 l 75 112 1.64 0.571 0 8.00E+04 0.00E+00 2 l 1250 1250 0 76 77 114 116 1.64 1.64 0.571 j_ 0 0.571 1 0 8.00E+04 0.00E+00 8.00E+04 0.00E+00 2 2 I; 1250 1250 1250 1250 {0 0 78 118- 1.64 0.571 [
~
0 8.00E+04 0.00E+00 l 2 1250 1250 0 l 79 12bM ' 1 64 0.571 ! 0 8.60EiO4N36EiO'81
~
2 [ 1181 1181 0 1 80 125 1 64 0.571 T 0 [5706EiO4 1.385i651 2 l 1181 1181 0 81 130 1.64 OT571 -} 0 lT66ET 4 1.355i68 2 1 1181 1181 0 82 135 1.64 0.571 ~ 0 i' 8.00E+04 1.35E+08 2 1181 1181 0 83 140 1.64 ~il.~571 0 l'8T6ET A 1.32E+08 2 1181 1181 0 84 145 1.64 T6's71
~~
0 i5'66Ei0l]j 1.32E+08[ 2 1181 1181 l 0-85 1s6~ 0.571 0 X06E+64 lTifEi}8_ 2 [ 1181 1181 0 86 155 1.64 ]I 0 571 1.64 . 0 {8.00E+04 l 1.29E+08 2 2 I 1181 1181 0 87 160 1.64 0.571 0 8 1.27E +08] 1181 1181 0 4 00E+04 ! 88 165 1.64 0.57T " 0 _{8706Ei64'T.f7Ei68 Y~ 1181 l 1181 0 89 170 1.64 0.571 0 8.00E+04 1.25E+08 2 0 0 0 90 175 1.64 l 0.571 0 8.00E+04 1.25E+08 2 i~ 0 0 0 91 92 180 185 ; 1.64 1.64 0.571 0.571 0 0 8.00E+04 8.00E+04 1.23E+08 1.23E+08 2 T00 ~Ti 2 1 0 0 i 0 0 93 19_0 l _1.64__j_0.571 {0]8160EiO4 1.22ET05[2 []_ O 0 0 l _ 0_0_j[l 94 195 1.64_j__0.571 0 ! 8.00E+04 ! 1.22E+08 2 l _ 0 0 95 200 1.64 1 0.571 0 18.00E+041 1.20E+08 2 0 1 0
l LOCK.XLS A l B l C l D l E l F l G l H l l J l 96 205 _j 1.64 0.571 0 2 0 0 97 210 1.64 0.571 0 l 8.00E+04 ! 1.20E+081 i 8.00E+04 l 1.18E+08 2 J 0 { 0 0 0 98 ~ l55 1.64 ~0~571 0 8.60EisT 1.18e+08 2 0 0 0 99 220 _ 1.64 0.571 0 8.00E+04 2 0 0 0 1.17E+08[ 100 225 1.64 0.571 0 8.00E+04 1.17E+08 2 0 0 0 101 230 1.64 0.571 0 8.00E+04 1.16E+08 2 0 0 0 102 235 1.64 0.571 d 5T0'6$+04 1.16Ei08l 2 d~ 0 0 103 240 1.64 0.571 0 8.00E+04 1.14E+08l 2 0 0 0 l 104 245 1.64 0.571 0 i 8.00E+04 1.14E+08 2 0 0 0 l 105 250 1.64 0.571 0 8.00E+04 1.13E+08 2 0 0 0 -- 106 255 1.64 0.571 0 8.005+04 1.13E+08 2 0 0 - 0 l 107 260 1.64 0.571 0 8.00E+04 1.12E+08 2 0 0 0 ! 108 265 1.64 0.571 0 8.00E+04 1.12E+08 2 ^ 0 0 {
- 109 270 l 1.64 0.571 0 8.00E+04 1.11 E+08 2 O O O l 110 275 1.64~
0.571 0 8.00E+04 1.11 E+08 2 0 0 0 ! 111 280 1.64 1 0.571 0 ' 8.00E+04 1.10E+08 2 0 0 0 , 112 285 j 1.64 T 0.571 0 8.00E+04 1.10E+08 2 0 0 0 - l 113 290 1.64 0.571 0 8.00E+04 1.09E+08 2 0 0 0 1 114 295 1.64 0.571 0 8.00E+04 1.09E+08 2 0 0 0 l I 115 300 1.64 0.571 0 8.00E+04 1.08E+08l 2 0 0 0 116 _ 305 - 1.64 _ 0.571 ~6 8.66EiO4 1.08E+08j_,_2 0 0 0
]
! 117 310 1.64 0.571 0 8.00E+04 1.07E+^~ 2 0 0 0 ! 118 315 1.64 0.571 0 8.00E+04 1.07EG ~ 2 0 0 0 119 320 1.64 0.571 0 8.00E+04 1.05ETO8i 2 0 0 0 7 55
~
120 1.64 __ j 0.571 0 8.00E+04 0 1.065iL8] 2 0 0 121 330 1.64 0.571 0 8.00E+04 1.05E+08 ' 2 0 0 0 122 335 1.64 0.571 0 8.00E+04 1.05E+08 2 0 0 0 l 123 340 1.64 0.571 0 8.00E+04 l 1.05E+08 2 0 0 0 124 345 1.64 OI5f1 0 2 0 i 0 i 5.~605iO{1.05[$}65[ _ 0_ i 125 350 1.64 0.571 0 8.00E+04 1.04E+08} 2 0 0 0 I 126 355 1.64 __,I[_0.571 i 0 ' 8.065A@ 1.64Ei68I 2 0 0 0 127 128 360 365 1.64_ { 0.571 l 1.64 0.571 0 0 8.00E+04 1.03E+08} 8.00E+04 1.03E+08' 2 2 (l 0 0 0 0 0 0 _ 129 3f0 1.64 0.571 0 8.00E+04 1.03E+08 2 _0__ 0 O_ _ l 130 375 1.64 0.571 [ 0 8.00E+04 [ 1.03E+08 ' 2 1 0 0 0 131 380 1.64 0.571 1 0 8.00E+DTIT025iU8 2 I~ 0 0 d
}
! 132 385 1.64 O 8.005+M.02E+08 j 2 l 0 0 0 133 390 1.64 g0.571]I 0.571 0 l 8.00E+04 1.01E+08i 2 0 0 0 134 395 1.64 0.571 0 l 8.065id4 1.6T5+68^ 2' ~ 0 0 O 135 136 400 405 1.64 j _0.571 0 [8.00E+04j.00E+08 2 0 6]}{ j 0 _ 1.64 L O.571 ( 0 8.00E+04 1.00E+08 2_ 0 0 0 137 410_ 1.64 I 0.571 . 0 8.00E+04_ 9.97E+07 2 0 0 0 138 415 1.64 0.571 1 0 8.00E+04 9.97E+07i 2 0 0 0 1 l
~
139 420 1.64 0.57 1 l i~8 60Ei6fT93Ei0f] 2 1 0 0 0 l ! 140 425J 1.64 , 0.571 1 0 75~06E+d4I 9T45707l 2 [ 0 0 T 0 l 141 ~430 l 1.64 d575 I O T5.00Ei64 *I57Eid7" 9 2 OR d [ 0 142 4557 1.64-~ OT57'i I 0 9.87E+07 2 0 T 0
-] 0 0 575~I~~'~ 7 8.00E+04
~~
143 450 i E64 I8700ETd4IY8IEi67i 2~ -[ ^ 0-~1 0 l 0 l
LOCK.XLS A l B l C l D l E l F l G H J l l 1 l 144 445 145 450 1.64 1.64 0.571 0.571 0 8.00E+04 9.81 E+07 2 l 0 I O j 0 0 8.00E+04 9.75E+07 2 0 i 0 0 _
~
{~ i 146 455 1.64 0.571 0 8.00E+04I 9 75$i07 2 l 0 0 0 147 460 1.64 0.571 0 8.00E+04 9.69E+07 2 l 0 0 0 148 465 1.64 0.571 0 8.00E+04 9.69E+07 2 T~~ 0 0 0 149 470 1.64 0.5_71 0 2~ ~0 6 0 _8.00E+0_4 [ 9.64Ei@ 150 475 1.64 0.571 0 8.00E+04 9.64E+07 2 0 0 0 151 480 1.64 I 0.571 0 8.00E+04 9.58E+07 2 0 0 0 15 ~~ Temp Speevol 154 70 _01201 155 75 0.1201 156 J _ , 80 0.1202 157 85 0.1203 i ._ 158 90 0.1204 159 95 0.1205 _[ i 160 100 0.1207 I I 161 105 0.1208 l 162 110 0.1209 , T_ 163 115 0.12105 164 120 0.1212 165 125 0.12135 166 130 0.1215 I
LOCK.XLS K l L l M l N l O l P l Q l R S T l l 1 [" SG *B"- _ no tube bundle uncovery *" j .
! l l !
2 I"* SG w/ max leakage and TBU *" ! I~ I~ l T 3 2 Steam Release Case Evaluated (1 = Calculated, Source Term Case Evaluated (1 = Failed Fuel,2 = fodine Spike) 4 0 2 = Input Directly) l l Case = NUCLIDE I DBRC { _DCFji-131 DEC 5 632 Number of S/Gs Being Used = 3 1 _ l _ (ICRP-30)l 6 to Accomplish Cooldown l l
}
7 Byp Partition l L/D lin -15i - 2.5 0.00107 0.76987 Fraction 'l (GPM) 'i-(ject. Flow Inject. Tem 41nject. Flow ~ ~ ~ 8
~
Fract. gal / min)l (F) i (Ibm / min) 17~32~~ 1 d'9i65E-06 0277i53 9 0 0 10 0 LO.01_48_0 0.01 80 l 100 3 0 [i~I55]__4 0.000181 1725i752 1 ! [ 0 100 ! O l-134 l 0.6 1.07E-06 0.184769. 11 0 1 0.01 80 l~ 0 100 0 1-135 ] 2.2 3.15E-05 0.677486 12 0 ~T 0.01 ._80. T_ ~. 0 i~~T60 0 1-131 Eq.=fli43501 14 15 0 ]_0.01 0 0.01 .
] 80 80 l 875 875 100 0 Total 1-131 Dose Equivalent = ~1 1 100 0 UD Flow, Release Rate input (GPM) = 1 80 16 0 0.01 80 875 100 0 i i 17 0 0.01 ( 80 875 ! 100 0 3 ~l 18 19 0 __0.01 _
80 875 [100 0 il _ l k 0 0.01 80 875 100 0 i [ i _1 20 0 0.01 1 80 875 100 1 0 l j l l 100 Y 0 T
~ ~ ~
21 0 0.01 l 80 875 ~~i 22 0 0.01 80 875 { ~~ ~ I _ .__ ._ i _ 1_00 _ - - - - _ _ 24 0 0.01 7 80 875 l U~l 0 i- ~ ~ l { ID [iI]_50_ 25 0 875 ~'IOD j ~b [ 0.01 g_80_{875]j_100 26 _0 J 0 ___ l 27 0 0.01 875._ 0 l _ 80 { __ 100_ , [ 28 0 0.01 l 80_j_875 100 0 ! j_. J ___ 29 0 0.01 j l _! 100 . 0 [ __ 8_0__l_875 30 0 0.01 l 80 875 100 l 0 [ 31 0 0.01 ; 80 : 875 (100 l l 0 j~ - 1~ - 32 0 0.01 l8 I~ ~875 E T id0 ~ ~l - 0 f , 33 0 OID1 l 80 I~ 875 l i 34 __ __0 -- - 0.01 ---
! 80 ~I -- ._
875 l 100 100 ] E ~0 I~ ~ ~~ l 7- --- -- 36 0 : l 100 j 0 ! 0 01_ J' _ 80 _ q _ 875 . - -- I 38 0 0.01 80 875-~i 100 0 l~ i 39 0 0.01 80 1 ~~ 8V6 ] id6 ~ 0 l l 40 0 0.01 80 875 j 0 i i 100 J _] [ 41 0 0.01 1 80 l 875 ! 100 0 42 0 0.01 i Bri~i 875 ' 100 0 . 1
~l
~
43 0 0.01 1 I 875 100 0 ! ~ 7.- 8C __ ~ 86~~i ~ ~875" 100 0 1 _((
~~
45 0 0.01~ 80~~ 875 100 0 1 106 - [
- ~
46 0 0.01 1 80 l 875 I 0 i I I 4 I~
~
47 0 l 0.01 1 80 l 875 ~ i0d'~ l i
l LOCK.XLS K l L l M l N 0 P Q l l l l R l S l T 48 0 0.01 80 875 100 0 49 0 0.01 80 875 100 0 l 50 0 0.01 80 875 100 0
~
51 0 0.01 80 875 100 0 52 0 0.01 80 875 100 0 53 0 0.01 80 875 100 0 l 54 0 0.01 80 875 100 0 55 0 0.01 80 875 100 0 56 0 80 i [ 0.01 ' 875 100 0 57 0 0.01 80 875 100 0 58 0 0.01 80 8f5 100 0 59 0 0.01 80 875 100 0 l 60 0 0.01 80 875 100 0 l 61 0 0.01 80 875 100 0 1 62 0 0.01 80 875 100 0 63 0 0.01 80 875 100 0 64 0 0.01 80 875 100 0 65 0 0.01 80 875 100 0 66 _0 0.01 80 875 100 0 67 0 0.01 80 875 100 0 l 68 0 0.01 80 ~575 100 0 I 69 0 0.01 80 875 100 0
~'
70 0 0.01 80 875 100 0 71 0 0.01 80 875 100 0 72 0 0.01 80 875 100 0 73 0 0.01 80 875 100 0 l 74 0 0.01 80 875 100 0 75 0 0.01 80 875 100 0 76 0 0.01 ~80 875 100 0 77 0 0.01 80 875 100 0 78 0 0.01 80 875 100 0 79 0 0.01 80 875 100 0 80 0 0.01 80 875 100 0 , 81 0 0.01 80 875 100 0 82 0 0.01 80 875 100 0 83 0 0.01 80 875 100 0 84 0 0.01 80 875 100 0 85 0 0.01 80 875 100 0 86 0 0.01 80 875 j 100 0 87 0 0.01 80 875 100 0 88 0 0.01 80 875 100 0 89 0 0.01 80 875 100 0 90 0 0.01 80 875 100 0 i 91 0 0.01 80 875 100 0 l- 92 0 0.01 80 875 100 0 l 93 0 0.01 80 l 875
~
100 0 . 94 0 0.01 80 " ~875 100 0 I , 95 0 0.01 80 875 100 0 I i l f w
i LOCK.XLS i K l L l M l N l O l P l Q l R S T l l 96 0 0.01 80 875 l 100 0 97 0 0.01 80 875 0 l 10_0 98 0 0.01 80 875 100 0 99 0 0.01 80 875 100 0 100 0 0.01 ' 80 875 100 0 101 0 0.01~ 80 875 100 0 102 0 0.01 80 8f5 100 0 l [ 103 0 0.01 80 875 100 0 104 0 0.01 80 875 100 0 1 105 0 0.01 80 875 100 0 j 106 0 0.01 80 875 100 0 107 0 0.01 80 875 100 0 108 0 0.01 80 875 100 0
- 109 0 0.01 80 875 100 0 4
110 0 0.01 80 875 100 0 111 0 0.01 80 875 100 0 ~ 112 0 0.91 80 875 100 0 113 0 0.01 80 875 100 0 - i 114 0 0.01 80 875 100 0 2 115 0 0.01 80 875 100 l 0 i 116 0 0.01 80 875 100 0 117 0 0.01 80 875 100 0 118 0 0.01 80 875 100 0 l 119 0 0.01 80 875 100 0 l l 120 0 0.01 80 875 100 0 l
- 121 0 0.01 80 875 100 0 !
j 122 0 0.01 80 875 100 0 123 0 0.01 80 875 100 0 124 0 0.01 80 875 100 0
- 125 0 0.01 80 875 100 0
^ l 126 0 0.01 50 875 100 0 !
127 0 0.01 80 875 100 0 l 128 0 0.01 80 875 100 0 l ! 129 0 0.01 80 875 100 0
~
l 130 0 80 875 100 0 131 0 0.01 _. 0.01 80 875
} 100 0 132 0 0.01 80 875 100 0 133 0 0.01 80 875 100 0 134 0 0.01 80 875 100 0 135 0 0.01 80 875 100 0 136 _0 0.01 80 875 100 0 137 0 0.01 80 875 100 0 138 0 0.01 80 875 10_0 0 139 0 0.01 80 875 100 0 140 0 0.01 80 E875 100 0 141 0 4 0.01 _ 86 ~ 875 1 60~ 0 7 142 143 0
0 1 1 0.01_ 0.01 80 80 875 875 100 100 0 0 [ i
}.
l l
_ . __ . _ _ _ _ _ _ _ _ ~ . _ _ . _ _ _ . _ _ _ _ _ . _ . . - . . _ _ . .. __ 1 LOCK.XLS K l L l M l N l O l P l Q l R l S l T 144 0 0.01 80 875 100 0 j j 145 0 0.01 80 875 100 0 146 0 0_01 80 875 100 0 147 0 0.01 80 875 0 10_0 , 148 0 0.01 80 875 100 0 , 149 0 0.01 80 875 100 0 150 0 _0.01 80 875 100 0 J 151 0 0.01 80 875 100 0
, 152 l ,
153 l 4 154 155 4 156 157 l 158 : 159 160 161 , 162 163 J ] 164 165 ' 166 l l l l 1 l l l l
1 l l LOCK.XLS 1 U l V l W l X l Y l Z l AA l AB l AC l AD 1
' Reactor Coolant lodine Activity (Cl) l 2 7 f l 1 ~
3 Failed Fuel = 1 0.15 4 Gap Fraction = 1 0.1
~l 5
_1 ! 6 -_C 2.16E+06 8.82E+07 1.28E+08 1.86E+08 2.06E+08 1.74E+08 4 ore Inventory (Ci) = 7 Decay constant (1/ Min) = I~9.35E-04 5.99E-05 5.02E-03 5.55E-04 1.32E-02 1.75E-03 8 NTime(Min) f I 1-130 1-131 1-132 1-133 1-134 l-135 9 0 [ 32370 }1322250l1921500 2793000 3085500 2602500 10 0.1 32366.96 l 132f2df 1 I 2[5'34 2792844 3081435 2602044 11 0.5 32354.82} 1322208 1916677 2792220 3065228 2600222 12 1 32339.65 l 1322167 1911866 2791440 3045090 2597946 13 2 32309.33 I~i322083 1902281 2789881 3005209 2593401 14 3 ~ 35579 04~-T32f60D I892144^~27553E5] 2965851 2588863 15 4 _ . , ] 2248.78 1321916 1883254 2786766]2927008 2584333 16 5 32218.55 1321833 1873812 2785209 2888674 2579811 17 6 32188.34 1321749 1864418 2783654 2850842 2575298 18 1 _,_7 ] 32158.17 1321666]855070 2782099 2813505 2570791 19 i 8 32128.02 1321583 1845769 2780546 2776657 2566293 20 i 9 l 32097.9 1321499 1836515 2778993 2740292 2561803 21 T 10 320e7.81 1321416 1827308 2777441 2704403 TY5575fi-22 11 ~52037.74 132133531818146 2775889 2668984 2552846
~
23 12 ~ 32ddf.~71 132T249 1809031 2774555~~i634030 254T3'ff 24 13 31977.7 1321166 1799961427sfiO12599532 2543926' 25 14 ~ 31947.72 1321082 1790937 277124112565487T2539469 26 15 31917ff ~i526995 1781958 2535026 27 16 2769693{2531888 31887.85 1320915 1773023 2768147 2498728 2530590 28 [ 18 31828.09 1320749 1755289 2765056 2433706 2521743 29 l 20 31768.44 1320582 1737733 2761968 2370377 2512926 30 l 22 31708.9 1320415 1720352 2758884 2308695 2504140 31 32 { 24
! 26
} 31649.47 1320249 1703145 2755803 2248618 2495384 l 31590.16 1320082 1686110 2752726 2190105 2486659 i
33 j i 31530.95 1319915 1669245 2749652 2133114]2477965 I_2_8 34 30 l 31471.86 [ 1319749 1652549 2746581 2077606 2469301 35 ~ I [ 32_ gi 3141258}T5i955f[1636020 2743514 2023543 2460668 36 34 j31354.01 1319416 1619656 _2740451J 1970887 2452064 1 _ _ 37 36 31295.24__ ._1319249 1603456 2737391l1919600 2443491 38 38 1587418 2734334fi569519T213d5d8~ 31236.59L1319083 39 40 31178.05 1318916 1571541 2731281 1820997 l 2426434
~}
40 ~l 42 31119.62. 1318750 1555822 "5ff5f31~ ~ ~ i775611j245755i~ 41 l 44 31061.3l 1318563iS40I60 2I25184 1727458 2409497 42 43 {_46 48 31003. 9] 13184171524854(2722141 1682_506_ 2401072_ 1318250 2392677 g~30944.98 1509603)2719101 1638724 44 ~ 50 I 30885.99 15I568i~1494503T27I6D55 15966857 5545i2~ 45 52 2 iIl67VII3Y 30829.1 }~i3i~775iT14647571317918 Til79
~
46 , 54 2710003 1514096 2367668 47 I I 56 l i 30713.65 13175851 1450106 2706976 1474696 2359390
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 48 58 30656.09 1317419 1435602j 2703954 49 143632212351140 60 30598.64 1317252 1421243 2700934 1398946 2342920 50 62 }- , 30541.29 1 1317086 1_407027 2697918 1362543 2334728 51 1 64 I 30484.06 1316920 T_1552954 2694906 1327087 2326565 i
~
52 66 3526 5~2 131675dl579d21 259If95 i552554 2318431 53 I 68 30369.9 1316588 1365228 2688890 1258919 2310325 54 70 f [30312.98 1316421 1351573 2685888 1226159 2302247 55 1 72 l 30256.17 1316255 1338055 2682889 1194252 2294197 56 7 74 "3DI99.47 1316089 1324671 2679893 1163176 2286176 I 57 76 30142.87 1315923 1311422 2676900 1132907 2278183 ! 58 78 30086.38 1315757 1298305 2673911 1103427 2270217 i 59 80 30029.99 1315591 1285319 2670925 1074714 2262280 l 60 _ 82 29973.71 1315425 1272463 2667943 1046748 2254370 61 84 29917.54 1315259 1259736 2664963 1019509 2246488 ' 62 86_j 2661988 992979.7 2238634 J98_61.47 15I569[12[47135 63 88 1314927 1234661 2659015 [29805.51 967140.4 ( 2230807 64 _j 90 29749.65 1314761 1222312 2656046 941973.6 2223007 65 92 29693.89 1314595 1210087 2653080 917461.6 2215234 l 66 94 __ 29638.24 1314429 1197983 2650117 893587.5 2207489 67 96 29582.7 1314263J1186001 2647158 _870334.6 2199771 68 98 1314097 1174138 2644202 847686.8 2192080 J29527.26 69 100 29471.92 131393_1 1162394 2641249 825628.4 2184416 ; 70 102 29416.68 1313765 1150768 2638300 804144 2176778 7 71 104 29361.55 1313f00 1139258 2635354 783218.6 2169167~ 72 L106 29306.53 1313434 1127863 2632411 762837.7 2161583 l 73 108 29251.6 1313268 1116582 2629472 742987.2 2154025 74 110 29196.78 1313102 1105414 iT626535 723653.3 2146494 75 112 _ 29142.06 1312937 1094357 2623602 704822.4 2138989 76 114 [29087.45 1312771 1083411 2620673 686481.6 2131511 77 l 116 29032.93 1312605 1072575 2617746 668618 2124058 78 T 118 28978.52 1312439 1061847 2614823 651219.3 2116632 79 28924.21 1312274 1051226 2611903 634273.3 2109231 ( 120 80 125 28788.88 1311860 1025137 2604618 593812.6 2090843 J 81 130 28654.19l 1311446}} 99694.72597353 555932.9 2072616 82 l 135 28520.12 l 13110321974884.2 2590108 520469.5 2054546
~
83 l 140 28386.68 f~i5Id5I8l 950689.5 2582883 487268.4750f6634 i
~
84 145 2575679 456185.2 2018879 28253I87] 1310205 I957095.2 85 150 28121.68i 1309792 904086.5 2568495 427084.8 2001278 86 155 2799 F 1309378 881648.9 2561330 399840.8 1983831 87 160 l 27559.15 1308965 l 855758.1 255418f 374334.7 1965556 88 l 27728.8 1308552 j 838430.3 2547061 350455.6 1949392 165]_ 89 170_ L 127599.07 _1308139J 817622.1 2539957 328099.8 1932397 90 175 2532872 307170.1 1915551 L ! 27469.94l 1307727 [ 797330.3
~
91 180 l 'Y7541.41l 1307314 9f7542.1 2555807 287575.5 189885i
~~
92 185 27213.49} 1306902 758245 2518762 269230.9 1882297 83 94 ._l Z L 190 i 195 727058T6Ti368185-Y3912K9[25Ii156]M5656A_f865[87 721075.8 2504730 235977.6 1849620
~
l 200I 26959.44 J 1306077
~
95 TY6853737 5565555 703180T~54977441220924.4 1833495 L
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 96 _ 205_ 26707.75_ 1305253 685_728.5 1817511 2490_777 4 206831.5 97 21_0 26582.8_ 1304841 668710.1 2483_8_29 193631 6 18_01666 98 215 26458.42j 1304429 652114 2476901 181285.3 1785959 4 99 i 220 26334.63 1304018 635929.8 2469992 169721~ 1770389 100 ((_225 __ 25[figl3D3jgjidid7.2_..2453.IQ[15}8594.4 1754955_ 101 230 26088.78 1303195 604756.4 2456232 148758.4 1739655 102 235 .25966.72_ 1302784 _ 589747.5 2449381 139269 172_4489 103 240 1302373__575_111.1 .,2442549 130384g 1709455 I25845.2_3_ . 104 _ _ _ . l 245 25724.3 1301962 560838 2435736 122067.6 1694552 105 250 25603.95 1301551 546919.1 2428942
~ - -
114280.8 1679779 106 255 l 25484Ti57~301I4I~535345T6I2422167 106990.7 1665134 107 2501 ~f~53]i[92_1306-730]50iO9 2415411 106T5577- 16_5061_8_ 101 265 25246.24 1300320 507200.9 2408673 93776.08 1636228 109 270 25128.12 1299909 494613.2 2401955 87794.04 1621963 110 275 25010.56 1299499 482337.9 2395255 82193.6 1607823 . 111 ~[ ~~{ 28_0 24893.54j 1299089 470367.2 2388574 l 76950.41 1593806 112 l 285 24777.07j 1298679 458693.6 2381911 72041.69 1579911 113 2907 24661.14 1 1298270 447309.7 2375268 67446.1 1566137 114 295 # 55545776[ 1297860 436208.3 2368642 l 63143.67 1552484 115 300 24430.92 1297451 425382.5 2362035 [59115.69 1538949 116 7 305 24316.61 1297041 414825.3 2355447 55344.66 1525533 117 310 24202.84 1296632 404530.2 2348877 51814.18 1512233 118 315 24089.6 1296223 394490.5 2342325 48508.92 1499050 119 320 23976.89 1295814 } 384700 2335791 45414.5
~
1485981 ! 120 - 325 23864.1TTII95405I575155X~f555576 42517.48
~
1473026 ' 121 355 - 55763.Wi594996l[3555di- 1466354] 1294588 356762.5_T3}25779__395653 122 _335 23641.92 2316300 37266.06 1447454 123 I~3AD ~2355i.5iT1294179 347908.4 l 2309839 34888.83 1434835 124 345 _ 23421.21 _129377_1_ 339_273.9Q363595~]2555 55~14223351 125 350 23311.63 1293363 330853.8 2296972 30579.63 1409927 126 355 23202.56 1292955 322642.7 2290565 28628.94 1397635 127 360 23094 1292547 314635.3 2284175 26802.68 1385450 128 365 22985.95 1292139 306826.7 2277804 25092.92 1373372 i 129 370 22878.41 1291731 299211.8 2271451 23492.22 1361399 130 375 22771.36 1291324 291786 2265115 21993.64 1349530 131 380 1290916 284544.4 2258797 20590.65 1337765 J ~22664.82~1290505T577452I6
~ ~
132 385 j 22558578 !
- . 2255495~15577.16. _132T165~ -
134 ~3 95_ ~ ~52545.157 f89595Tf55886Y"2159548~l 5556.19 1363655'
- u_. _
22243.62 1289288 257331.4 2233700 15818.37 125I75T 136 405 22139.55 1288881 250944.9 2227470 14809.31 1280460 137 410 22035.96 1288474 2221256 13864.61 1269297
~ TEI955!56[i288066'j 244716.9
~
138 415 238643.5 l 2215061 12980.18 1258231 139 i 420 21830.24 1 1287661 232720.9 i 2208882 12152.16 1247262 140 425__ I ' 141 430 J{21626 . 45 5i726.TiTI581555~~ 2559451[220l755Tii375.97D236358 1286849 l 221312.8 2196577 10651.22 1225610 142 _( 435_ ]~2f555)5]555443[2I5820T3][5@5 ~997_Ij75] II925' 143 1 440 21424.55 l 12860371210464.1 2184340 9335.669 1204333 l l
l LOCK.XLS i U l V l W l X l Y l Z l AA l AB l AC l AD 144 445 2178247 8740.14 2_1324.31 1285631 1205240.7 119383_4 l 145 450 21224.54 1285226 200147.1 2172171 8182.601 1183426 146 455 21125.24 1284820 195179.8 2166113 7660.627 1173109 , 14f l 460 21026.4 1284415 190335.8 2160071 7171.95 1162882 i 148 465 20928.02 1284010 185612.1 2154045 6714.447 1152744
- 149 470 20830.1 1283604 181005.5 2148037 6286.127 1142694 i 150 475 20732.65 1283200 176513.3 2142046 5885.131 1132732 151 480 l~ 26635.64 1285f95~ T75152.6 2136071 ~5509.714- 1122857 l 152 l
153
- ~ ~ ~
154 155 j ( ._ j 156 I [~
' ~'
159 l 160 ! 161 162 ~l l 163 1 l 164 - i l 165 l 7 l 166 7 1 [ i i I i l 1 r l
LOCK.XLS AE l AF l AG l AH l Al l AJ l AK l AL l AM l AN 1 l 'Whole Body Dose (Krypton) l 2 l l 7~ l 3 1
~T Failed Fuel = 1 0.15 ;EAB X/Q= 9.00E-04 4 ~I Gap Fraction = l di ILPZ X/O = 8.00E-05
~ ~ ~ - - " ~
5 q ; core inven. 1.53E+07J 3.57E+07__1.07E+06g7.21E+07 1.02E+08 . 6 ,Decayconst. 6.31E-03. 2.58E-03 1.23E-07 9.08E-03_ 4.07E-03 ' ~ - ~ 7 7!56E 08' 1.175~65 1.6iE-05 5.925T03 1.475-6f [CICF l 8 Time (Min) f iKR4'3m KR45m KR45 KR47 [ KR48 9 0 10 4 l l _._0 _ L O_ 0_ _0____ _ 0 _ l 0.1 l { 5.58 E-11 _2.0_2E-06 . 8.36E-10__2.06E-05_ .. . 7.24 E-0_5_ 11 0.5 l 2.79E-10 1.01 E-05 4.18E-09 0.000103 0.000362 12 ~ ~ 1 I 5.57E-10 2.02E-05 8.36E-09 0.000206 0.000723 13 ~2 i 1.11E 09 ~T655-65 4 - 1.6'f5-08 0.00041 '0.001444 14 3 i 'I.'66E-D9 0.665I52 D{0665T3_0.002877 604E 05)) 21516-68] 15 j 4 2.21 E-09 8.04E-05 3.34E-08 0.000814 [ . . 16 1 5 j _2.76E-09 0.0001 j 4.18E-08 0.001013 0.003589 , 17 18 {~ ~{ , 6 7 (I 3.3E-09_ ! i 3.83E-091_0.0_0012_j_S.01E-08___ 0.00014 5.85E-08 0.001405 0.005005 0.00121 .__0.004298. 19 8 1 4.37E-09 0.00016 6.68E-08 0.001599 0.005708 l i 20 9 ~} 4.9E-09 0.00018 7.52E-08 0.001791 0.006409 i 21 l 10 5.43E-09 7 0.0002 8.36E-08 0.001981 0.007107 22 11 5.95E-09 0.000219 9.19E-08 0.002169 0.007802 { l 23 l 12 l 6.47E-09 0.000239 1 E-07 0.002356 0.008494 l l 24 25 i [~~~~]l 13] 6.99E-09 j 0.000258 1.09E-07 0.002541 0.009183 i { l 14 j 7_._5E-09 { 0.000278 1.17E-07 0.002724 0.00987 26 l 15 j 8.01E-09 I 0.000297 l 1.25E-07 0.002906 0.010554 j~f52ET9TdO6D51T[ 1.34Edf1665 86 27 l 16 I f 0.011255
* ~ -
l 28 ~ ~ 18 !E35E-U9 ~T6d 0 356i 1.5E-07 0.003443 0.012591
~
29 20 ~TO'5E-DE 1 0T6D635i T57E-67~~DTd63793 0.01553f 30 j 22 l -I.I5_E 0H066435}}i[54E47~0.004137 ~60[I5ff_I l 31 i 24 j 1.25E-08 0.000471 2.01E-07 0.004475 0.016595 ' ~ 32 l 26 i~ 1.34E-08 2.17E-07 0.004807TO3If505
}
] jiT44l5~08[{ 0.000509~
~ - ~
33 j 28_ ~l~
.0dO546 ~5T34E Of ~0 6d5i5F ~D.01921
___(_ _ __ 34 l __30 l 1.53E-08 0.000584 2.51 E-07 0.005453 0.020502 4 35 I 32 1.62E-08 0.000621 2.67E-07 0.005767 0.021783 36 ~~ I 34 , 1.72E-08 0.000658 2.84E-07 l 0.006075~ ~ 0.023054 37 7 36 ~l ~- T 515~-D5 ~05dO655 ~3.0I5~0f'636~6578 ~0 'O T3I5 1 38 38 i 1.9E-08 l 0.000732 3.18E-07 0.006676'ild25566 ~
- 38 40
[ '
.)_ 42 40 _{[]{98E}68.3666f69] 3;.3_4E-07_. 0.00696830258F6' _ .
[~2.07E-08_0.000805 3.51 E-07 0.007255 0.028036 i l ~ 49 f---~ ~~-- 44 - ~{i j p i6E48T05D6835 ~3 586~07 ~0 '.0 753f~id29557
~ ~
42 _j . . - - - 7 45~ [2T24E-68T. E000878T55dE-Of.. bl07553[6530457 u ._ _ . 45 -.. -. - .i ! . --- ! 52 - _ . . - l 2.49E48 OT606555~4T345-Of Ol0055f4I~0T0546T 7-
~
1 47 7 ! 56 T 265E-68TOI0'6T055 I458E 67 0.D09IsillD38574
LOCK.XLS l i AE l AF l AG l AH l Al l AJ l AK l AL l AM l AN 48 j - i 58 2.73E-08 0.00109 4.85E-07 0.009372 0.037526 49 60 2.8E-08 0.001125 5.01 E-07 0.009615 0.03867 ! 50 62 2.88E-08 0.001159 5.18E-07
~
0.009855 0.039804 I
~
51 I 64 -Y555~-6f'0700'ii5Ti 5555- T~ 70I 60'~9- 704d935 ~ I 52 66 3.03E-08 0.642M5 ' 091228{l55@7 J01032 53 3.1E-08 0.00_1262 5.68E-07 0.010547 0.043151 68 .- y - .
~~
55 56 _ [ l 72 74
]
j 3.25_E-08__0.001357 # 67j 0.01655f[_d[45555 3.32E-08 0.001363 0 'oE-07 0.011202 0.046418
)
57 _~i 76 ! 3.39E-08 0.001397 t. 15E-07 0.011413 0.04749 . 58 1 78] f465~D5~ 0.00143 6.52E-07 0.01162 0.048552 59 80 3.53E-08 0.001463 6.68E-07 0.011823 0.049606 1 l
~
j 60 82 3.59E-08 0.001496
~
6.85E-07 0.012023 0.050652 61 84 756557~5~0.d~0552fT65E 0 TOT6012219 0.051689 86 [
~
62 3.73E-08 {_0.00156ilfi5Ej07[1012411 0.052Y18 63 88_ 3.79E-08 0.001593 7.35E-07 0.0126 0.053738 64 l 90 3.85E-08 0.001625 7.52E-07 0.012785 0.05475 ! 65 92 E 3 92E-08 0.001657 7.69E_-07_- 0.012968 0.055754 66 94 1 3.98E-08 0.001689 7.85E-07 [ 0.013146 0.05675 - 67 96 4.04E-08 0.001721 8.02E-07 0.013322 0.057737 68 98 4.1 E-08 0.001752 8.19E-07 0.013495 0.058717
~
69 1_00 4.16E-68 0.001784 8.36$~-_070.013664 0.059689 i 70 102 4.22E-08 0.001815 8.52E-07 0.01383 0.060653 71 ~~ i 104 4.28E-08 0.001846 8.69E-07 I0.013994 0.061605 72 106 4.34E-08 0.001877 8.86E-07 0.014154 0.062557 ! 73 j l 108 i ~I 4.4E-08 0.001908 9.02E-07 0.014312 0.063497 j 74 110 _
} 4.45E.-08__0.001938 9.19E-07_0014466 0.06443_
75 ~ ^ 112 7 _ 4.51 E-08 0.001969 9.36E-07 0.014618 0.065356 9.55ET07 76 114 4.56E-08 0.001999 0.014768 0.0662 74~ 77 116 4.62E-08 0.002029 9.69E-07 0.014914 0.067184 78 l~ i 118 4.67E-08 0.002059 9.86E-07 0.015058 0.068087 79 4.72E-08 0.002089 ~ 1 E-06 0.015199 0.068983 80 81 i 120) 126 130 _ ._4.855[0]8]6[d62I53 1.04EWydI5546_0.07120_4 4.98E-08 0.002236 1.09E-06 0.015877 0.073381 1 82
^
b - 135 ~i 5.1 E-08 0.002308 1.13E-06 0.016194 0.075514 j 83 140 _ 5325~65T0.002379 1.17E-06 0.016497 0.077604 l 84 ; 145 5.34E-08 0.00245 1.21 E-06 0.016786 0.079651 85 I_ }~150 ! 5.45E-08 0.002519 1.25E-06 0.017062 0.081658 86 1T5~~l l iS55-6f~070U5588 1.35-06 0.017356[0T055624 j 87 160 ! ! 5.66E-08 i 0.002655 ~ 1.34E-06 0.017579 0.08555
~
88 89
~ ~I- ~
]~iE5]
170 [5T775-d876.00272f ~i38E-05^ D 6f782 1.42E-06 0.01805 0.05f435 0.089288 l 5 66E-08 j~0.002788 ~ 90 _j 175 "596E 68~ 070d2553 7 36E M 6518]7_01693_T_[ 91 ~ 180 6.05E-08 0.002918 l 1.5E-06 0.018481 0.092876 92 155~ ~~[~~ _ 6.14 E-08 0.002981 T55}5%_d[dI5682[6~0551] 93 j__ 190 ] _ 6.23E-08 0.003044 1.59E-06 0.018874 0.096322 94 l l 195 l 6.31 E-08 0.003106 1.63E-06 0.019058 0.097993 1
~~ ~
95 l 200 l ~I659E-08 il063567I'I.675-U6 IlDi923f ~0.05565~ i
i' LOCK.XLS i i l AE l AF l AG l AH l Al l AJ l AK l AL l AM l AN l 96 205 0.019401 _6.47E-08 0.003227_ _1.7_1E-06 0.1012_34 i 97 _ 210 6.55E-08_ 0.003286 1.75E-06 0.019561 0.102806
, 98 215 6.62E-08 0.003345 1.8E-06 0.019714 0.104346 99 220 6.7E-08_0.003403 1.84E_-06_ 0.019861 0.105856 100 225 6.76E-08 0.00346 1.88E-06 0.02 0.107335 j 101 230 6.55E 6fl 0.003517^ 1.92E-6 OTY0134 0.108754
, 102 235 6.9E-08 0.003573 1.96E-06 0.020262 0.110204 l 103 240 6.96ET 8 0.ndM28 2.01E-06 0.020384 0.111595 104 __245 7.02E-08_0.0036E2T2.05_E-0_6 0.02050.112958 . 105 250_ 7.08E-08 0.003736 2.09E-06 0.020612 0.114294 4 106 255 7.14E-08 0.003789 2.13E-06 0.020718 0.115603 107 260 7.19E-08 0.003841 2.17E-06 0.02082 0.116886 108 265 (7.25E-08 _0.003893 2.21 E-06, 0.020917 0.1181_43_ } 109 270 7.3E-08_ 0.003944 2.26E .0_6 _0.02101 0.119374 110 275_ ~
.7.35E-08 0.003994. 2.3E-06 0.021099 0.120581 j 111 280 7.4E-08 07665'0Tf'2754E!06 0.021184 0.121763 4
112 285 7.45E-08 0.004093 2.38E-06 0.021265 0.122922. l 113 290 l 7.5E-08 0.004141 2.42E-06 0.021342 0.124057 114 295 7.54E-08 0.004189 2.46E-06 0.021416 0.12517 115 300 7.58E-08 0.004236 2.51 E-06 0.021487 0.12626
- 116 305 7.63E-08T6004282 2.55E-06 0.021555 0.127328 117 310
-~
7.67E-08 0.004328 2.59E-06 0.021619 0.128374
~
118 315 7.715T08 0.004374T2.63E-06 0.021681 0.1294 119 320 T7dE 68 0.004419IY575-06 0.02174 0.130405 120 325 7.78E-08 0.004463 2.72E-06 0.021796 0.131389 121 1 330 7.82E-08 0.004507 2.76E-06 0.02185 0.132354
~
122 [ 335 755$-08 OI66455 2.8E-06 0.021902 0.133299 123 340 7.88E-08 0.004592 2.8_4E-06 0.021951 0.134226 124 345 7.92E-08 0.004634 2.88E-06_0.021998 0.135133 125 350 7.95E-08 0.004676 2.92E-06 0.022043 0.136023 126 j __ ~~~~ [ 355 7.985-08 0.004717 2.97E-06 0.022086 0.136894 127 1 1 360 8.01E-08 0.004757 3.01 E-06 0.022127 0.137748 128 365 8.04E-08 0.004797 3.05E-06 0.022166 0.138585 129 ! 370 8.07E-08 0.004836 3.09E-06 0.022203 0.139405 130 375 8.09E-08 0.004875 3.13E-06 0.022239 0.140208 131 I 380 l 8.12E-08 0.004914 3.18E-06 0.022273 0.140995 132 7 385 l 8.14E-08 0.004951] 3.22E-06 0.022306 0.141767 133 7 390 8.17E-08 0.004989 3.26E-06 0.022337 0.142523 134 395 8.19E-08 0.005026 3.3E-06 0.022367 0.143263 406 l -
~
135 isYE d8 0.06565fl~5~54E-66~-6055595~~0I145589 136 405 j 8.24E-08 0.005098 3.38E-06 0.022423 0.1447 137 410 8.26E-08 0.005134 3.43E-06 0.022449 0.145397
^
138 l~- 415_ 8.28E-08 _0J05169_3.47E-06 0.022474 _0.14608_ 138 _8.3E-08_ 0.0_0520_3_3_51 E_06 0.022498__ 0.146749_ _ .._ 42J_ _ .. _ 140 __ 425 8.32E-08 0.005238 3.55E-06 0.02252 0.147404 141 430 I 8.34E-08 0.005271il59EWOT6555f2 ~ 0.148047 142 435-l ! 8I56E 65TUO5305~5 63E 06~676iE555' O.1486f6 1 i ~T385~65~07005557 ~3T68E7 06lT~055553^ 0.149555 1431 440 i )
LOCK.XLS AE l AF l AG l AH l Al l AJ l AK AL AM AN l l l 144 j 445 8.39E-08 0.00537 3.72E-06 0.022602 0.149897 145 450 8.41 E-08 0.005402 3.76E-06 0.02262 0.150489 146 455i 8.43E-08 ~E665T3i f8E-06 0.022637~~6T5I656 147 460 8.44E-08 0.005465 3.84E-06 0.022653 0.151638
~
148 ~I 465 8T46E-08~~ 0.005496~T85h'-D6'~~d55E669 0.152195 f
~ ~ ~ ~
149 470 8.4fe-08 0.06552 6 1955~06- ~d35E58T ~d552741 150 ~ TI 4f5
~
8.495~68TEUO5556~T97E 06~dh2Ys'99 0.153175
~
151 480 8.5E-08 0.005586 4.01E-06 0.022713 4 0.1538 152
'- - ~
~ ~
153 KR EXB DDSs = 0.091503 KR LPZ 6D~Ss =
^
154 I 155 1H l ! 157 f 158 159 l 160 I 161 f 162 163 7 7 164 [ 165 166 I I
1 1 LOCK.XLS l AO l AP l AQ l AR l AS l AT l AU l AV AW AX l l 1 Whole Body Dose (Xenon) l 2 I l
~
3 I Failed Fuel = 0.15 EAB X/Q= 4 Gap Fraction = 0.1 LPZ X/O = 5 1.29E+08 core inven. 2.07E+05 5.45E+06 1.86E+08 3.24E+07 1 t Yi6E-01
~
6 1 4.64E-05 2.20E'~04 ~ 9. T8E-05 4.435 6f
]Decayconst. -
7 1.66E-02
~
'DCF 9.15E-05 2.51E-04 2.94E-04 3.12E-03 8 ~KR-89 Time (Min) XE-131m XE-133m XE-133 XE-135m 9 0 0 0 0 0 0 J
10 0.00010_4_ 0.1 9.16E-10 6.61E-08 2.65E-06 4.88E-06 11 0.000509 0.5 4.58E-09 3.3E-07 1.32E-05 2.43E-05 12 500D974 1 i 9.16E-09 6.61 E-07 2.65E-05 4.82E-05 13 [0j01807 " 2 1.83E 68-~ 1.325706 5.295-05 9.49I-65
~
~
14 0.002476 3 2.75E 68 1.98E- 6-Y9IE-0T~63665~4-V66561T
~'
15 ~ 4 3.66E!68~~ T64E-06 2 0.06d106 0.000182 16 0.003446 5 4.58E-08 3.3E-06 0.000132 0.000223 ~ 17 'O.003k3 6 5.49E 68!~ T965-06 0.000159 ~DTO6d555 18 0.004072 7 6.41 E-08 4.62E-06 0.000185 0.0003 19 0.004296 8 7.32E-08 5.28E-06 0.000212 0.000336 20 UOO4476 9 { 8.24E-08 5.94E-06 0.000238 0.00037 21 5664621 10
, [9.16E-08 6.6E-06 0.000264 0.000403 22 0.004737 11 1.01 E-07 7.26E-06 0.000291 0.000434 23 0.004831 12 l 1.1 E-07 7.92E-06 0.000317 0.000464
~
24 'O.004906 25 T5dd~5(I 26 0.005015 9 ]j 13 14 15_ i 1.195-07 8.58E D5^~6.000344 0.000493 "T.'55E 7 1.37E-07 9.24E-06 9.89E-06 0.00037
, 0 000397 0.00052 0.000546 i
27 0.005054 16 1.46E-07 1.06E-05 0.000423 0.000571 28 0.005116 j 18 1.655-6f* 1.19E-05 0.000476 0.00062 29 ~I605157 20 1.83E-07 1.32E-05 0.0005291 0.000664 30 0.005183 22 2.01 E-07 1.45E-05 0.000581 0.000704 , 31 0.0052 ___ 24 F15547 2 1.58E-05 0.0T6634 0 d'00741 I 32 0.005211 26 2.38E-07 1.71 E-05 0.000687 0.000774 33 0.005218 28 l 2.56E-07 1.84E-05 0.00074 0.000805 34 0.005222 30 ! 2.75E-07 1.98E-05 0.000793 0.000833 35 36 lU65525 0.005227 [ j-35 T 34M
~
^ll55576f 2.11E45~ '6506845 0.000859
-_. _ - . l 3.11E. -07 2.24E-05 0.000898 0.000883 38 0.005229 38--- l374554f~2 5E-05 6 TOT 00TU.~66655~4 39 _000523 40 [ 3.66E-07 2.63E-05_ 0.001056_._0000943 _
40 0.00523 42 3.84E-07 2.76E-05 0.001109 0.000959 41 0.00523~ 42 0.00523 [i l~ I 44 46 4.03E-07 4.21E-07 2.89E-05 0.001162 0.000974 3.02E-05 0.001214 0.000988 43 ~6.~0525 i l 48 4.39E-07 3.16E-05 0.001267 0.001001 44 W66555i~ i ! 50 '~~ 4.57E-07 ~ 3.29E-05[0.0015fT .001013
~
O 45 0.005231 ! l ~! 52 ~l.76E 07T5~i2E-65'*l66ii7f 636I653 4, pogg -t 34 C94E-Of~Y55E-65~~6T00i42f~00616is
~
47 0.005231 l 56 ! 5.12E-07 3.68E-05 0.001478 0.001042
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU AV AW AX l l l 48 0.005231_ 58 5.31E-07 3.81 E-05 0.00153 J 0.00105 49 0.005231 6,0_{ 5.49E-07 3.9_4 E-05_0.001583 0.001058 50 0.005231 62 5.67E-07 4.07E-05 0.001636 0.001065 51 _0.00_5231 52 0.005231 64 66 L 5.85E-07 4.2E-05 0.001688 0.001071 6.04E-07 4.33E-05 0.001741 0.001077 53 0.005231 I 68 6.22E-07 4.46E-05 0.001793 0.001082 j 54 0.005231 55 0.005231 __{ __ 7_0 72 _6.4 E-07 4.59E-05 0.001846 0.001087 i 6.58E-07 4.72E-05 0.001899 0.001091 56 0.005231 l 74 6.77E-07 4.85E-05 0.001951 0.001095 ' 57 p.005231_ 76 6.95E-07 4.98E-05 0.002004 0.001099 j 58 0.005231 78 7.13E-07 5.11E-05 0.002056 0.001102 ! 59 _0.005231 80 7.31 E-07 _5.24E-05__0.002109 0.001105 60 0.005231_ 82 7.5E-07 5.37E-05 0.002161 0.001108
~ -
61 l~005231 I 84 7.68E- f~5T5s-05'0Tddf214 0.001111 62 0.005231 86 7.86E-07 5.63E-05 0.002266 0.001113 , 63 0.005231 88 8.04E-07 5.76E-05 0.002319 0.001115 l 64 0.005f31 90 8.23E-07 5.89E T O'5'OTOT2371 0.dO1117 ! 65 0.005231 92 , 8.41E-07 6.02E-05 0.002424 0.001119
~ ~
66 0.005231
, 94 "159E 6f~6T5E df~T62476 0.001121 67 0.005231 ~
l 96 8.77E-07 6.28E-05 0.002529 0.001122 ~ 68 5505231 98 8.965'~07 6.415 dfT 05581 0.001125 ) 69 0.005231 100 9.1_4E-07 6.54 E-0_5 0.002633 0.001125 1 70 0.005231
~
102 9.32E-07 6.67E-05 0.002686 0.001126 71 5005231l i 104 9.5E-07 _6.79E-05 0.002738 0.001127 2 72 0005231 106 9.69E-07 6.92E-05 0.002791 0.001128
~
73 0.005231 108 9.875-07 7.05sid5 0.002843 0.001129 74 0.005231 110 1.01 E-06 7.18E-05 0.002895 0.00113 75 0.005231 112 1.02E-06 7.31 E-05 0.002948 0.00113 I
~
76 0.005231 114 iIOIE 6 7.44E-05 0.003 0.001131 77 TD05231 i 116 [ 1.06sTf 0 ~775isT05 0.003d53 0.001132 78 0.005231 l 118 1.08E-06 7.7E-05 0.003105 0.001132 79 0.005231 __ j 120 1.1 E-06 7.83E-05 0.003157 _0;001133 _ 80 0.005231 [ t 125j 1.14E-06 8.15E-05 0.003288l 0.001134 81 0.0052_3_1 l 130 1.19E-06 8.47E-05 0.003419 0.001135 82 _0.005231 i 135 1.23E-06 8.79E-05 0.00355 0.001136 83 0.005231 140 1.28E-06 9.11E-05 0.00368 0.001136 84 0.005231 145 1T325~-66'i 9.43E-05 0.003811 0.001137 _ _ [ _15D j_ -
~
85 D70'0j253 _ 1.375 6f~5~75E-df d363941 0.001I37 86 0.005231 _ _ , 155 _1.41 E-06 0.0001_01_._0.004072_ Opp 1138 87 0.005231 l 160 1.46E-06 0.000104_0,004202 0.001138 88 0.005231 165 _0.000107 0.004332f6.001138 _ 1.51 E-06_ _ 89 0.005231 170 1 1.55E-06 0.00011 0.004463l 0.001138
~] ~ ~ i 90 5065Y31j 175 7~1T6s~-06 0.dD0113 0004593 0.001138
_ii ITf8E
~ -
91 106i23i _ME 06T ~6D00f17]~.0iO4723_ 070}01158} 92 0.005231 , 185 1.69E-06 0.00012 0.004853 0.001139 93 0.005231 190 173E-06__.0000123 _0.00498_3 _0.001139 94 0.005231 195 1.78E-06 0.000126 0.005113 0.001139 95 0.005231 200 1.82E-06 [0.000129 ! 0.005243 0.001139
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV AW AX l l 96 0.005231 l 205 l 1.87E-06 0.000132 0.005373 0.001139
~
97 ~0.005231 [ 210 l 1.91E-06 0.000136 0.665503 0.001139' 98 0.005231 215 1 1.96E-06 0.000130 0.005633 0.001139 99 0.005231 220 2.01E-06 0.000142 0.001139
~
100 0.005231 225 2.05hW 7666fiS~ 0.005762 0.005895~0.001139
- 101 0.005231 230 2.1 E-06 0.000148 3.00602i 0.001139
- 102 0005231 235 2.14E-06 0.000151 0.OM 61 0.001139 j 103 0.005231 240 2.19E 06 0.000155 0.00628 0.001139 104 0.005231 245 2.25E-06 0.000158 0.00641 0.001139 105 0.005231 250 2.28E-06 0.000161 0.006539 0.001139
~
I 106 ~0T605531 255 2.32E 65 0.06d164 0.006668 0.001139 i 107 0.005231 260 2.37E-06 0.000167 0.065798 0.001139 , 108 0.005231 265 2.41E-06 0.00017 0.006927 0.001139 , i 109 0.005231 270 2.46E-06 'd~006575~0T6dV655~'O.001139 110 0.005231 _ 275 2.5E-06 0.000176 0.007185 0.001139 l
~~
111 0.005231 280 2T55-06 0.000If9~0.007314 0.001139
~
l 112 0.005235~ 555 2.59E-06 0.000183 0.007443 0.001139 l 113 '0.005231_ 290 l ~T675-06 2 0.000186 0.007572 0.001139 l 114 0.005231 295 2.69E-06 0.000189 0.0077 0.001139 j 115 0.005231 300 2.75ET06 0.000192 0.007829 0.001139
~
l 116 ~0I005231 305 _2]8E% 0.000195 0.007558 0.001139
- 117 0.005231 310 2.82E-06 0.000198 0.008086 0.001139 j 118 0.005231 l 315 [ 2.875-06 0.000201 0.008215 0.001139 119 0.005231 I-
^ l 32d 2.915~66 0.000204 0.008343 0.001139 120 0.005231 ~
l 325 2.96E-06 0.000f07-6.008472 0.06TI56 121 0.005231 [ 330 '~5E-06 0.00 21 0.0086 0.601135 122 0.005231 1 335 3.05E-06 0.000213 0.008729 0.001139 123 0.005231 l 340 3.09E-06 0.000217 0.008857 0.001139 124 0.005231 345 T13E-06 0.00622 0.008985 0.001139
~
125 0.005231 350 3.18_E-06 0.000223l 6.009i13 0.001139 126 0.005231 355 3.23E-06 0.000226 0.009241 0.001139 127 0.005231 360 3.27E-06 0.000229 0.009369 0.001139 128 0.005231
~
365 3.32E-06 0.000232 0.009497 0.001139 1' 129 TD~05231 'T 370 3 565T0 d-67066155~6.~665Ei5 0.001139 130 0.005231 1 375 3.41E-06 0.000238 0.009753 0.001139 131 0.005231 380 0.005231
} _L_ _ 3.45E-06_._0.000241. 0.009881__0.001139 132 l 385 ___ 3.5E-06 0.000244 0.010009 0.001139 l
133 'D.005231 -~396 - 3T5ds d~0 66D54f~0I6I0I551 .001139 0 [ 134 0.005231 395 3T595 W~DId 55 0.010264 0.001139 135 136 0.005231 0.005231_ [~ [ 400 405
'57635 0'6 1 0.00025_3_ _0010391 0.001139 3.68E-06 0.000256 0.010519 0.001139
~
137 138
~67665231 0.005231
] l _j 410 415
[~ 3.725-06 ,0.060E5530iO646 0T66fi55 3.77E-06 0.000262 0.010774 0.001139 139 _0.005231 l _j 420 3.81 E-06 0.000265 0.010901 0.001139 l 140 141 0_.0_0,5231 J 425 430 3.86E-06 0.000268 0.011028 0.001139 j _3._9E-06 _0_.0052_31 _ 0.00027 _1 0_.011156 0_.001139 142 0.005231 435_ _ 3.95E-06 0.000274 0.011283_ 0.001139 l 143 0.005231 I t 440 3.99E-06 0.000277 0.01141 0.001139 ;
i LOCK.XLS j i AO l AP l AQ l AR AS AT AU AV l l l l l AW l AX 144 0 005231 445 4.04E-06 0.00028 0.011537 0.001139 145 0.005231 450 4.08E-06 _ 0.000283 0.011664 0.001139 ' 146 0.005231 455 4.13E-06 0.000286 0.011791 0.001139 147 0.005231 460 4.17E-06 0.000289 0.011918 0.001139 i 148 0.005231 465 4.22E-06 0.000292 0.012044 0.001139 149 0.005231 470 4.26E-06 0.000295 0.012171 0.001139 150 0.005231 475 4.31 E-06 0.000298 0.012298 0.001139 151 0.005231 480 4.35E-06 0.000301 0.012424 0.001139 . 153 0.016652 XE5 g 65E=
~
~0 T057657REfiFZ 15 154 TOTAL EAB DOSE = 0.11856 TOTAL LP 155 156 157 )
158 ) 159
] )
160 i 161 162 163 164
~
16;
~ I 166 I lI
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 1 lS/G Activity (Ci/Lbm) 2 3 9.00E-04 4 8.00E-05 _ _ __ J 5 6.22E+07 1.70E+08 __1.77E+08_ i [~[
~
T.57E[0f T81[sy1]39E-02
~
6
] ~ ~] Decayconsi[9735E]04 _
5.96E!~ 05 5 d5E-di 7 1.81 E-03
~~
1.42E-03 ~ 8.83E-03 Time NUCLIDE 8 ~XE-355 XE-137~XE!138~ i~ (Min) Il-130 1131 1-132 9 0 0 1 0 0 0 0 10 5.44E-06 1.17E-05 7.54E-05 ~ ~ I 0.1 ^ 4.57E-08 1.87E-06 ~ 2.71E-06 11 2.72E-05 T755! 5~TODU376 0 I 0.5 ~Y2T5-~6TT55E 6f 1.355!d5 12 5.44E-05 0.000111 0.000744 I 1 4.56E-07 1.87E-05 2.7E-05
~
13 0.000109 0.000208 0.001462 2 9.125-07 3.73E-05 5.38535 14 0.000163 0.000289 0.002146 3 I T37E 06
~ ~^
5.59E d5
~
8.05sT65 15 T66 IIt' 5666357i0.002798 4 1.82E-06 7.46E-05 0.000106 16 0.000271 1.82E-06 0.000106 0.000414 {_0.003418 J _5 1.82E-061_7.46_E-05 17 0.000325 0.000461 0.004000 L6 7 0.000105 18 0.000379 0.000501 0.004571 i__ _ 1.81E-06 } 7.45E-05 7.45E-05 0.000105 19 0.000433 0.000533 0.005107 8 1.81 E-06 7.45E-05 0.000104 20 0.000487 0.000561 0.005617 9 1.81 E-06 7.45E-05 0.000104
~
~~ ~
21 ~IUU65di~' 0 O.06d68f ~6T666T03 10 1.855'~65 1~45$~65 0.060103 22 0.000595i 0.000603i 0.006565 11 1.81E-06 7.44E-05 0.000103 23 Edd65i8 D00619 0.007006 12 1.8E-06 7.44E-05 0.000102 24 0.000702 0.000632 0.007425 13 1.8E-06 7.44E-05 [0.000102 T
~ ~
25 TU6F75f 0Td66643~67667854 ~ 14 - i 1.8E 66- 7.44E 65 0.000101 15I
~
26 0.000809*63D0655f~T6'd5205I l 15E-06 7'.43E-05 0.000101 l 27 0.000862 0.00066 0.008567 I i 15 ~ l 1.168!66 7.43E-05 1 E-04 28 29 0.000969 0.000673 0.009257' 0.001075 0.00_0682 0.009882 i l 18 } 20 1.79E[06] 7.43E-05 9.89E-05
~{ _ 1.79E-06 _7.42E-05 9.79E-0_5_
' 30 0.001182 [_0.000688 1 0.010449 i l _ 22 2.68E-06 0.000111J 0.000146 31 0.001287 0.0006931 0.010!S4 l 24 [T5fE-06 0.600149 0.000102 32 ~1001395~F066555i 0 6ldi1451 I~~ 26 4.45E-06 0.000186 0.000238 33 5001498 ~d56666i~0T6TI855" I i 28 - 5.33E-06 0.000223 0.000283 34 0.001603~~0 TdO6695 T0i2236 l [ 3( 6.fi566~ ~036655T 6665Ff 35 0.001708 0.0007 0.012584 t ;2 7.08E-06 0.000297 0.00037
* [
36 0.001813 0.000701 1 0.012899 i l 34 7.95E-06 _0.000334 . p._000_412 37 0.001917 i 36 8.82E-06_ 0.000371 0.000453 0.000701 [_0.013185 ~ , 38 0.002021 0.000702 1 0 1154I5 ~[ 38 6685-65[6T066465l 0.000494 l _[ 4]}}{.
-~
39 .p.092124 0 _ f0070_2 { 0.01368 [ ~
] ~
~i[65565~T 0446"6566555 1 40 0.002228 0.000702 1 0.013893 } 42 l 1.14E-05 0.000483 0.000572 I 41 42
[602331[~0I 0.002434 0.000702 0.014262 l 667d2[0.0_14086(( ] 44 1.22E-05 j 46_{i____j 1.31E-05__0 0_0052 0.00061 ; l 1.39E-05__0.000557 1 0.00i 43 0.002537 0.000702 0.014421} _ 44 ~0.002556'X66703}0.014565g__{ _ j
&' 48 50
[ P 0.000594 0.000683 j 1.48E-05. _0,00063]l 10607T8 I 45 0.002741 0.0007031 0.014695I 52 l 1.56E-05 0.000667 0.000753 I[ ~~ l U284T{FO 060703[6.dii8iii 46 'O.' 5TR T65s!05 Y666f07 ~0560f57 ! 47 W66295510.000705l 0.014921i - Y~ ~~~55 1
~
~~17~ 55~-DF Id6014TTO.00082
)
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE BF BG BH l l l 48 _ _ _ ___j j 58 i 1.81E-05 0.000778 0.003046J_0.000703 I 0.000852 48 50 9#93147]PA0R7M ppp3248i0.000703 0.015187 01510_7 y__L 60 B(0.015019_ j _1._89E-05 0.000815 0.000883 [ 62 l 1.98E-05 0.000852 0.000914 i 51 0.003349 _0.000703 _ 0.01526 _j__ _ _ _ 64 } ' 2.06E-05 0.000889 0.000944 ' 52 _0.003449 0 000703J[0 015386i__ 0.015326_ _ _ . _ 66 l 2.14E-05 0.000925 0.000974 l lj 53 0.003549 0 000703 2.22E-05 0.000962 0.001002 J__68_[I 54 0 003649 0.0007_031 0.01544 __} 70 2.3E-05 0.000999 0.001031_ 3 55 0.003748 0.000703 " 6015489_ 72 l 2.38E-05 0.001036
! 1 0.001058 56 1.003848 j_0.000703 0.015534_ J____ 74 l 2.46E-05 0.001072 0.001085 57 0.003947 0.000703 0.015574 L ____j__ 76 2.54E-05_0.001109 0.001111 58 0.004046 0.000703 0.015611 [ 78
__2.62E-05_ 0.001146 0.001136 59 0 004144 _0.0 _ _ 00703 0 015644 j __[_ 80 ; 2.7E-05 0.001182 0.001161 l 60 0.004242_ Op00703 0.015674j _ l 82_j 2.78E 05_0.00121_9___0.001185 61 0.004341 0.000703 0.015701j l l _ _ 84 l l~_2.86E-05 0.001256 0.001209
~[iI 62 [d[.~004438[0j6id5_].0557f6J 7 85 l 2}4Ej5]~0J01292 _
0.001252~ , 63 0.004536 0.000703 0.015749 I 88 i 3.01 E-05 0.001329 0.001254 l 64 0.004633 0.000703 0.015769 ~~I ~ I' 90 I- 169E-65 i 0.001366 0.001276 65 3.00473 0.000703 0.015788 l ~~~i 9f YUE 65 0.00140f .001297 66 0.004827 4~0.000703 0.015804 67 0.004924 06Dd765*0OT55i9
~ -~ l i ~~~94 96 il25E-d5~lDd1439 0.001317
[ 3.32E-05 0.001475 0.001338
~
68 0.00502 0.000703 0.015033 98 { ~~ ~ ~53E-d5 1 60I5iT Tddi'557 l
~
69 0.005116 0.000703 i j 100 1 337E-65ITi~00T538 0.001376 70 ~6.~665212 00d6703'j0.015846Tf6.655557 1D2I
~
C ~ ~ l~ ~~ R3.55E-05 0.001584 0.001394 T ~~~ 71 ~0.005308"~d~.6dO765^~6~0T585~7]~ ~ 72 0.005403 0.000703 0;015877 [ 73 0.005498 0.000703 _{ ~ ]j l l 504~[ 106 108 I 1 3.63E-05 3.7E-05 3.78E-05 0.001621 0.001657 0.001693 0.001412 0.00143 0.001447 0.015885 }~ 74 WUd5593 0.000703 0.015893l - l 110 { i 3.85E-05 0.00173 0.001463 75 0.005687 0.0007031 0.0159 I i l 112 j.~95E 05_ 0.00T75fi_FUUIifE 76 0.005782 0.000703 LO 015906_ 77 0.005876J 0.000703l 0.015912 [E _ 4 114 4E-05 4.07E-05 0.001802l 0.001495 0.001839 I 0.00151 L 116 78 118 4.14E-05 0.001875 0.001524 0.00597] 0.000703 0 015917 _ L l 1 79 4.22E-05 0.001911 0.001538 80 0.0060641} _. .. 0.006297 0.000703! 0.015932 { 0.000703I( __}L _ ]Og15922._ __120 j i 125 l 4.4E-05 0.002002 [ 0.001572 81 0.006529 j 0.000703 i 0.015941__ _j _ _ _ _ j_130_j . j 4J8E_05j 0802_092i'djDf664 82 0.00676 I 0.000703i 0.015947 ( ! 135 1 4.75E-05 0.002182[0.001632 83 0.005655l 0.000703; 0.015952 ~l 140 _ f002272I0.D65658 0 84 0.007217i 0.000703_0.015956 85 0. _ j [ 145 (4.93E-05f[I 0.0023 l 5.1E-05 __007443]_0.000703__ 001_5959j _ __ i
._j__ 150 i
___ 5.27E-05[010U2i52].0.Op17p4 _ _ 86 _0J07668j0.000703{0.015962i _ _
._ ]__ E__155 ; 5.44E-05 0.0025421 0.001723 87 0.007891__ 0.000703(0p15964J _
l l 160._ I 5 61E-05 _0.002632__0.001741 88 _0.008113 _.0.000703i 0.015965 I ___[ _ __ _ j_ 165 i 5.77E-05_ 0.002722 0.001756 89 0.008334 0.00g0310.015966] 90 p,008553__0.0007031 0.015967) _ [_ _ [_ ____ j! 170_ _ [_ _ _ _._5.94E-051_ 0.002811_ __0.00177 _175_ _ j.___.._ _y27E-05__ 6.1E-05j[0.002902_0_.001783 91 pppp771_0.000703 j 180 _ 0.002994 0 001794 _0.015968{ i 92 0.008987J 0.000703
. 0.015969L _ _ 185 ,
93 0.009202_ 0.000703l 0.015969 94 0E9416 0.000703_ 0015969a ___.
- l 190 195 l 6.43E-0510.0030851]
6.59E-05 [0.003176 . 0.001812 6.75E-05 0.0 _l , _0.00326810p0_1_819 95 0.009628 _0.000703 _ 0.01597 I I ! 200 t 6.91E-05 0.003359i 0.001824
l 4 LOCK.XLS l l i AY l AZ l BA l BB l BC l BD l BE BF BG BH l l l 96 0.009839 0 000703 0.01597 205 7.07E-05 0.00345 1 0.001828 97 0.010_0_49 0.6dO765 0.01597 2'10 7.22Ep 0.00354PT6DI5f 98 0.010257 0.000703 0.01597 215 7.38E-05 0.003632 0.001831 99 0.010464 0.000703 0.01597 220 7.535-05 0.0di7Ei E60553f 100 0.01067 0.000703 0.01597 225 f 655-05 0.003814 0.00183 101 0.010874 0.000703 0.015,97J 230 7.83E-05 0.003905 }~0T001828 102 0.011077 0.000703 0.01597 235 7.98E-05 0.003995 0.001825
~
- 103 0.011279 0.000703 0.01597 240 8.12E d5 0.004086 0.00182I 104 0.01148 0.000703 0.01597 245 8.27E!65 0.00417 7~0.001815 i 106 0.011679 0.000703
~
0.015971 250 8.41 E-05 0.004267 0.001809
~
0.01187f 0.000id5T O.015971
~
! 106 255 8.555-65 0.004358 0.001805 107 0.012074 0.000765 0.015971., 560 8.6957~5T0 604448- 0.001795 i 108 _ 0.012269 ,0.0_00_703 0.015971 265 8.83E-05 0.001787 7 109 0.012463 0.000703_0.015971 270 j__ 8.96E-05__0_.004539 0.004629 _0.001778 110 0.012656 0.000703 0.015971 _ 275 9.1E-05 0.004719 0.001768 111 0.012848 0.000703 0.015971 280 9.23E-05 0.00481 0.001758_.
- 112 0.013039 0.000703 0.015971 255 9.355-05 0.0049 0.00174f 113 0.013228 0.0_00703 0.015971 290 9.49E-05 0.00499 0.001736 114 0.013416 0.000703 0.015971 295 9.625-D5 ~0.00508 0.001724 115 0.013603 0.000703 0.015971 .
300 9.755!05 0.00517 0.66ifif 116 0.013789_0.000703 0.015971 305 9.88E-05 0.00526 0.001699 117 0.013974 0.000703 0.015971 310 0.0001 0.00535 0.001686 118 0.014157 0.000703 0.015971 315 0.000101 0.00544 0.00167f I 119 0.014339 320 0.000102 0.00553 0.001658 0.000703J 0.015971 120 0.01452 0.0007031 0.015971 325 0.000104 0.005619 0.001644 I 121 0.0147 0.0007031 0.015971 330 0.000105 0.005709 0.001629 122 0.014879 0.000703 0.015971 335 0.000106 0.005799 0.001614 I 123 ~0.015057 0.660703 0.01597T I 340 0.000107 0.005888 0.001599 124 0.015234 0.000703TO.015971 i 345 0.000108 0.005978 0.001583 125 0.015409 0.000703 0.015971
~
~
350 l 0.0 E117 0.006067 0.001568 126 ~d.015583_0'dOO[70f[E6T557T' 355-~ 0.000Ti1 0.035I57 0.00155f 127 0.015757 0.000703 0.015971 360 0.000115 0.006246 0.001536 128 0.015929 0.000703, 0.015971 365 0.000113 0.006335 0.00152 129 370 0.000114 0.006425 0.001503 0.0161 _ 0.000703J0.015971 130 0.01627 0.000703 0.015971 [ 375 0.000115 0.006514 ~0.001487 131 0.016439 0.000703 0.015971 0 0.006603 0.00147 _380 3 000116 132 0.016606 0.000703 0.015971 385 0.000117 0.006692 0.001454 133 0.016773 0.000703 0.015971 g ! 390 0.000118 0.006781 0.001437 134 135
~0.016559 0.00d1Di[D.015_971 0.017103 0.0007C3 ' O.015971
_ { 395 400 0.000119__0.00687__0.00142_ 0.00012 0.006959 0.001403 136 0.017267 0.000703 0.015971 405 ~ 0.000121 0.007048 0.001387 137 0.01743 0.000703 TEDiS971 410-- ~i 66i5f"0T0bfi5f ~0I66157 ~ 138 l~6If55i~T036f0il~6 OISlifi* 415 0.D0di2F6D675f5TO 66Ti55 139 ^03I7755~f 0.000703 0.015971 420 0.000124 0.007314 0.001336 140 0.017911 M00703 _0.015971 __ 425 l 0.000125 _ 0.007403 _0.001319_ 141 _0.01807 0.000703 0.015971 430 1 0.000126 j 0 007491 0.001302 142 0.018227 0.000703 0.015971 435
~ ~
! 0.000127 l 0.00758 - 0.001285 143 0.018383 0.000703 0.015971 440 I-~ l~0D6i2ETE607668 bT06i558
i
- LOCK.XLS
'j AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH
- 144 0.018539 0.000703' O.015971 1 445 0.000129 0.007757 0.001252 145 0.018693 0.000703 0.015971 f 450 0.00013 0.007845 0.001235 1
146 0.018847 0.000703 0.015971 455 0.000131 0.007933 0.001218 147 0.019 0.000703 0.015971 460 0.000132 0.008022 0.001201 148 0.019151 0.000703 0.015971 465 0.000132 0.00811 0.001185 149 0.019302 0.000703 0.015971 470 0.000133 0.008198 0.001168
]
1 150 0.019451 0.000703 0.015971 475 0.000134 0.008286 0.001152 151 0.0196 0.000703 0.015971 480 0.000135 0.008374 0.001136 l 152 153 SE= 0.004T57 i 154 D_OSE = 0.021109 155 58
- L 157 158 J _[ _
i 159
- 160 161 162 ;
-+ -
163 j ] - ] 164 }
+
- 165 166 q I
T } I
) LOCK.XLS BI l BJ l BK l BL l BM l BN l BO l BP l BQ BR l 1 lodine Released l 2 3 4 ,
~ ~ ~
6 T55E-04 1.35E-62 1.75E-0f 7 ~ ~ Time NUCLIDE 8 l-133 17134 l135 l (Min) 1-130 1-131 9 0 0 0 10 3.94E-06 4.35E-06 3.67E-06 1 0J 0.1 0 8.22E-08 0 3.36E-06 4 11 1.97E-05 2.17E-05 1.83E-05 0.5 1.64E-06 6.72E-05 12 3.94E-05 4.31 E-05 3.67E-05 1 4.11E-06 0.000168 I
- 13 Y87E-05 8.52E- 5~~f32E-05 , 7 2 1.64E 5 0.0005~71 j
14 XDdD118 0.00DT267 dO6I1 l 3 2Td5E b~5 0.0'dT0Tf l 15 16 0.000157 0.000166 0.000146 i i 4 l T5iiET~5 O 0.001342' l 0.000157 [ .000164_ _ __ 0.00_0146 5 { 0.036436 1.49354 17 0.000157 0.000162 0.000145 ~~ 6 0.036401 1.493446 l 1]{ 0.000157~ _0.00016 19 0.000157 0.000157 0.000145 0.000145} [7 8 0.036367 1.493351 0.036333 1.493257
- 20 0.000157 0.000155 0.000144 9 0 555299 1.493162 21 0.000157 0.000153 0.000144 10 0.036265 1.493067 22 0.000156 0.000151 0.000144 11 0.036231 1.492573~
23 _0.000156- 0.000149 0.000144 12 0.036197 1.492878 24 0.000156 0.000147 0.000143 13 0.036163 1.492784 4 25 0.000156 0.000145 ,0 0_00143 14 0.036129 1.492689 , 26 0.000156 0.000143 0.000143 15 0.036095 1.492595 ? 27 0.000156 0.000141 0.000142 16 0.036062 1.4925 l 28 0.000156 0.000138 0.000142 18 , 0.072055 2.984811 29 [0]0p_155 0.000134 0.000141 a 20 I 0.071T2 2.984433 30 0.000233 0.000196 0.000212 22 9.64E-05 0.004012 31 0.00031 0.000256 0.000281 24 0.000128 0.005351 32 0.000388 0.000311 0.00035 26 i0.00015TO.006689 33 0.000465TO 660364 i 0.000719 i~ 28 0.000192 0.008026 34 0.000541 0.000414 0.000487 j l 50 0.000223
~
0.009362 35 0.000618 0.000461 0.000555 j [~[32 0.060163 0.6@(55~ 36 0.000695 0.000505 0.000622 34 0.000183 0.007689 37 0.000771 0.000547 0.000689 36 0.000203 0.008542
" ^
38 0.000847 0.000586 0.000755 l 38 0.000223 0.009394 39 }}6d6553 0.000[6_22_0.0@82T y i 40 ~5.0D6535~6T0_10247 _ 40 0.000999 0.000657 0.000886 l 42 0.000262 0.011098 41 0.001074 42 0.00115 0.000689 0.000719 _ _0.000951_ 0.001015 _[] 44 46 0.000282 0.01195 0.000301 0.0128 [ 43 0.001225 0.000747 0.001079 48 0.000321 0.013651 44 0.0013 0.000773 0.001142 l 50 0.00034 0.014501 45 0.001375 0.000797 0.001205 52 0.000359 0.01535 46 0.001449 0.000819 0.001267 54 0.000379 0.016199 47 0.001524 ~0.00084 0.0015i5 I~ 56 0.000398 0.017048
i
- LOCK.XLS l Bl l BJ l BK l BL l BM l BN l BO l BP BQ BR l l 48 58
_0 00_1598 [0.000859 0.001391_1. 0.000417 (0.017896
- 49 0.001672__ 0.000876 0.001452 60 0.000436 0.018743 1 50 0.001746 0.000892 0.001512 62 0.000455 0.019591
, 51 0.001819 0.000907 0.00157_2 64 0.000453 0.019549 !
52 0.001893 0.00092 0.001632_ 66 0.000471 0.020359 53 0.001966 0.000932 0.001691 68 0.000489 0.021168 54 0',02039 0.000942 0.00175 70 0.000506 0.021977 50 0.002112 0.000952 0.001808 72 0.000524 0.022785 56 0.002185 0.00096 0.001866 74 0.000542 0.023593 57 76 0.000559 0.024401 0.002257T60056f}0.001923 58 0.00233 0.000973 l 0.00198 l 78 0.000577 0.025208 59 0.002402 0.0009781 0.002037 80 0.000594 0.026015 60 _0.002474 0
~I66658310.002093 82 f 0.000612 0.026821 61 0.002546 0.0009867 0.002148 84 0.000629 0.027627 62 0.002617 0.000988 0.002204 86 0.000646 0.028433 63 0.002689 _0.000_99 0.002258 _j 88 0.000663 0.029238 64 0.00276 0.000991 0.002313 90 0.00068 0.030043 65 0.002831 0.000991 0.002367 92 0.000792 0.035052 66 0.002902 0.000991 0.00242 94 0.000812 0.035964 67 0.002972 0.000989 0.002473 96 0.000831 0.036876 68 0.003043 0.000988 0.002525 98 0.00085 0.037787 69 T6d3113 0.000985100j578 70 0.003183 0.000982 0.002629 l 100 0.000869 0.038697 102 0.000888 0.039607
~
71 0.003253 0.00097910.002681 i~ 104 OTO60906 0.040517 72 0.003323 0.000975 0.002732 106 0.000925 0.041426 73 ~ 0.003392 0.00097 0.002782 108 j 0.000944 0.042334 74 0.003462 0.000966 0.002832 f . ~~I 110 0.000962 0.043242 75 0.003531 0.00096 6.602882 ' l i i 112 0.000981 0.04415 76 0.0036 0.000955 l } 114 0.@ 0999 0.04505[ 77 0.003668 0.002931_l 0.000949 0.00298 I l 116 0.001018 0.045964 78 0.003737 0.000942{ 0.003029* l I 118 0.001036 0.04687 79 0.003805 0.000936 0.003077 ~i- [ 120 0.001054 0.04ff75' 80 0.003976 0.000919 0.003196 _ 125 0.002596 0.118192 81 0.004146 0.0009 0.003312 ~ 130 0.002702 0.123532 82 0.004314 0.00088 0.0034271 135 0.0Df5~06 0.123854 83 0.004481 0.000859 0.003539 j 140 0.00291 0.134189 84 0.004647 0.000837J 0.0_0_3648 L __{ 145 j 0.003012 0.139505 85 0.004812 _0.000814 1 0.003756 j - i 150 7 0.003113 0.144818 86 0.004976 0.00679 i~0.003561 155 0.003213 0.150122 87 0.005139 0.000767] 0.003964 "
! 160 0.003312 0.155418 88 0.005301 0.0007431 0.004064 ~l 7 65 d~d6341 0.160708 89 0.005462 ~00d7f910.004163- 170 0.003507 0.16599 7 75
- ~
90 MO56{0100[d695l~6.~6~0i252 _. __. 0 0 91 0.005789 0.000672 0.00436 180 0 0 92 0.005951 0.000649 0.004455
~ ~
185 0 0 93 ~dT006111 0.06d556 0TO045F9' i 190 0 0 94 ~I6 0 5515~~0T6dd563 0.00464 I 195 0 0 95 'O.006451TO.000581 0.00473 i T 200 0 0
d LOCK.XLS b B1 l BJ l BK l BL l BM l BN l BO l BP l BQ l BR l 96 _0.006589 0.000559 0.004817 205 0 0 97 0.006746 0.000537 0.004903 210 0 0 98 0.006902 0.000516 0.004987 215 0 0 99 0.007058 0.000496 0.005069 220_ 0 0
)
1 100 0.007212 0.000476 0.005149 225 0 0 ! 4 101 0.007366 0.000_456 0.005228 230 0 0 1 102 0.007518 0.000437 0.005304 235 0 0 103 0.00767 0.000419 0.005379 240 0 0 104 0.007821 0.000401 0.005453 245 0 0
- 105 0.007971 0.000384 0.005524 256 0 0 106 0.00812 0.000367 0.005594 255 0 0 107 0.008268 0.000351 0.005662 260 0 0 108 265 0 0 0.008415 {0_.00C1336.C.005729 109 0.008561 ' O.000321 0.005794 270 0 0 110 0.008707 0.000306 0.005858 275 0 0 111 0.008851 0.000292 0.00592 280 0 0 112 0.008995 1.000279 0.00598 ~f F85~ - ~ ~ 0 0 l 113 0.009138 0.000266 0.006039 290 0 0 114 0.00928 0.000254 0.006097 295 0 0 115 0.009421 0.000242 0.006153 300 0 0 116 0.009562 0.00023 0.006207 9 05 0 0 117 0.009701 0.000219 0.00626 310 0 0 118 0.00984 0.000209 0.006312 315 0 0 l 119 0.009977 0.000199 0.006362 I 320 0 0 I 120 0.010114 0.000189 0.006411 1 325 0 0 121 0.01025 0.00018 0.006459 330 0 0 l 122 0.010385 0.000171 0.006505 335 0 0 123 0.01052 0.000163 0.006551 340 0 0 124 0.010653 0.000155{0f06594 345 0 0 125 .0.010786 0.000147 0.006637 350 0 0 l
_] 126 0.010918 0.00014 0.006678 355 0 0 l 127 0.011049 0.000133 0.006718 j 360 0 0 128 0.011179 0.000126 0.006757 365 0 0 J 129 0.011309 0.00012 0.006795 - ~ 370 0 0 130 0.011438T T600114 O 0.00583T 375~ 0 0 131 0.011565 0.000108 0.006867 l l 38F i I o O 132 [0[011693 0.000TO3]d}~006501 I_ l 0 0 _385_l( 133 0.011819 9.75E-05 390 0 0 0.006934] j[ __ji 134 _0.011944 9.25E-05 0.006966i - 395 0 0 135 0.012069 8.7[5j5y5]6~.66f997} 400 0 0 136 0.012193 8.33E-05 0.007027 405 0 0 137 138 0.012316 0.012438 7.9E-05 7.49E-05 0.007055 0.007083 410 415 j 0 0 0 0 139 _0_.01256 7.1E-05_0 00711a 420 0 0 140 0.012681 6.73E-05 i 0.007136 [ __ 425 0 0 141 0.012801 6.38E-053 0.00716 l 430. 0 0 142 0.01292 6.04E-05 l 0.007184 435 0 0 143 6.613038 5.755!65'I 0.007207. I i i 440 l 0 0 l
LOCK.XLS l Bl l BJ l BK l BL l BM l BN l BO l BP l BQ l BR 144 0.013156 5.42E-05 0.007229 445 0 0 145 0.013273 5.14E-05 0.00725 450 0 0 146 0.013389 4.87E-05 0.00727 455 0 0 147 0.013505 4.61 E-05 0.007289 460 0 0 148 0.01362 4.36E-05 0.007307 465 0 0 149 0 013734 4.13E-05 0.007325 l 470 0 0 150 0.013847 3.91 E-05 0.007341 475 0 0 151 0.013959 3.7E-05 0.007357 480 0 0 152 153 154 155 156 [ _ 157 158 159 160 ~ ~ 161
~
162
^
163 164 165 166 l
.. -. - .-- =- . - . .-- . .. -- . _ - . . - . - . - _-.
LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ l CA l CB I 1 l l ' Total Thyroid Dose 3 2 l l 3 EAB X/O j 9.00E-04 l j 5 DCF 7.41E-05 6 7 Time NUCLIDE 4 8 l-132 1-133 1134 1-135 (Min) I l-130 1 8 J J - . i 10 4.88E-06 7.09E-06 7.83E-06 6.61 E-06 I 0.1 1.9E-09 11 9.74E-05 0.000142 0.000156 0.000132 0.5 3.99E-08 12 0.000243 0.000354 0.000388 0.00033 - 1 1.35E-07
~
l 13 ~0.~6d695~8 0.001417T 60I553~~606f318[ ] 2 5.15E 67
~
14 0.001445 0.002124 0.002271 0.001973T- 3 ~~Td5E 1 d6 l 15 0.001917 0.002831 0.002989 0.002626 l 4 1.84E-06 16 2.127751 3.14857 3.306998 2.91955f} 5 0.0 0845 17 ~2.11f683 3.146811 3.263687 i'2I9I474Ti
~ ~ -
6 ~T001687 0 18 [2.106468~5.14505]3]3T550943[9'd~9 644j 7 16d2555 19 2.095907 3.143296 3.178758 2.904552 1 ~l 8 0.003368 20 2.085398 3.14154 3.137126 . 2.89947 i~
^
9 0.004208 21 2.074942 3.139784 3.09604 [2T894396
~~
10 5005047 22 23 1064539 3.1380_3 L3.0554911 2.889331 2.054188 3.136277 3.015473 2.884275 j [ 11 12 0 0058_85 0.006722
~
24 ~2.043888 3T1545 5T2.97598 2.879228 [ 13 0.dd7555 25 2.033641 14 l0.008395_ 26 27 3.132774] [2.937004} 2.874189 2.023444 3.131023 2.898538 l 2.86916 2.013299 3.129174 j 2.860576 } 2.864139 15 16 0.00923 0.010064 28 4.006391 6.255048 5.646156 5.718244 4__ 18 0.011731 29 3.966317 6.24806 _ 5_.49923 5.698248 , 20 0.013394 30 0.005244 0.008386 0.007073 0.007617 ~ l 22 0.013396 31 ~0.006928 0.011174 0.009i-* 0.010126 l 24 0.013399 32 0.008577 0.013954 0.011211 0.012617 l 26 j0.013403 33 0.010191 ~TdI5756]0.01311 0.015088 _ I I 28 j. 0.013_40_8j 34 0.011772 0.019492 [0.014901 0.017541 30 0.013413 < 35 0.00851 0.014217 i 0.010601 0.012764 l'~~ 32 0.013417 ! 36 0.009479 0.015977 [~0.011618 0.01431 j 1 34 0.013421 37 0.010428 0.015845 I 36 0.013425 0.017732} 0.012575 38 0.011356 0.0194631 0.013474 0.0173687 i ' 38 0.dI5455 39 0.012264 0.021225"dhid357T 0.01888 40 ' O.013436 42 -
~
40 ~idI5T53 0.0M5ff 00i5Td7 ~dT0fd58~ - ~ l' ~'EdT3442 41 0.014022 0.024708 0.015845 0.02187 44 ~
"TO.013449 42 0.014875~ ~dT055di1~ ~070555dif ~
46 ' O.013455 43 ~~Tdi5705 0
~6.d2557 f'YdT6555
- 0.017178 0.024816 i- l 48 0.013463 l 44 0.016518 0.029894 0'DI7175~6025275' l 50 0.013471 !
l 43 0.017313 0.031614 0.018331T0.027717 i 52 -~~0.0T5i75 l 46 0.018091 0.03333" 0.018844 1 0.029152 I ~~j 54 0.013488
, 47 0.01885 i 0.035041 0.019319T 05d5i6 T ! 56 0.013497
i LOCt YLS BS l BT l BU l BV l BW l BX l BY l BZ l CA l CB 4 48 0.019593 0.036748 0.019755 0.031989 l 58 0.013507 49 0.020319 0.03845 0.020156 0.033391 60 0.013517 50 0.021027 0.040148 0.020522 0.034783 62 0.013528 51 0.020776 0.040023 0.019948 0.034592 [ 64 OT013538 52 0.021423 0.04164 0.020237 0.035904 i 66 0.013549
- 53 0.022055 0.043252 0.020497 0.037205 68 ~d0I555-0
~
54 0.022671 0.044861 0.02073 0.038497 70 0 0533fE ! 55 0.023273 0.046I653 0.020936 0.039779 72 0.013584
~
l 56 ~T023861 0 0.048065 0.021117 0.041051 74 0.013597 57 0.024434 0.0_49661 0.021275_0.042313 76 0.013 ( 58 0.024993 0.051253 _0.02141 0.043565 78 0.013623 59 ,0.025538 0.052841 0.021523 0.044808 . 80 0.013637 60 0.02607 0.054425 0.021616 0.046041 82 0.013651
- 61 0.026588 0.056005 0.021689 0.047265 84 0.013665 i 62 0.027093 0.057581 0.021744 0.048479 86 0.01368 i 63 0.027586 0.059153 0.02178 0.049684~~ 88 0.013696 1 64 0.028065 0.06072 0.0218 0.050879 90 0.013711 65 0.032421 0.070775 0.024777 0.059163 92 0.01373 66 0.032936 0.072545 0.024764 0.060498 94 0.013748
. 67 0.033438 0.07431 0.024734 0.061823 96 0.013768 68 0.033926 0.07607 0.024689 0.063137 98 0.013787 69 0.0344 0.077826 0.024629 0.06444 100 0.013807 i 70 0.034861 0.079578 0.024556 0.065733 102 0.013828 j 71 _0.03531 0.081325__ 0.024469 0.067016_. 104
_ 0.013849_ 72 0.035746 0.083067_. 0.02437 0.068289 106 0.01387 73 0.036169 0.084805 0.02426 0.069552 108 0.013892 I 74 _003658 0.086538 0.024139 0.070804 110 0.013914
- 75 0.036979 0.088266 0.024007 0.072046 112 0.013937 4
76 0.037366 0.08999 0.023866 0.073279 114 0.01396 . 77 _0.037741 0.09171 0.023716 0.074501 116 0.013984 , 78 0.038105 0.093425 0.023557I 0.075714 118 0.014008 79 0.038458 0.095136 0.023391 0.076916 120 0.014032 I 80 0.092842 0.234784 0.054243 0.188708 j 125 0.014092 ) 81 0.094688 0.244792 0.053139 0.195597 130 0.014155 82 0.096383 0.254735 0.051954 0.202346 l 135 0.01422 83 0.097933 0.254613 0.0f070}[0368W56~' -- 140 0.014287 84 0.099343 0.274426 0.049398 0.215429 145 0.014357 85 0.100621 0.284174 150 0.014429 0.048052 { 0.221768 ~~ 86 0.101771 0.293859 0.0466751 0.227974 l 155 0.014503 87 0.102799 0.30348 0.045278 Id234049 } 160 0.014579 88 0.103712 0.313037 0.043868 0.239995 I I 165 0.014658 89 0.104513 0.322531 0.042452 0.245814 i 176~ ' ~6.014739 90 0 0 0 I-~ 0 175 0.014739 91 0 0 0 0 1 180 0.014739 92 0 - 0 0 0 7 l 185 0.014739 93 0 0 0 0 190 0.014739 94 0 0 0 0 ' 195 0.014739 95 0 1 0 0 0 I , 200 0.014739
l LOCK.XLS BS l BT l BU l BV l BW l BX l BY BZ CA CB l l l 96 0 0 0 0 97 0 0 0 0 L 205 0.014739 210 _0.014739_ 98 0 0 0 0 215 0.014739 99 0 0 0 0 220 0.014739 100 0 0 0 0 T 225 0.014739 l 101 0 0 0 0 230 0.014739 2 102 0 0 0 0 235 0.014739 103 0 0 0 0 240 0.014739 7 104 0 0 0 0 l' 245 0.014735 I
' -~
105 _ 0 0 0 0 250 0.014739 106 0 0 0 0 255 0.014736~ 107 0 0 0 0 260 0.014736 108 0 0 0 0 265 0.014739 109 0 0 0 0 270 0.014739 l 110 0 0 I O 0 275 0.014739 i 111 0 0 I O O 280 0.014739 j 112 0 0 0 0 I f85 0.014755 I
- 113 0 0 0 0 290 0.014739 0
114 0 0 0 295 0.014739 115 0 0 0 0 300 0.014739 116 0 0 0 1 0 I 305 0.014739 117 0 l O__ 0 0 310 0.014756 118 0 0 0 0 315 0.014739 119 0 0 0 0 320 0.014755 120 0 0 0 0 325 0.014739 121 0 0 0 0 330 0.014739
~
i 122 0 0 - 6 G~ 335 0.014739 I j 123 0 0 0 0 340 0.014739 124 0 0 0 0 345 0.014739 J l 125 0 0 0 0 350 0.014739 126 0 0 0 0 355 0.014739 l 127 0 0 0 0 360 0.014739 , 128 0 0 0 0 365 0.014739 l 129 0 0 0 0 370 0.014739 130 0 0 0 O l- ] g. 375 0.014739 131 0 0 0 ._. 0 380 i 0.014755 132 0 0 0 0 385 0.014739
} T 0.014739 133 ~
0 0 0 ~l~ 0 ~~~ 390 6-
~
134 0 0 0 ~~ 355 0.0ii759 135 0 0 0 0 400 0.014739 136 0 ~~ 0 l i 1 405 0.014739
,3, ,
g 0_7_0, g 7- ,g gj3g 138 0 0 0 ~i 0 l [ ~ 415 1 0.014739' 139 140 0 0 6 0 __0_]0 0 0
} 420 425
] _ _ 60I4735 0.014739
____ _ J . 141 0 0 0 0 l 430 0.014739 142 0 0 0 0 { ~~4557 - 0.014739 143 0 i 0 ~I- ~0- ~ ~I~ 0 I i 1 440 l t 0.014759 a
LOCK.XLS BS l BT l .BU l BV l BW l BX l BY l BZ l CA l CB 144 0 0 0 0 445 l 0.014739 145 0 0 0 0 I 450 0.014739 146 0 0 0 0 455 0.014739 147 0 0 i 0 0
-~~ --
460 0.014739 148 0 0 0 0 465 0.014739 , 149 0 0 0
~
0_ 470 0.014739 150 0 0 0 0 475 0.014739 151 0 0 0 0 480 0.014739 1 152 153 TOTAL EA 154 155 i
)
156 157 I 158 159 160 161 162 ~ 7 163 165 166 I i
LOCK.XLS cc l co I cE l CF l CG 1 2 3 LPZ X/O = 8.00E-05 ' Breathing Rate (m^3/s) = 3.47E-04 4
~ ~
5 T.'67E 6FE50E-06 1.82E-U41 1.07E-06 3.15E-05 6 7 8 l-131 -[ l-132 1-133 1-134 l-135 9 0 0 0 0 0 10 1.13E-06 9.59E-09 4.02E-07 2.63E-09 6.5E-08 11 2.37E-05 2.01E-07 8.44E-06 5.5E-08 1.36E-06
~12 BE-05 6.79E-07 2.85E-05 1.85E-07 4.61 E-06 ~
13 ~0.000305 2.58E-06 ~ 0.000109 6.99E-07
~
ijsE DB~ 14 ~dIddO643 5.42E 05^660diI9 1.46E-06 3fE-05~~ 15 0.001093 9.19E-06 0.00039 2.46E-06 6.28E-05 16 0.502042 0.'004194 0.Y78858 0.001112 0.028758 17 1.002959 0.008357 0.357227 0.002206 0.057424 18 1.503844 0 012499 0.535497 0.003287 0.086029 19 2.004697 0.016621 0.713666 0.004353 0.11758i 20 2.505519 0.020722 0.891736 0.005405 0.14309 21 3.006309 0.024803 1.069707 0.006444 0.171545
- 22 3.507068 0.028863 ~
1.247578 0.007468 0.199951
~
23 4.007794[U.032902l 1.42535 0.00848 0558567 24 4.508489 0.036922 1.603023 0.009478 0.256613 l 25 5.009152 0.040921 1.7t,0595 .010463 0.28457~ l 26 5.509784 0.0449 1.95807 0.011435 0.313077 27 6.010384 0.048859 2.135445 0.012395 0.341235 28 7.01152 0.056735~~2359557 0TU14289 0.397452
~~
29 TOI2529 0.064538 3 2.844152J 0.65655f~0353475 30 8.013875 0.064549 2.844627 0.016135 0.453548 31 8.01567 0.064562 2.845261 0.016138 0.453647 32 8 017913, 0.064579 2.846_052_0.016142 0.453771 33 8.020605 0.064599 2.847__ 0.016147 0.45392 34 8.023746 0.064622 2.848104 0.016152_._0.454092 . 35 _8.026038 0.064639 2.84891 0.016155 0.454217 36 ~5.028617 0.064658_ 2.Bi9816~ - ~ -60[615sT545J4 56 37 8.031482 0.064678 2.850821 0.016163 0.454514 38 8.034633 0.0647 2.851925 0.016168 0.454685 39 _8,03807 0.064725 {2.853129_0.016_173 0.45487 40 8.041792 0.06475 2.854431 0.016178 j 0.455071
^- -
41 ~5.0458_ 0.06477'8 I 2.855831 _0016183[0.455f85. . 42 8.050094 0.064807 _2.8_5733 _0.016189 0 455515 43 8.054672 0.064838 . 2.858927 0.016194 0.455759 44 2.860621 0 0162 0456017_ 8;,059536__0.06487_1_._2.862413_ 0.016206_0.45629_ 45 8.064685 0.064905 _ _ 46 8 070118_ 0.06494 2.864302_ 0.016213 0.456_5_77 47 8.075836 0.064977 2.866288 0.016219 0.456877
l LOCK.XLS l CC l CD l CE l CF l CG 48 0.457192 8.081838J 0.065016 2.868371 [ 0.016226 49 8.088125 0.065056 2.870551 0.016233 0.45752 50 8.094696 0.065097 2.872827 0.016239 0.457862 51 8.101253 0.065138 2.87509f. 0.016246 0.458202 52 1108082 0.06518 2.8774f5 0.016253J 0.458555 53 _8,115181 0.065223_ 2.879907 0.01626 0.458921 54 8.1_22553.0.065268 2.88245_ 0.016_267_._ __0.459299 55 8.130195 0.065314 2.885084 0.016274 0.45969 ' 56 8.138109 1065361_ 2.887808 0.016281 0.460094 57 8.146293 0.065409 2.890623 0.016288 0.46051 . 58 8.154748 0.016295 0.460938 0.065458 _2.8_93528 _ 59 8.163474 0.065508 2.896523 ~ 0.016302 0.461379 60 8.17247 0.065555~2T8555Dif
~ ~
0.01631 0 355831 61 ~5351736 0.
._ 0656153dEf83[6[6R317[~dl6@
62 8.191273_ 0.065665 2.906047 0.016324 0.462773 63 8.20108 0.065719 2.9094 0.016332 0.463261 64 8.211155~ ~0.06577dI 2.912841 0.016339 0.463761 65 8.222913 0.065838 [Y5id555T .016347 0.464343 66 [5.2349f5~~6I655963li55055[5 555555 0.464938 67 _8.247344 0.065969_ 2.925177 0.016364 1 0.465545 68 8.260018 0.066035 2.929489 0.016372 0.466166 69 8.272998[0T0561032.9339 0.01638 0.4668 70 8.286282 0.066172 2.938411 0.016389 0.467446 71 8.299872 0.066241 2.943021 0.016397 0.468105 72 X313757 0.066311 275417597 0.016405 0.468776 73 ~5T35f555 0.066383[1 555556 "67016413 .._p6946_ 74 8.34247 0.066454 2.957441 0.016421 0.470156 75 8.357279 0.06652712.962444 f0IO16429 0.470864 76 X575591 0.0T560i"l5675d5 0.015437'~ 5i75555 77 8.387808 0.066675 2.972744 0.016445 0.472317 78 8.403528 0.06675 2.978039 0.016453 0.473061 79 _8.419553 0.066825 2.98,3432 0.016461 _0.4
. 73818 _
80 8.459195j 0.067008 2.99674 0.016479 0.475673 81 8.500629 0.067194 3.010615 0.016497 0.477596 82 8.543851 0.067384 3.025054 0.016514j 0.479585 ~ 83 8.58886 0.067576"5.036055T0:0T5531 0.481635 84 ~8.635555'd55i775 10555U8TOI0id54F ~6255751 85
~5554555[d705f9T~f071fi5l 0.01656440.485938 _
86 8.734578 0.06817 3.088373 l 0.01658 0.488179_ 87 X7557 7 X055575~ ~5.iO5575T05f6555~ 0.49038~ 88 8.84061 0.068576 l 3.123318 LO.01661_ 0492839 89 8.896285 0.068781i 3.1416 1 0.016624 0.495256 90 8.896285 0.068781 l 3 fii6]{dIOT6654*Ti55$56
~ ~
l 91 8.896285 1 0.0687817 3.1416 0.d'1562F 07495555 ! 92 8.8962851 0.0687811 3.1416 ! 0.016624 0.495256 93
}8[.55658530[6878i[ 3.1416 { T016653T0395255 94 8.8962851 0.068781 l 3.1416 ~ 0.016624 I 0.495256 l 95 8.896285l 0.068781 1 3.1416 0.016624 i~d355255 t
LOCK.XLS CC l CD l CE l CF l CG 96 ,8.896285 0.068781 3.1416_ 0.016624 0.495256 97 8.896285 0.068781 3.1416 0.016624 0.495256 98 8.896285 0.068781 3.1416 0.016624 0.4952556 - 99 8.896285 0.068781 3.1416 0.016624 0.495255 100 8.896285 0.068781 3.1416 0.016624 0.495256 101 8.896285 0.068781 3.1416 0.016624 0.495256.. 102 8.896285__0.068781 3.1416 0.016624 0.495256 103 8.89628_5_ 0.068781 3.1416 0.016624 0.495256 104 8.896285 0.068781 3.1416 0.016624 0.4952_56_ 105 .8.896285 0.068781 3.1416 0.016624 0.495256 106 8.896285 0.068_781 3.1416 0.016624 07 96268~ 107 8.896285 0.068781 3.1416 0.0166_24 0.4952BV 108 _8.896285 0.068781 3.1416 0.016624 0.495256 109 8.896285 0.068781 3.1416 0.016624 0.49576B} 110 8.896285 0.068781 3.1416 0.016624 0.49520S - 111 8.896285 0.068781 3.1416 0.016624 0.495266 112 8.896285 0.068781 3.1416 0.016624 0.495256 113 _8.896285 0.068781 3.1416 0.016624 0.495256 114 8.896285 0.068781 3.1416 0.016624 0.495256 115 8.896285 0.068781 3.1416 0.016624 0.495256 116 8.896285 0.068781 3.1416 0.016624 0._495256_ 117 8.896285 0.068781 3.1416 0.016624 0.4952_56_ 118 8.896285 0.068781 3.1416 0.016624 0.495256 119 8.896285 0.068781 3.1416 0.016624 0.495256 120 8.896285 0.068781 3.1416 0.016624 0.495256_ _ 121 8.896285 0.068781 3.1416 0.016624 0.495256 _ 122 8.896285 0.068781 3.1416 0.016624 0.495256 123 8.896285 0.068781 3.1416 0.016624 0.495256 124 8.896285 0.068781 3.1416 0.016624 0.495256 125 8.896285 0.068781 3.1416 0.016624 0.495256_ 126 8.896285 0.068781 3.1416 0.016624 0.495256 127 8.896285 0.068781 3.1416 0.016624 0.495256 128 8.896285 0.068781 3.1416 0.016624 0.4952_56 129 8.896285 0.068781 3.1416 0.016624 0.49525_6_ _ 130 8.8_96285 0.068781 3.1416 0.016624 0.495256 131 8.896285 0.068781 3.1416 0.016624 0.495256 132 8.896285 0.068781 3.1416 0.016624 0.495256 133 8.896285 0.068781 3.1416 0.016624 0.495256_ 134 8.896285 0.068781 3.1416 0.016624 0.495256 135 8.896285 0.068781 3.1416 0.016624 0.495256 136 _8,.896285 0.068781 3.1416 0.016624 0.495256_ . 137 8.896285 0.068781 3.1416 0.016624 0.495256 138 8.8_9_6285j 0.068781 3.1416 0.016624 0.495256 139 8.896285 0.068781 3.1416 0.016624 0.495256 140 8.896285 0.068_7_81 3.1416_ 0.016624 0.495256_ 141 _8.896285 0.068781 3.1416 0.016624 0.495256 _ 142 8.896285 0.068781 3.1416 0.016624 0.495256 143 8.896285 0.068781 3.1416 0.016624 0.495256
1 l l LOCK.XLS CC l CD l CE l CF l CG j 144 . 8.896285 0.068781 3.1416 0.016624 0.495256 l 145 8.896285 0.068781 3.1416 0.016624 0.495256 146 8.896285 0.068781 3.1416 0.016624 0.495256 147 8.896285 0.068781 3.1416 0.016624 0.495256 148 8.896285 0.068781 3.1416 0.016624 0.495256 149 8.896285 0.068781 3.1416 0.016624 0.495256 150 8.896285 0.068781 3.1416 0.016624 0.495256 151 8.896285 0.068781 3.1416 0.016624 0.495256 152 153 DOSE = 11.97412 TOTAL LPZ DOSE = 1.122959 154 155 156 157 158 159 160 161 162 163 164 l 165 166 1 I l I
LOCK.XLS Loo?- 62 K.S A l B l C l D l E l F l G l H l l l J 1 RIactor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis Thermal-Hydraudia'ridSource Term Transport inputI~ ' 2 I l [ 3 Cise Evaluated (1= Credit for RCS injection Flow Loss for Source Term Depletion. 2=No Credit for Source Term Depletion) = 1 4 RCS Volume (gal) = l 83059 lConv. Factor (gal /lbm) =l 0.1642 Letdown Cleanup Fraction = 1 5 Coolaown = 50 RCP Heat = 6.24E+07 Conductor = 3.13 i+07 S/G Heat of Vaporization Hfg (BTU /lbm) = 6 Rate (F/Hr) (btu /Hr) Heat (btu /Hr) I l l 7 Time Leak Loss l Leak Dose Flash l S/G H2O { Core Decay Steam Cas ; Steam input Steam Rate; Scrub 8 -(Min) (Lbm/ Min) [(Lbm/ Min) Fraction Sass (Ibm)l eat (btu /hrI Release [ (Ibm / min) l (ibm / min) l Fraction 9 0 1.64 0.571 0 8.00E+04 0.00E+00 l 2 1800 1800 1 0 10 0.1 1.64 . 0.571 0 8.00E+04 0.00E+00l f 1800 1800 0 11 0.5 1.64 l 0.571 0 _ 8.00E+04 0.00E+00 2 1800 1800 0 12 1 1.64 i 0.571 0 l 8.00E+04 0.00E+00
~ ~
2 1800 1800 0 13 2 1.64 {~ 0.571 0 [~8.0ds+04 ~diO6Eid6 2 T 1800 2 1800 0 14 3 1.64 l 0.571 0 i 8.00E+04 0.00E+00 2 { 1800 1800 0
~
15 4 l 1.64 0.571 1 2 N8 d-~i~860 -0 16 5 j 1.64 0.575 - 17}8 00hT04TDI66Eib0 8I 6Ei6(~diddEiOO , 2 i 1800 1800 0 17 6 1.64 _ 0.571 178?ddsi0ildDEi0d* 2 I 1800 1800 0 18 7_ 1.64 0.571_i. 1 l 8.00E+04 0.00E+00 2 l 1800 1800 0
' 7 19 8 1.64 0.571 1 8.00E+04 0.00E+00 2 l 1800 1800 0
^
20 21 9 10 1.64 1.64 0.571 0.571 1 1 8.00E+04 0.00E+001 8.00E+04 0.00E+00 2 [ 1860 2 1 1800 1800 1800 0 6 22 11 1.64-~ 0.571 ~~ 1 BldEi6i 0.00E+00 2 1800 1800 0 23 12 1.64 0.571 1 8.00E+04 0.065i 6 2 1800 180D i ~0 24 13 1.64 0.571 1 8.00E+04 0.00E+00 2 1800 1800 l 0 25 14 1.64 0.571 1 8.00E+04g0.00E+00j 2 1800 1800 0 26 15 1.64 0.57; ! 1 2 1800 1800 0 [8.00E+04 0.00E 00J 27 16 _ 1.64 0.571 1 ! 8.00E+04 0.00E+00 2 1800 1800 0 28 18 l 1.64 0.571 1 i 8.00E+04 0.00E+00 2 1800 1800 0 J 29 20 l 1.64 0.571 0 78.00E+04 0.00E+00 2 l 1800-~} 18U0 0 30 22 1.64 0.571 ~I- l 8.00E+04 } 0.00E+002 M 800 1800 0 31 24 1.64 0.571l 0 8.00E+04 I 0.00E+00 2 l 1800 1800 0 32 26 1.64 0. _ 571 j 0 2 j i800 O ; _8.00E+04 J 0.00E+00 2
~iB6b}]i 33 28
- 1.64 _ 0.571 0 8.00E+04i 0.00E+00 l 1800 1800 0 34 30 1.64
[0.57T] 0 8.00E+04] 0.00E+00 2
.(1150 1150 ] O 35 _ 32 1.64 1 0.571 ! 0 ! _2 i 1150 1150_ 1 0 l 8.00E+04i0.00E+00 36 34 1.64 1 0.571 ! O 8.00E+04 l 0.00E+00~g 2 l 1150 1150 l 0 IO 5fi]
37 -36g 1.64 0-~~[X 0Eid4I 160ET60j 2 l 1150 1150 ' 0 38 38 ; 1.64 ! 0.571 ! 0 l 8.00E+04 0.00E+00i 2 1150 1150 0 lX6dsiO47{ 6DDEIO0'[
~~
39 40 1.64 l 0.575 6 2 1150 ~i550~ ~ ~ d i 40 4I~~ 76T ~i ' d.'571 0 T.00E+04"0'66ETOOI 8 2 1150 1150 0 l 41 44 1.64 5 571 0 8!U6Eid4 TdbEi0dl
~
2 1150 1150 0 1 42 ~~46 ___ 1.64 ~U~575-~~0 8T0dE+0{6i06sidO[2 _ 1150_ . ] 155 ~ 1150 d] 0 43 48 1.64 0.571 0 8.00E+04 l 0.00E+00 2 J. 1150 44 56 i j 4 ] ] 37I- 0 ! 8.00E+04l 0.00E+00 2 1150 1150 1 0 l 45 52 1.64 l 0.571 , O l 8.00E+04 0.00E+00 j
~
2 1150 1150 1 0 i 46 54 I~8 bDsiO4 TddETOOI 2 1150 1150 0 l 1.64[U~575 l_ 0I_0 47 56 1.64 1 0.571 ' i 8.00E+04. 0.00E+001 2 I 1150 1150 0 l
M i i LOCK.XLS A l B l C l D l E l F l G H l J l l l 48 58 1.64 0 49 0.571 ] (8 00E+0410.00E+00 t I 2 j 1150 1150 0 60 1.64 0.571 l 0 1150 1150 0 " 8.00E+04J 0.00E+00 50 62 1.64 J 0.571 T 0 8.00E+04 l 0.00E+00 f-~2 2 I- ~~~~1I00 1100 0 0-~ 51 , 6_4_ 1.6(l ~6.~571]T 5~66Ei6 TID.~6dET0'0 }-~~2 11d0 1100 0 52 66 1.64 l 0.571 0 8.00E+04 0.00E+00 2 1100 1100 0 ! 53 68 1.64 [ 0.571 0 8.00E+04 0.00E+00 2 110d 1100 0 l 54 70 1.64 l 0.571 ! 0 8.00E+04 0.00E+00 2 1100 1100 0 55 72 1.64 j 0.571 0 8.005iOT 0 0D5iOTI 2 1100 0 1 { 1100 56 -74 1.64 I ~T571 0 8.66Ei6TI~0T66E+00 l 2 1 1100 1100 0 I . 57 76 1.64 0.571 0 8.00E+04 i 656Eid6 ~~Y 1100 1100 F _{ 0
~
j 58 78 1.64 0.571 8.00E+04 0.00E+00 2 1100 1100 0 59 80 1.64 O 8.00E+04 0.00E+00 l 2 1100 1100 0
} 0.571 }
60 82 0 8.00E+04 0.00E+001 2 1100 1 L 1.64 0.571 } 1100 0 l 61 84 1.64 0.571 1 0 l 8.00E+04 0.00E+00 l 2 1100 l 1100 0 1
- 62 86 1.64~I 0.571 1 0 _ f 66sT04 0.00EiO6i 2 l 1100 }]1100 0 i 63 88 1.64 0.571 i 0 J 8.00E+04 0.00E+00 I 2 1100 l 1100 0
! 64 90 1.64 0.571 ~[ 0 8.00E+04 0.00E+00 l 2 1250~~[ 1250 0 , 65 92 1.64 0.571 0 [Tif540T'6.00E+00 2 ! 12507~ 1250 0
- 66 94 1.64 0.571 0 8.00E+04 i 0.00E+00 l 2 1250 1250 0 j 67 96 1.64 0.571 0 8.00E+04 0.00E+00 {_2 l 1250 1250 0 l
68 98 l 1.64 0.571 0 8.00E+04 0.00E+00j 2 1250 0 g (_1250 , 69 100 1.64 0.571 l 0 8.00E+04 0.00E+00j___2 1250 1250 J 0 ) 70 102 1.64 8T66s+04 0.00E+00 2 1250 1250 0 ) . 0.571 ] O l 4 71 104 1.64 ! 0.571 0 8.00E+04 0.00E+00 2 1250 1250 0 i 72 106 1.64 0.571 ~6- 8.60E+04 0.605i6d 2 1250' 1250 0 4 73 108 1.64 . 0.571 , O J 8.00E+04T I6dDid6 2 1250 1250 0 l 74 110 1.64 7 0.571 ! O I 8.00E+04 0 00E+004 _ 2 1250] 1250 0 75 112 1.64 0.571 l ' 0 [ 8.00E+04 _0.00_E+00 [__ 2 _ 1250 l 1250 T~ 0 76 114 1.64 i 0.571 0 [ 8.00E+04 0.00E+00 l 2 1250 l 1250 0 77 116 1.64 1 0.571 0 l 8.00Ei6di~dT06siddi ~ 2 1250 l 1550 0 78 118 0.571 O "55 Ei6T DTO6E+66l~~ ~2~ 1250 1250 l 0 1.64 ]f d7571 l ~0 .
~
79 120 1.64 8.00ss6T 1385i08l 2 1181 1181~~l 0 l 80 125 1.64TD.'57T-[ 0 8.00E+04 1.38E+081 2 1181 1181 i 0 ~ 81 130 t~ 1T64 l ~65'7Fi 0 ITO E+04l 1.35E+081 2 i 1181 1181 i~ 0 82 ~i35 1.64 ~6757TTT~i850Ei6({T55Ei687-~~2-[~iT5i-- ~ 1181 [ 0 83 140 1.64 0.571~ I C TK06si0lil325iO8l 2 1181 1 1181 l 0 84 145 1.64 [~67573 ] 0 ~ l 836ETOTIT3fEid8" 2 1181 1181 T 0 85 150 1.64 1 0.571 l 0 8.00E+04 2 1181 1181 1 0 86 15 F 1.64 l 0.571 l 0 [8706E+di{j 1.29E+08129ET65((2[] 118_1 l _115I[~ 87 160 1.64 _ 0.571 [ 0 ! 8.00E+04 l 1.27E+08 2 l 1181 i 1181 l 0 88 1764 0.571 1 0
- I'560Ei6T[T27E}68((5 ~{ii8il 1181 j 0_
_ 175 1 65 _170 1 1.64 [' O.571 89 . 0 8.00E+04} 125E+08( _ 2 1 0__j 0 1 0__ 90 [ 1.64 0.571 0 1.25E+08 2 i 0 0 0 91 180 l 1.64 l 0.571 0 [ 8.00E+04
! 8.00E+04 1.23E+08 2 i 0_p_0 0_
92 185 1.64 0.571 1_ 0 l 8.00E+04 1.23E+08 2 0 0 l 0 i~64 0.571 ]57[! 0]_8[00E+0i"T22Ei+[6(]2]_]j___ 0 ___j
~
93 _ 190 . 6-~i" 0 94 _ 95 3 _ 1.64 1 0 l 8.00E+04 122E+08 2 l 0 0_ _ 0__ 95 200 l 1.64 l 0.571 1 0 18.00E+04 t 1.20E+08. 2 ! O i 0 0
-- . - . _ . . - . _ - - _ - _ _ - = - _ - . _ . _ _ . - _ _ _ ~ . - _ _ _ . _- . . _ ~ -.
l LOCK.XLS A l B l C l D l E l F l G l H l 1 J l 96 205 1.64 I 0.571 1 0 { 8.00E+04 l 1.20E+081 2
}
0 0 0 97 _ 210 1.64__j 0.571 0 l 8.U0EiOTIT.15Ei55^ 2__j O_ 0 0 98 215 1.64 ' O.571 ~ 0 [ 8.00E+04 l 1.18E+08
~~
2 0 1 0 0
~
99 ~ 520 1.64 0571 0 8 00Ei04 tit 7Eid8 2 0 0 0
~
100 225 _ 0.571 ' 0 2 0 101 230 _ 1.64 1.64 0.571 0 830E{0diTf7$iO{ 8.00E+04 I 1.16E+08 2 d _0
~
0 0 0 102 235 1.64 0.571 0 8'd0$i U1715EiO5 2 0 0 0 103 240 1.64 0.571 0 8.00E+04 1.14E+081 2 0 0 0 104 245 1.64 ~~0 8TOUEidliT145sd8F2 l 0 0 0 1 54~~f~~0T571-
~
^
105 ~ T50 "~ ~0.571 ~ 0 8.00E+04 1.13$i6si 2 0 6- 0 1 106 ~ 55 _ 2 1.64 0]571g _0-8[.Dds[04 1.13Ei68l 2 O_ 0 d l 107 260 1.64_ 0.571 1 0 8.00E+04 1.12E+08l 2 0 i 0 0 l 108 265 1.64 ~ 0.571 j 0 8.00E+04 1.12E+08i 2 { 0 0 0 109 ~27d 1.64 [ 0.571 1 . 0 _ 8.00E+04 1.11 E+08 j 2 ~T-~0 0 0 110 275 1.64 l 0.571 l ~ 0 8.00E+04
~
1.11E+08J 2 [ 0 0 0 111 ~~28D 1.6d]~~Olfi [~D~ ~ 8 ddEi~ 0TjlI0Eid51 2 0
}
0 0 112 285 1.64 _ 0.571 _ l 0 8.00E+04 l 1.10E+08 2 0 0 0 l 113 290 1.64 0.571 l 0 8.00E 04j_1.09E+08 2 1 0 0 0 l 114 295 j ~1.64 0.571 { 0 i 8.00E+04 l 1.09E+08 2 l 0 0 0 115 300 ill~~0I57'i~i 6~~T 3DEIO4TTE08eiOi8 2 0 6 0 - 116 117 305 310 1.64 1.64 0.571 [} 0.571 T) 0
,E035id)Td~8Ei0'8 ~ ][ ~
2 2 0 0 0 0 0 0 8.00E+04L1.07E+08 118 315 1.64 0.571 0 8.00E+041 1.07E+08l 2 ~6 0 0 119 __320 _ . _ 1.64 _ 0.571 0 . 8.00Ei04}T.05$idsi _ 2 0 0 0 121 -.330.- - 1.64 _ , 0.571.-]- _ 8.00E+04 -. 1.05E+08 i 2 0 0 0 123 340_j_1.64 ~] d57[i ))0_ 0_j 0 _ L _0 124 345 l 1.64 0.571 y O_ 8[60siOII 8.00E+04_ 1.05E+08 1.05E+08 2 _2_I 0_f_0 l 0 125 350 1.64 i 0.571 0 } 8.00E+04_1.04E+08. 2 0 0 i 0 126 ~~'355~~ 134 I 0.571 0 l 8.00E+04 1.04E+08 2 0 0 0 127 360 1.64 ~Id.~575~ ~~~67 36E+di' 8 1.038+08 2 'l ~ 0 0 128 365 1.04 } 0.571 0 f8.00E+04 1.03E+08 2 i 0 0 0 129 _370_ __ . 1.64 !__0.571 0 i 8.00E+04 1.03E+08 __2_j_0 _0
~I 0_
130 375 1.64 0.571 0 - l 8.00E+04 i 1.03E+08 2 l 0 i 0 0 131 380 1.64 0.571 ~0 lf0dsid4l'i~.62EIO8 '- ~ 2 1 0 132 ~585~~~~ ~ 133 iT6f ~ ~ ~0 571 -
-300 ~ ^ 34~ ~0 575 ~ ~~0 ~I836EiOTIT0iEi08]
1
~
6~
~
i~8.60E+04 l 1.02E+08 2 2 0 0 i 0 07 I ~0 0 0 i ! 134 135 Z395Z .].64T757iZ Z0 Z 8.60E{0lil 0fE[d8 400 1.64 0.571 0 8.00E+041 1.00E+08 2] d-~l_0_j 0 0 O_ 0 l 2~~ ' 1 j 0 136 405 1.64 0.571 0 [8.00E+04 TO EA08i 2 I O O i 137 410 1.64 0.571 0 l 8.00E+04. 9.97E+07! 2 0 0 { 0 138 415 1.64 0.571 l 0 [~83dsid4 IT97E+07 9 ~ ~~ 2~~ -0 - 0 l 0 l 139 420 1.64 0.571 __0 I8IO6EI0l~934sid7 2 0]_ 0]~~~0 l 140 425 1.64 0.571 j_ _0_] 8.00E+04, 9.94E+07_ _ 2 _] 0 1 0___40_ l 141 142 430 1.64 0.571 0.571 , 0 0 i[8.00E+04 8.00E+04 _9.87E+07l9.87E+07!~ 2 Jj 0 0 l 0 t 0___2_ 0 0 j 435 _ 1.64 1 , i t 7 q .~ ~ 70 8.00E+0419.81E+07: 2 1 0 i ~70~0 i
1 l LOCK.XLS l A l B l C l D l E l F l G l H l 1 J l 144 445 1.64 0.571 0 [8.00_E+04 9.81E+07I 2 J 0 0 l 0 , 145 450 1.64 0.571 0 8.00E+04 9.75E+07l 2 0 0 0 j
~ l 146 455 1.64 0.571 0 8.00E+04 2 0 0 0 9.75EiOf[ i l
~ 5D
~
147 4 1.64 OT5fi~ 0 l 8.00E+04 9.69E+07 2 0 0 l 0 J 148 465 1.64 0.571 0 8.00E+04 9.69E+07 2 0 0 l 0 ' 149 470 1.64 0.571
~0 160E+04 9.64E+07 2 0 0 1 0 150 475. 1.64 0.571 0 8.00E+04 9.64E+07 2 0 0 0
~ ~
151 486 1.64 _{ 0 5~71 0 8.00E+04 9.55Ei07 2 0 0 0 152 153 Temp 'Speevol
, 4 154 70 0.1201 155 75 0.1201 l
~
156 80 0.1202 157 85 0.1203 7 158 90 0.1204 l 159 95 0.1205 1 j_ ! 160 100 0.1207 l .i i 161 105 0.1208 I l~ l 162 110 0.1209 ~
~T ^
i 163 115 0.12105 164 120 0.1212 165 125 0.12135 _4 {_ i 166 130 0.1215 l D I l i
LOCK.XLS i
~
K l i_ l M l N l 0 l P l Q R S T l l l 1 I"* SG "B"- no tube bundle uncovery *"
~
l 2 l'*~SiH/ max leakage and TBU *" l 3 2 Steam Release Case Evaluated (1 = Calculated, Source Term Case Evaluated (1 = Failed Fuel,2 = lodine Spike) 4 0 2 = Input Directly) I T case = NUCLIDE DBRC DCF l-131 DEC 5 632 Number of S/Gs Being Used = 3 2 6
} (ICRP-30) 7 Byp to Accomplish Cooldown l Partition UD I
g Inject. Flow Inject. Tem ilnject. Flow l-131 2.5 0.00107 0.76987 8 Fract. Fraction (GPM) (gal / min) i (f) l (Ibm / min) 1-132 0.9 6.3E-06 0.277153 9 0 0.01 80 1 0 100 0 1-133 4 ~[ 0.000181 1.231792 10 0 0.01 80 F 0 100 0 1-134 0.6 1.07E-0610.184769 11 0 0.01 i 80 0 100 I 0 1-135 2T2
~
3.15E 05T O677455 12 0 _ 0.01 _j 80 0 100 0 1-131 Eq.=j _3.247301 l 13 0 0.01 1 80 _l 875 100 0 I l 14 0 0.01 80 875 i 15 0 0.01 80 875 100_LO Total 1-131 Dose Equivalent = 1 100 l 0 UD Flow, Release Rate input (GPM) = l 80 16 0 0.01 80 875 100 [ 0 17 0 0.01 80 875 100 0 18 0 0.01 80 875 100 0 l 19 0 0.01 80 875 100 0 i
~ ~~~
20 0 _ _ . . _ 0.01 m- 80 875 j 100 ~1 ~ 0 l - 22 ZC._f01 _ _8 0_ -87[l))Ej [TZ1 }- 23 0 875 24 0 0.01 L 80 0.01 100 l 0 80 875 100 l 0 25 0 0.01 80 875 100 i~ 0 26 0 0.01 80 j 875 100[ 0 _ I 27 0 0.01 80 875 I 100_ 0 28 0 0.01 80 875D 100 0 29 _0_, 0.01 80 [ 100
, g 9, ,9 q _ 875 ,,, g 3 31 0 0.01 80 j 100 0 875_1 32 0 0.01 80 875 100 0 _ _
33 0 0.01 80 875 100 . O_ l__ 34 0 0.01 T 80 875 I 100 1 0 4 ~
~}
7 0.01 ~[ 80 35 0
. . _ - . . -. l --875 I'~100 7-7 ~D t 37 0'.0I ~ ~ 80 l 875 100 I0 l 0 _ [ 0.01 38 0 80 875 100 0 39 0 0.01 80 875 100 l 0 -[~ ~~7 ~ l ~
I 40 0 0.01 .- .. 80 - 875 0 100 -{ 42 0 i 0.01 ~} 80 875 100 f 0 I l
. -~ ,, 80 875 F 100
{ l ~ ^ t 0 44 0 l 0.01 80 875' T 100 i 0 , l ] 45 .-.0. 1 0.01 8 - i~ ~NSb100~T~~0 -- - I-- .. - { l 9 gg_q ,gg g 7- - -7
l LOCK.XLS 1 K l L l M l N l 0 l P l Q l R S T l l i 48 0 0.01 80 875 100 0 49 0 0.01 80 ff75 100 0 l 50 0 0.01 80 875 100 0 51 0 0.01 80 875 100 0 52 0 0.01 80 875 100 0 j 53 0 0.01 80 875 100 0 j 54 0 0.01 80 875 100 0 55 0 0.01 80 875 100 0 56 0 ~ 0.01 80 875 100 0 { 57 0 0.01 80 @5 100 0 l 58 0 0.01 80 875 100 0 59 0 0.01 80 875 100 0 60 0 0.01 80 875 100 0 61 0 0.01 80 875 100 0 62 0 0.01 80 875 100 0
- 63 0 0.01 80 875 100 0 i 64 0 0.01 80 875 100 0 65 0 0.01 80 875 100 0 66 0 0.01 80 875 100 0 4 67 0 0.01 80 875 100 0 a 68 0 0.01 80 875 100 0 l 69 0 0.01 80 875 100 0 2
70 0 0.01 80 875 100_ 0 71 0 0.01_ . 80 875 100 0 72 0 0.01 80 875 100 0 73 0 0.01 80 875 100 0 ! 74 0 0.01 80_ 875 100 0 75 0 0.01 80 875 100 0 ., 76 0 0.01 80 875, 100 0 l ! 77 0 0.01 80 875_ 100 0 I
. 78 0 0.01 80 875 100 0 l l 79 0 0.01 80 875 100 0 80 0 0.01 80 875
~
100 0 81 0 0.01 80 875 100 0 l 82 0 0.01 ~~ 80 M5 100 0 ! 83 0- 0.01 80~- 55 100 0 1 ! 84 0 0.01 80 875 100 0 l 85 0 0.01 80 875 100 0 l 86 0 [ _0.01 80 875 100 _0 i 87 0 0.01 80 87_5 100 0 ' 88 0 0.01 80 875 100 0 89 0 0.01 80 875 100 0 90 __ _ 0 02 01 80 8_7_5 100 0 _ 91 0 0.01, 80 875 100 0 ; 92 0 0.01 80 875 100 0 l 93 0 0.01 80 875 100 0 _ _ _ 94 0 0.01 80 875 j 100 0 ! _ 95 0 0.01 80 875 l 100 0 l 1
LOCK.XLS K l L l M l N l 0 l P l Q l R S T l l 96 0 0.01 80 875 100 1 0 97 0 0.01 80 875 100 T 0 98 0 0.01 80 875 100 0 99 0 0.01 80 875 100- 0 100 0 0.01 80 875 100 0 101 0 0.01 80 875 100 0 102 0 0.01 875 103 0 0.01 80] 80 100 0 875 100 0 104 0 0.01 80 875 100 0 105 0 0.01 80 875 100 0 106 0 0.01 ~80 875 100 0 107 0 0.01 80 875 100 0 108 0 0.01 80 875 100 0 109 0 0.01 80 875 100 0 110 0 0.01 80 875 100 0 111 0 0.01 80 875 100 0 112 0 0.01 80 875 100 0 113 0 0.01 80 875 100 0 1 114 0 0.01 80 100 0
}_ 875 115 0 0.01 80 875 100 0 116 0 0_.01_
_ _80_ 875 100 0 117 0 0.01 80 875 100 0 118 0 0.01 80 875 100 0 119 0 0.01 80_ 100 0 _875 120 0 0.01 80 875 100 0 121 0 0.01 80 875 100 0 122 0 0.01 80 875 100 0 123 0 0.01 80 875 100 0 124 0 0.01 80 875 100 0 125 0 0.01 80 875 100 0 126 ~ 0 0.01 50 875~~~ 100 0 127 0 0.01 80 875 100 0 128 0 0.01 80 875 100 0 129 0 0.01 80 875 100 0 130 0 0.01 80 875 100 0 131 0 0.01 80 875 100 i^ 0 132 0 [ 0.01 80 875 100 0 i 133 0 0.01 80 875 100 0 j 134 0 0.01 80 875 0 100 _ g __0 _ 135 _0 0.01_ 875 100 j _ , 136 --.0 - 0.01 ---- 80 _ 1. - . . 80 875 100 0 ..
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LOCK.XLS ) K l L l M l N l 0 l P l Q R S T l l l 144 0 80 875 0 [_0.01 100 145 0 0.01 80 875 100 0 4 146 147 0 0 0.01 80 875 100 0 l I 0.01 80 875 100 0 , 148 _ 0 OT01 80 8_75 -100 0 149 0 0.01 80 875 100 0
~
150 0 0.01 80 875 100 0 151 0 0.01 80 875 100 0
}
, 152
- 153 154 155
- 156
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3 4- _ - - -_ i 160 161 t 162 163 164 165 166 k i l
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 1 j Reactor Coolant iodine Activity (Cl) [
~
2 l l ~ ~'l
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3 i Failed Fuel = l 0.15 4 1 Gap Fraction = l 0.1
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- - ' ~
6 ICoreinventory(CIF 2T165705 ~5~82ETOT T.28siO8~il56ETd~8 5.D5EID5
~
'I~74si65 7 [ Decay constant (1/ Min) = T ~~
9.35E 64T~57555~U5~5T6fE0f~5555ZO41.325T~2-~IT1~5s~D5 O
~ ~ ~
i-130 I i-13i-^i:132 8 iTirne(Min)T~ l-i33 iW34 i~135-9 _ l 0 0 j_1J6p431 [63.59153 L282.629 42.39435 _155.446 10 i 0.1 0 [185.6774 82.58816 1 304.0718 72.29818 176.4887 11 ~~ 1 0.5 0 l 221.8135 158.479 389.8304 191.5196 260.6222 12 1 0 j 266.9821} 253.1274 497.0009 339.6638 365.7056 13
} O 711.2495 633.0352 _575.5938 2_ , 357.3138 1 441.71 14 3 0. 447.6383 629.3439_._ 925.375_ 922.5595_ 785.1113
- ~~
15 4 0"~~~ ~531.~955f 816.0341 1139.377 1208.287 994.2588 16 5 0 628.2658 1001.785 1353.257 1490.268 1203.037 17 6 0 718.5687 1186.602 1567.013 1768.5521 1411.446 18 - 7 0 808.8645 1370.489 1780.646 2043.186 1619.488 19 - 8 i 0 899.1531 1553.451 1994.157 2314.219 1827.161 20 21 9
]__ 0 989.4345_ 173_5.493 22_07.545} 2581.698 2034.468 10 1 0 l 1079.709 1916.619J 2420.81 2845.67 2241.409 22 11 ,_[ 0_j i169.976 2096.834 2633.952 3106.18 2447.985 23 12 0 ! 1260.235 2276.143 2846.972 3363.274 2654.195 24 25 1 f1[ __ __{_ 0 14 l'155dT85 }]24f4T55[~l~3059.873616.997 2860.042 0_ l 1440.734 2632.059 [ 3272.645 3867.392 3065.524
{ _ .- ~1 15 - 0 l 1530.9723 2808.675 3485.297 4114.504 3270.644 28 18 0 l 1801.64413333.212 l 4122.522 4836.568 3883.833 29 _____l____ 20 0 _ [ 1982.055 3678.52 4546.728 5302.301 4290.822 30 4 0 I 2162.439 4020.364 4970.446 5755.9 4696.375 i_22 } 31 24 0 2342.793 4358.777 5393.678 6197.681 5100.497 i 32 ~l,l_ ~ 56__j___ _ ~U _ '_252M9]93Mj816_.455}~5627.951 5503.192[ 33 ~ _.1 28_ l 0_ 2703.416 5025.449 6238.681 7047.011 5904.467 34 _ _ " _ _ _ ~30'_
- _7 _.7_
0 2883.684.. _5353.776j 67gT80 6660.454 5:7 7455.154 6304.325 7 5: 62~57bf71Y
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37
} 36 0 34515I7l~5319.12f~752f857~66iE87fil455J55 l 38 __.-"~~~
38 0 3604.47 6634.467 8342.704l 8984.119 j 7889.695
,, 40 0 3784.595 6946.648 8762.059l 9341.791 8282.541
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^ 555:64T ~9595 3ff~16625_72T905T055 .-
1
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43 48 t 0 4501808T8164.358 10434.66 10681.69 i~9840.158
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44 l 50 i l 0 T468i79 [8461TI8Yll0555~6f~1055533710555?ff 45 46
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l 11684.07 l 11597 1 _ __ -_ 54 _i 1 _.~ i 0 1 5224.562 i 9553T551Ti2055T56I 11887.31 1 11375T86
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD l 48 58 j j 0 5404.429 9619.014 12514.62 12169.34 11756.4 1 49 60 0 5584.267_9901.246 12929.18 12444.03 12135.61 J 50 62 0 5764.077 10180.65 13343.26 12711.56 12513.48 51 64 0 5943.858 10457.24 13756.87 12972.11 12890.01 52 j 66 0 6123.61 10731.06 14170 13225.88 13265.21 l 53 0 6303.334 11002.13 14582.65 13473.04 13639.09_ __ 68_ 54 g 70 0 6483.029 11270.49 14994.83 13713.76 14011.66 55 l 72 0 6662.696 11536.15 15406.54 13948.2 14382.9 56 74 0 6842.334 11799.14 15817.77 14176.54 14752.84 57 i 76 ~ 0 1021.943 12059.49 16228.53 14398.93 15121.47 58 {- f8' 0 7201.524 12317.24 ~ 16638.82 14615.52 15488.8 59 50 60 0 3755II)76 12572.39 17048.64 14826.48 15854.83 82 0 l 7560.599 12824.99 17457.98 15031.93 16219.57 61 84 0 [ffdO.094 13075.05 17866.86 15232.03 16583.02 I 62 86 0 7919.561 13322.6 18275.27 15426.92 16945.19
~
63 88 0 8058.999 13567.66 18683.2 15616.73 17306.09 64 90 0 8278.408 13810.27 19090.67 15801.6 17665.71 [
~ ~
65 - Y2 0 [545ff5?fi 14050.45 19497.67 15981.65 18024.06 66 94 0 j 8637.141 14288.21 19904.2 16157.01 18381.14 67 - 96 0 ~ 8816.464 14523.59 20310.26 16327.8 18736.97 68 69
][98 100 0
0 8995.759 14756.6 20715.86 9175.026 i 14987.28 21120.99 16494.14 19091.53 16656.14 19444.85
}
70 102 j 0 9354 264 15215.64 21525.65 16813.93 19796.92 71 104 1 0 9533.473 15441.71 21929.85 16967.6 20147.75 72 [ 106 0 9712.654 15665.51 22333.58 17117.27 20497.34 73 l 108 0 9891.806 15887.07 22736.85 17263.04 20845.7 7 ___r 75 112 0 10250.03 16323.531 23542 17543.29 21538.73 76 - 114 0 10429.09 16538.49 23943.88 17677.96 21883.41 ! 77 ~l 116 0 10608.13 16751.28 24345.3 17809.12 22226.87 I 78 I 118 0 10787.14 16961.94 24746.26 17936.87 22569.12 79 ! 120 0 10966.12 17170.49 25146.76 18061.29 22910.17 80 l ~} 125 0 11413.45 17682.75 26145.98 18358.33 23757.52 I 81 130 0 11860.6 18182.25 27142.34 18636.4 24597.42 1 82 135 0 28135.84 18896.72 25429.93 {~12307.57 18669.32 I 83 140 0 i5f5I.^3f~i9144.26 29126.48 19140T} 26255.11 l 84 145 0 13200.98 19607.37 30114.28 19368.53 27073.03 85 150 0 l 13647.42 20058.95 31099.25,~19582.08 27883.75 86 _. I 155 0 ~i~iiO95.58*5d49916 ~52U81.38 2 i5185 ~2865f5I 87 160 0 j 14539.77 20928.67 33060.7 19969.14 29483;85 88
] ; 165 0 14985.67 21347.35 34037.2 1 20144.34 30273.36 89" T~ 170 0 15431.4 21755.61 35010.9 "20308.34 31055T5f
~i 175 0 , 15876.95 22153.71 35981.8 20461.87 31831.6
((} 91 180 _ 0 _ _16322.331 22541.89_ 3_6949.9{id605.59 3f600.44 92 185 1 0_ 16767.52! 22920.41 37915.25 20740.14 33362.53 93 1 j 190 0 17212.54 23289.5 38877.81 20866.09i 3IIIf9~ 94 l 195 0 17657.39 23649.4 39837.61 20984 34866.63 {fi5IO2 05If4660.'5i7619165T21 5i.57[l 3
~ ~ ~
95 i 200 , 1 O
LOCK.XLS , l U l V l W l X l Y l Z l AA l AB l AC l AD 96 l 205 0 18546.54 24342.55 41748.94 21197.7 1 36344.38 97 210' O 18990.8F~24576.23 42766 19 21294.43T3YO73.52 98 ! 215 0 19434.9f~5f061I61 43649.31 L21384.98T37796.24 99 220 0
} 19878 94_ 25318.88 44595.41 21469.75 38512.6 100 225 0 1 20322.73 25628.26 45538.79 21549.1 39222.65
)
101 0 _230 I20766.33_25929.93 464f9.46 21623.39 39926.46 102 235 0 212_09.76_26224.09 47417.43 21692.93 40624.08 103 - 240 j 0 21653.01 26510.92 48352.7 21758.03 41315.55 104 245 ' 5~ Tii~i6T0F~i5fi 0 .62 49285.29 21818.97 4200li?J4 105 250 0 2f558.98 2V063.35~5~0215.21 21876.02" 42680.3 106 255 ~- 0 259f1.71 273Ef29 51142.45 21929.42 43353.69 l 107 ! 260 0 23424.25 27588.61 52067.03 21979.42 44021.14
~
108 265 0 23866.62 27841.47 52988.95 } 22026.22 44682.72 109 270 0 24308.82 28088.03 53908.23 22070.03 45338.48 110 275 0 24750.84 28328.46 54824.86 22111.04 45988.48 111 _ ]_. l 280 0 25192.68 28562.9 55738.87 22149.44 46632.75 112 0 L 28_5 256_34.34 28791.5 1 56650.25 22185.38 47271.35 , 113 290 0 26075.83 29014.42 57559.01 22219.03 47904.33 l 114 295 0 26517.15 29231.78 58465.16 22250.53 48531.74 115 30 ~0 26958.29 ~~29443.73 59368.71 22280.01 49153.63 116 305 0 27399.25 29850.4 60269.67 22307.62 49770.05 117 _1 310 0 27840.04 29851.92 61168.04 22333.46 50381.04 118 315 0 T28280.65 30048.43 62063.83 22357.65 50986.66 119 '42 0 0 28721.09 30240.05 62957.05 22380.29 51586.95 120 320 0 29161.35 30426.89 63847.7 " 52401.49 52181.95 121 330 0 29601.44 30609.09 64735.79 22421.33 52771.72 122 . 335 _0 30041.35 3_0786.74__65621.34 22_439.91 53356.3_ 123 340 0 l 30481.09 30959.97 66504.34 22457.3 53935.73 124 345 j' 0 [ 30920.65 31128.89 67384.8 22473.58 54510.07 125 350 F0 31360.04 31293.61 68262.74 22488.82 55079.35 126 355 0 31799.25 31454.22 69138.16 22503.09 55643.63 127 l 360 0 32238.28 31610.83 70011.06 22516.45 56202.93
~4 128 365 l 0 32677.15 31763.55j 70881.46 22528.95 56757.32 j 33115.831 31912.46 71749.35 22540.65I~57306.83 129 ___ _ g 370 0 130
_ 375 _j 0 33554.35 32057.66 72614.76 22551.61l 57851.5 l 131 380 0 33992.69 32199.25 73477.67 22561.87 58391.38 132 385 }____ 0_ , 34430_.85__32337.32 74338.12 22571.47 58926.5 134 395 0 35306.65 32603.2fi~75051.59 22588.87 59982.67~ 135 400 0 35744.37357f122T755 ~4I5Tif595T75~ ~5656578 , 136 405 0 36181.76 I 32856.04 77755.24 22604.12 61020.34 4 137 138
~~~[ ] _410 415
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32977.75.__78603.4322611.02 61532.33 37056.17 I 33096.43 79449.12 l 22617.49 62039.82 l 139 420 El 37493.12133212.16 80292.42 1 22623.54 62542.84 140 ~i ~ T 425 0 ~i 37929.89 33325 j 81133.29 22629.2 63041.44 33435.03i 81971.75]i_63535.64 22634.5
~ ~ ~ ~
_ _._ _ __1 141 _ . _ _ _ _ . _ _ _ " _~ .430 . .__. 0 T.38366 z 49 _ _ ..._7 gg- gg gg
LOCK.XLS 1 U l V l W l X l Y l Z l AA l AB l AC l AD 144 445 0 39675.23 33748.97 84472.7 22648.46 64992.33 145 450 0 40111.14 33848.45 85301.57 22652.53 65469.37 146 455 0 40546.87 j 33945.45 86128.05 22656.34 65942.21 147 }) 460- 0 40982.42 34040.03 86952.17 22659.91 66410.89 148 465 0 41417.8 34132.26_ 87773.92 22663.25 66875.45 149 470 150 _0 41853.01 34222.2 88593.3 22666_.38 67335.92 475 0 42288.05 34309.89 89410.34 22669.3 67792.34 151 480 0 T4272f9I~ 34395.41 90225.03 22672.04 68244.74 152 153 , I 154 i 155 l 156 ~ ~ 7 157 __. --- 159 160 ~i' 161
~
162 163 164 _ l 165 166 i 1 l i i
LOCK.XLS AE l AF l AG l AH l Al l AJ l AK AL AM AN l l l i 1 l iWhole Body Dose (Krypton) l l 2
~
l ~~--] 1 3 4 Failed Fuel = j 0.15 l jEAB X/Q= 9.00E-04 _
~
Gap Fraction = I 0.1 l (LPZ X/O = 8.00E-05 i 5 ; core inven. 1.53E+07 3.57E+07 1.07E+06 7.2 ? E+07 1.02E+08 6 6 lDecayconst. _ J1 E-03 2.58E-03 1.23E-07 948E-03 4.07E-03 4 7 } IDCF 7.56E-08 1.17E-03 1.61 E-05 5.t'2E-03 1.47E-02 4 8 i l Time (MinTi KR43m KR45m KR45 KK-87 KR48 d 9 0 1 0_j 0 0 0 0 10 0.1 5.58E-11 2.02E-06 8.36E-10 2.06E-06 7.24E-05 11 0.5 2.79E-10 1.01E-05 4.18_E-09 0.000103 0.000_362 _. 2 . 12 i 1 5.57E-10 2.02E-05 _8.36E-09 0.000206 0.000723 13 2 1.11E-09 4.03E-05 1.67E-08 0.00041 0.001444 14 F ~~~
} 37 ~i!6i6E[09-104E-y5~f.55E{0}8]006T3^DT002162 15 4 2.21 E-09 8.04E-05 3.34E-08 0.000814 0.002877 16 ___
j 5 2.76E-09 0.0001 4.18E-08 0.001013 0.003589 17 6 3.3E-09 0.00012 5.01 E-08 0.00121 0.004298 , 18 7 3.83E-09 0.00014 5.85E-08 0.001405 0.005005 19 8 4.37E-09 0.001599 0.005708 0.00016_6.68E-08 20 9 4.9E-09 0.00018 0 006409 7_ 7.52E-08 , 0.001791 - 22 11 5.95E-09 0.000219 9.19E-08 0.002169 0.007802 l 23 12 6.47E-09 0.000239 1 E-07 0.002356 0.008494 24 13 6.99E-09 0.000258 1.09E-07 0.002541 0.009183 ! 25 14 7.5E-09
~
0.000278 1.17E-0710.002724 0.00987 15~T
~
26 ~
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~
27 T6 ~875fE-09 0?d663'I7 1.345~07 0.003086 0.011235 l 28 18 T 9.53E-09 0.000356 1.5E-07 0.003443 0.012591 29 ~ 20 1.05E-08 0.000394 1.67E-07 0.003793 0.013937 30 22 1.15E-08 [ 0.000432 1.84E-07 0.004137 0.015271 31 24 1.25E-08 0.000471 I2.01E-07 0.004475 0.016595 32 j 26 1.34E-08 0 J .000509 2.17E-07 0.004807 0.017908 33 Z _ _ _ _ _ _. _ f_. _ 28 _. ____. I1.44E 08 _0.000546 2.34E-07 0.005133 0.01921 35 _]_ 32 7 ' 1.
* ~52Ei[ 8[ 0 50052i((2T6TE[_07_0.00576[]6.62i755 36 34 1.72E-08 0.000658 2.84E-07 0.006075 0.023054 37 36 1.81E-08 0.000695[3.01_E-07_ 0.0_06378_ _0024315 38 38 1.9E-08 0.000732 3.18E-07 l
__108E-06 0.000769_3.34E-07._._0.006676 _ 0. 39 _ . , _ . ___ _C_ i 40 f____ 0.006968 0.026806 40 42 2.07E-08 0.000805 3.51 E-07 0.007255 0.028036 { 41 __ 44 2.1_6E-08_ 0.000842 3.68E-07 _0.00_7537 0.029257_ r _ . 42 __.I_ 46 2.24E-08 0.000878 3.84E-07__ 0.007813 0.030467 43 48 2.32E-08 0.000913i 4.01E-07 0.008085 0.031668 44 _ 50_ _ _ 2.41E-08 ~6T05285ii 2.49E-08_.0.00094914M07[6.0 dei 35 45 . _ . _ ._ _. I_ 52
.- -.--...._._.I - -.- -0.000985 I 4.34E-07 0.0086141 0.03404 g ggg 47 I I 56 12.65E-0810.001055 4.68E-07 f 0.0091240.036374
LOCK.XLS AE l AF l AG l AH l Al ], AJ l AK l AL l AM l AN 48 I 58 2.73E-08 0.00109 4.85E-07 0.009372 0.037526 49 60 0.001125 5.01 $-07 0.0386f
~ _2.8E-T)8 0.009615 50 62 2.88E-08 0.001159 5.18E-07 0.009855 0.039804 51 64 2.95E-08 0.001194 5.35E-07 0.01009 0.040929 52 __66 _ 3.03E-08 0.001228 5.51E-07 0.01032 0.042045 53 3.T5-08 0.001262 5.68E-07
_68 0.010547 0.043151 54 3.18E-08 0.010769
._70 _
0.001296__5.85E-07 _ _ 0.044249_ 55 72 0.010988 0.045338 3.25E-08J 0.00133 _6.02E-07 56 74 } , 3.32E-08J0.001363 6.10E-07 0.011202 0.046418 57 76 3.39E-08 0.001397 6.35Er.{0.0_11_41_3 0.04749_ 58 78 3.46E-08 0.00143 6.52E-07 0.01162 0.048552 59 80 3.53E-08 0.001463 6.68E-07 0.011823 0.049606 60 _ 82 3.59E-08 0.001496 6.85E-07 0.012023 0.050652 61 84 3.66E-08 0.001528 7.02E-07 0.012219 0.051689 62 86 3.73E-08 0.001561 7.19E-07 0.012411 0.052718 63 88 3.79E-08 0.001593 7.35E-07 0.0126 0.053738 64 90 3.85E-O'8TO.001625 7.52E-07 0.012785 0.05475 65 92 3.92E-08 0.001657 7.69E-07 0.012968 0.055754 66 j 94 3.988Tdf 6Tddi5f9~f555'-67 0.013146 0.05675~ ; 67 96 4.04E-08 0.001721 8.02E-07 0.013322 0.057737 j
~ ~
68 98 4.1 E-08_[0.0017528.19E-07 0.013495 0.058717 69 - ~ ~ 100 4.16E-08 0.001784 8.36E-07 0.013664 0.059689 70 102 'l 4.22E-08 0.001815 8.52E-07 0.01383 0.060653 71 _ 104 4.28E-08 0.001846_8.69E-07 _0013994 0.061609 72 106_ 4.34E-08 0.001877 8.86E-07 0.014154 0.062557 73 108 4.4E-08 0.00C08 9 02E-07 0.014312 0.063497 4 74 110 4.45E-08 0.001938 9.19E-07 0.014466 0.06443 75 4.51 E-08 0.001969 9.36F-07 0.014618 0.065356 ['II2- _ 76 114 4.56E-08 0.001999 9.53E-07 0.014768 0.066274 3 77 _ 116_ 4.62E-08 0.002029 9.69E-07_ 0.014914 0.067184 78 _ . 118 ___} 4.67E-08_0.002059 9.86E-07 0.015058 0.068087 79 _ j 120 4.72E-08 0.002089 1E-06 [0.015199 _0.068983 80 125 l 4.85E-08 0.002163 1.04E-06 0.015546 0.071204 81 130 l 4.98E-08 0.00223671.09E-06 0.015877 0.073381
~
82 83
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~
86 155_ {_5.56E-08 0.002_588 1.3E-06 0.017326 0.083624 . 87 160 1 5.66E-08 0.002655 1.34E-06 0.017579 0.08555 88 i65 T 5.77E-08 0.002722 1.38E-06 0.01782 0.087438 ; 89 170 5.86E-08 0.002788 1.42E-06 0.01805 0.089288 90 175~ ST955-6f~6.0025557355~066DT837 0.0911 91 -_ _. - - - --- 180 6.05E-08 0.002918 1.5E-06 0.018481 0.092876 i
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94 l 195 [" 6.31 E-08 0.003106 1.63E-06 0.019058 0.097993 T~6 555-6f idO35s7 TIT 615-66T[ d659233
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a LOCK.XLS , AE l AF l AG l AH l Al l AJ l AK l AL l AM AN ' l 96 205 1.71E-06 0.019401 0.101234 6.47E-0810.003227
, 97 210 6.55E-08 0.003286 1.75E-06 0 019561 0.102806 98 215 6.62E-08 0.003345 1.8E-06 0.019714 0.104346 99 220 6.7E-08 0.003403 1.84E-06 0.019861 0.105856 100 225 6.f5570 F0.00346 1.88E-06 0.02 0.107335 101 230 6.83E-08 0.003517 1.92E-06 0.020134 0.108784
- 102 _
~f35 6.9E-08 0.003573 1.96E-06 0.020262 0.110204 l
103 240 6.96E-08 0.003628 2.01 E-06 0.020384 0.111595 104 245 7.02E-08 0.003682 2.05E-06 0.0205 0.112958 105 250 TU8E-08 0.003736 2.09E-06 0.020612 0.114294 106 255 7.14E-08 0.003789 2.13E-06 0.020718 0.115603
- 107 260 77195-08 0.003841 2.17E-06 0.02082 0.116886
-265
{ 108 723e:08 0.003893 2.21 E-06 0.020917 0.118143 109 270 7.3E-08 0.003944 2.26E-06 0.02101 0.119374 i 110 275 ~ 7T35E-08 0.003994 2.3E-06 0.021099 0.120581 111 250 7.4E-08 0.004044 2.34E-06 0.021184 0.121763 112 285 7.45E-08 0.004093 2.38E-06 0.021265 0.122922 4 l, 113 290 7.5E-08 0.004141 2.42E-06 0.021342 0.12405f 114 295 ~7.54E-08 0.004189 2.46E-06 0.021416 0.12517 115 300
~
7.58E-08 0.004236 2.51 E-06 0.021487 0.12626 116 ~ 305 7.63E-08 0.004282 2.55E-06 0.021555 0.127328 117 ~~~5TO 7.67E-08
~
0.004328 2.59E-06 0.021619 0.1255fd 118 ~ 315 7T1T$08 0.004374 2.63E-06 0.021681 0.1294 119 320 ~7.74538 0.004419 2.67E-06 0.02174 0.130405 { 120 325 7.78E-08 0.004463 2.72E-06 0.021796 0.131389 } 121 350 182E-08 0.004507 2.76E-06 0.02185 0.132354 i 122 355 '7.85E-08 0.00455 2.8E-06 0.021902 0.133299
- 123 340 7.88E-08 0.004592 2.84E-06 _0.021951 0.134226 124 345 7.92E-08 0.004634 2.88E-06 0.021998 0.135133 125 350 7.95E-08 0.004676 2.92E-06 0.022043 0.136023 126 355 7.98E-08 0.004717 2.97E-06 0.022086 0.136894 127 360 _
8.01E-08 0.004757 3.01 E-06 0.022127 _0.137748 128 365 8.04E-08 0.004797 3.05E-06 0.022166 0.138585 [ 3.09ET06 0.022203 0.139405
~
, 129 370 T07ET8l 0.004836 i 130 375 78.09E-08 0.004875 3.13E-06 0.022239 0.140208 I 131 380 lTI25~~08y-
?DDi9iiT 0 3.185~~0f 0.022273 0.140995 132 385 ~l 8.14E-08 0.004951 3.22E-06 0.022306 0.141767 133 390 [ 8.17E-08 0.004989 3.26E-06 0.022337 0.142523 134 l 395~
[ l 8.19E-08 0.005026 3.3E-06 0.022367 0.143263 135 136 _ _ _ __ _ f 4Ud 405 l T ggE-08 0.0U5{3_.345l-[06_0.022396~~6.T4'5989 0.005098 3.38E-06 0.022423 0.1447
~
[ 8.24E-08 137 l ~ 410 8.26E-08 0.005134 3.43E-06 0.022449 0.145397 138 - -- 415 8.28E-08 0.005169 3.47E-06 0.0224ff' O.14608
~
139 420]__ [573l5-~0ffiidO520_33.51.EW0.6j249iB~ ~ ~ ~ 0.146749 140 ~} j 425 l 8.32E-08 0.005238 3.55E-06 P.02252 0.147404 141 ~ 430 8.34E-08
~
0.005271 3.59E-06 0.022542 0.148047 ~ ~ 142 435 ~~8.36E 08~ ~T065365 0 3 0.14867i5j
~35E4h622553~ _
143 .I 440 8.38E-08 0.005337 3.68E-0610.022583 l 0.149293
LOCK.XLS AE l AF l AG l AH l Al l AJ l AK l AL l AM AN l 144 i 445 8.39E-08 l 0.00537 3.72E-06 0.022602 0.149897
* ~
145 450 8.41E-0D.005402 3.76E46 0.02562 0.150489 146 455 8.43E-08 0.005434 3.8E-06 j 0.022637 0.151069 147 - 460 8.44E-08 0.005465 3.84E-06 0.022653 0.151638 148 465 } 8.46E-08 0.005496 3.89E-06 0.022669 0.152195 149 470 8.47E}08___0.0055263.9TE-06 0.022684 0.152741 150 475 8.49E-08 0.005556 3.97E-06 0.022699 0.153276 l 151 480 8.5E-08 0.005586 4.01 E-06 0.022713 0.1538 l 152 1 153 KR EAB DOSE = 0.091503 KR LPZ DOSE = 1H l 155 [~ I
- l 156 i l' l
~'
157 158 i
-f 159 I l 160 j _
l 161 162 _. 163 T
~
166 [ 1 i i
l LOCK.XLS 1 AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX 1 Whole Body Dose (Xenon) l ' 2 i j J 3 i Failed Fuel = 0.15 EAB X/Q= 4 Gap Fraction = 0.1 LPZ X/O = 5 8 core inven. 2.07E+05 5.45E+06 1.86E+08 3.24E+07
}i59}E+b
6 2.19E-01 oecayconst. 4.04E-05 2.20E-04 9.18E-05 4.43E-02 l 7 1.66E-02_ IDCF 9.15E-05 2.51E-04 2.94E-04 3.12E-03
)
~K689
~-
8 iTime(Elinff- XE-131m XE-133m XE-133 XE-135m 9 0 j 0 j 0 0 0 0 10 0.000104 0.1 9.16E-10_ 6.61 E-08 2.65E-06 4.88E-06 [ 11 0.000509 0.5 4.58E-09 3.3E-07 1.32E-05 2.43E-05 12 0.000974 1 9.16E-09 6.61 E-07 2.65E-05 4.82E-05 13 0.001807 ~ 2 1.83E-08
~
1.32E-06 5.29E-05 ~ 9.49E-05 14 ~0 'DD547f [ 3 175E d8 1.98E-06 7.94E d5 0.06dif
~
15 ~UI0d5014 4 3 T 0.6d6T6fTO6dilif 16 0.003446 17 0.003793 __ [ _ [} 5_ _ , 6 1
~T6}6E0f~2 f4E-06 4.58E-08 5.49E-08 3.3E-06 3.96E-06 0.000132 0.000159 0.000223 0.000262_
7-~I 18 0 004072 6.41 E-08 4.62E-06 0.000185 0.06d3~ 19 0.004296 8 7.32E-08 5.28E-06 0.000212 0.000336 20 0.004476 9 ~ ~ ~ 8.24E-08 5.94E-06 0.000238 0.00037 21 0.004621 _ __j_ 10 l 9.16E-08 6.6E-06 0.000264 0.000403 22 0.004737 11 1.01 E-07 7.26E-06 0.000291 0.000434 23 0.004831 12 1.1E-07 7.92E-06 0.000317 0.000464 24 0.004906 _ _ _13 1.19E-07 8.58E-06 0.000344 0.000493 25 0.00496_6_ 14 ,1.28E-07 9.24E-06 0.00037 0.00052 4 _ . 26 0.005015 i 15_ j 1.37E-07 9.89E-06 0.000397 0.000546 27 0.005054 ~~ ~ l 16 1.46E-07 1.06E-05 0.000423 0.000571 28 ~0 !dO5il5' l 18 l 1.65E-07 1.19E-05 0.000476 0.00062 29 ~dy65f57~i 30 0.005183 __ _ _ _ _ __ ] 20 22 J 1.83E-07 2.01E-07 1.32E-05 1.45E-05 0.000529 _0.000664. 0.00058Il 0.000704 31 32
$bD5 0.005211
] _
24 26 2.2E-07
- 1.58E-05 0.000634 1 2.38E-07 1.71 E-05 0.000687 0.000741 0.000774
((_.]J
~ -
33 ~6.605218] [-~ _ _ _2_8_ j 2.56E-07 1.84E-05 0.00074 0.000805 34 35 0.005222 0.005225 1 __ _ 30 32_
] 12.75E-07 1.98E_-05 0.000793 2.93E-07 2.11 E-05 0.000845 0.000833 0.000859 36 0.005227 34 3.11E-Ofi~i24E-05 0.000898 0.000883 g,
33 9gggg gggggg, 38 0.005229 38 l 3.48E-07 2.5E-05 0.001004 0.000924 39 I J j 40 l 3.66E-07 2.63E-05 0.001056 0.000943 0.00523 3- "--d ~l 8 -07 51 00 09 0 06Fs 41 0.00523 i I 44 4.03E-07 2.89E-d~510.001162 0.000974 42 @6523 43 0 00523 1 7EZT ~T 46f . 4.21e?67Z3;6fe~-ySI6:001214 4.39E-07 316E-05 i 0.001267 0.000988 0.001001 44 pp5231 _ _ j _ l[._ 1__i __48 50 _ __ 14.57E-07.3.29E-05 l 0.00132 __ 0.001013 45 0.005231 1 ! i 52_ i 4.76E-07 i 3.42E-05 I0.001372 0.001023
~ y525j] ] [ - ~~!_l- ] ]l 46 0 54 ! 4f4E3f~3I55E~ 5 *0.001425 0 601033 47 0.005231 l 56_l I 5.12E-07 3.68E-05 0.001478 0.001042 w
LOCK.XLS AO l AP l AQ l AR l AS AT AU AV AW l l l l l AX 48 0.005231 58 j _5_.31 E-07 3.81 E-05 0.00153 0.00105 49 0.005231 60 5.49E-07 3.94E-05 0.001583 _ 0.001058 ! 50 0.005231 62 5.67E-07 4.07E-05 0.001636 0.001065 1 51 0.005231 64 5.85E-07 4.2E-05 0.001688 0.001071 1 52 0.005231 66 6.04E-07 4.33E-05 0.001741 0.001077 53 0.005231 68 6.22E-07 4.46E-05 0.001793 0.001082 , 54 0.005231 70 6.4E-07 4.S9E-05 0.001846 0.001087
- l
- 55 [6I00555~1 72 6.55E-07
_ 4.72E-05 0.001899 0.001091 l 56 0.005231 74 57 0.005231 n 6.77E-07_ 4.85E-05 0.001951 0.001095 j 76 6.95E-07 4.98E-05 0.002004 0.001099 58 0.005231 1 78 7.13E-07 5.11 E-05 0.002056 0.001102 59 0.005231 80 7.31 E-07 5.24E-05 0.002109 0.001105 82~ 60 0.005231 I 7.5E-07 5.37E-05 0.002161 0.001108 I
~
3 61 0.005231 84 7.685-07 5.5E-05 ~dT6D5214 0.001111 62 0.005231 86 7.86E-07 5.63E-05 0.002266 0.001113 l 63 0.005231 88 8.04E-07 5.76E-05 0.002319 0.001115 64 0.005231 90 8.23ET07 5.89E-05 0.002371 0.001117 r
~
65 0.005231 _ 92 8.41 $-07 6.02E-05 0.002424 0.001119 66 0.005231 94 8.59E-07 6.15sT05 0.002476 0.001121 - 67 0.005231 96 8.77E-07 6.28E-05 0.002529 0.001122
, 68 0.005231 98 8.96E-07 6.41 E-05 0.002581 0.001123 69 ~dT 05231 100 ~T4s-07 9 6.54E-05 0.002S33 0.001125 4
70 0.005231 102 9.32E-07 6.67E-05 0.002686 0.001126
~
71 0.005231 j 104 9.5E 67] 6.79E-05 0.002738 0.001127 72 0.005231 ~ l 106 ' 9.69E-07 6.92E-05 0.002791 0.001128
~
I 73 0.005231 I 108 9.87E-07 7.05E-05 0.002843 0.001129 74 0.005231 110 1.01 E-06 7.18E-05 0.002895 0.00113 75 0.005231 112 1.02E-06 7.31 E-05 0.002948 0.00113 76 0.005231 1 114 1.04E-06 7.44E-05 0.003 0.001131 77 0.005231 I 116 1.06E-06 7.57E-05 0.003053 gf01132 0 78 0.005231 118 1.08E-06 7.7E-05 0.003105 0.001132. 79 0.005231 120 1.1 E-06 7.83E-05 0.003157 0.001133 [ 80 0.005231 j 125 1.14E-06 8.15E-05 0.003288 0.001134 81 0.005231 82 566'5231
~
[~~ ~ 130 135 l 1.19E-06 8.47E-05 0.003419 0.001135 1.255-06 6.795-D5~6.00355 0.001136 ,
~
83 ~ddd5251 7" 140 1T285!06 9.11s-05 0.00368 0.001136' 0 ~~ 84 ~TO05551 145 "T55s-06 9.43E-05 0.003811 0.001137 85 0.005231 150 1.37E-06 9.75E-05 0.003941 0.001137 86 0.005231 155 1.41 E-06 0.000101 0.004072 70.001138 I~ i
~
87 0.005231 160~ 1.465WYddd104 0.064565 ~6T60T155 88 0.005231 ~ T 165 - 1.51 E-06 0.000107 0.004332 0.001138 1 89 0.0052_31 _ C170 T55s~66 66dO11 0.004463 [0.601138 90 0.005231 I 175 1.6E-06 0.000113 0.0045931 0.001138 91 0.0052_31._ _ _ _ 180 1.64E-06 0.00_0117 0.004723 _0.001138_ 92 .0.005231 185 1.69E-06 0.00012 0.004853_ 0.001139 93 0.00523Ti 94 ^T6d5f31 0
]- !
~~190 195 1.73E-06 0.000123 0.004983 0.001139 1.78E-06 0.000126 0.005113TO 001139 95 0.005231 1 ! i 200 -
I1785E-06 0.000129' 1 065545I 0.001139 I
LOCK.XLS AO l AP l AQ l AR AS AT AU l l l l AV l AW l AX 96 0.0_05231 205 1.87E-06 l 0.000132 0.005373 0.001139 97 98 0.00523_1
._ 210 _
1.91E-0610.000136 ~dT 05503 0.001139 0.005231 215 1.96EITO.000139 O6 0.005633 0.001139 99 0.005231 100 0.005231 2f0] 225 2.015[06 0.000142~ 0
~T065762 0.005892 0.001139 0.001139 101 2.05E-06_0.000145 0.005231 230 2.1 E-06 0.000148 0.006021 0.001139 102 0.005231 235 2.14E-06 0.000151 0.006151 0.001139 103 0.005231 240 I' 2.19E 6f~6T0dO155 0.00628 ~0.001139 104 0.005231 245 2.23E 06 0.000158 0.00641 0.001139 105 0.005231 250 2.28E-06 0.000161 0.006539 0.001139 106 ~I05231
~
255 2.32$-06 0.000164 0.006668 0.001139 107 WO05231 I ~260 2.M5-06 0.000167 0.006798 0.001139 108 l l 265 2.41E-06 0.00017 0.0069N 0.001139 0.005231J~ 109 0.005231 l 270 2.46E-06 0.000173 0.007056 0.001139
-# J~
110 0.005231 275 ~2.5E-06 111 0.005231 0.00_0176J 0.007185 0.001139 280 2.55E-06 _0.000179 0.007314 0.00_1139_ 112 0.0052_31 285 2.59E-06 0.000183_0.007443 0.001139 113 0.005231 290^ '2.64 E-06 0.00013ET0dT572 0.001139 114 ~6j065f5'1~ _ l_2}5 0.000189 0.0077 0.001139 115 0.005231 300 _23fE-06_0.000192 2.73E-06 0.007829 0.001139 116 0.005231 305 2.78E-06 0.000195 0.007958 0.001139 117 0.005231 310 2.82E-06 0.000198 0.008086 0.001139 118 0.005231 315 '2T87E-06 0.000201 0.008215 0.001139 119 0.005231 320 2.91E-06 0.000204 0.008343 0.001139 120 0.005231 325 2.96E-06 0.000207 0.008472 0.001139 121 0.005231 ~i 330 3E-06 0.00021 0.0086 0.001139
^
122 0.005231 335 3.'65s-06 0.000213 0.008729 0.001139~ 123 0.005231 _ 340 3.09E-06 0.000217 0.008857 0.001139 i 124 0.005231_ _ 345 3.14E-06_0.00022 0.008985 0.001139 125 . 0.00523_1_ _ 350 3.18E-06 0.0_00223 0.009113 0.001139 ' 126 0.005231 355 3.23E-06 0.000226 0.009241 0.001139 127 0.005231 . _ _ 360 3.27E-06 0.000229 0.009369 0.001139 > 128 0.005231 ^ 365 ~~ 3.32E-06 0.000232 0.009497 0.001139
~
129 0.005231' 370 T358-06 0.000235 0.009625 0.001139
- ~
130 0.005231 375 I ~5I41'E-66 0.000238 0.009753 0.001139 131 0.005231 380 l 3.45E-06 0.000241 0.009881 0.001139 385 '
-~
132 0.005231 i i3.5E-06'~0000244 0.01000f 0.001139 133 0.005231 390 3.54E-06 0.000247 0.010136 0.001139 __ _ _ p _.
~ -- ~~ ~
135[065525I [{]4'd0 3335(06_0.000253 0.010391 0.001155~ _ 136 0.005231 405 3.68E-06 0.000256 0.010519 0.001139 137 0.005231 410 3.72E-06 0.000259 0.010646 0.001139 138 0.005231 415 3.77E-06 0.000262 0.010774 0.001139 139 0.005231 - . - - 420 " 3358~~05'"0T600265 0.010901 0.001139 141 0.005231 ~~ i 430 l 3.9E-06 0.000271 0.011156 0.001139 ~ 142 ~~0 l05l2K_ 143 0.005231 f _ i ! l 435 440 iY55s~-b6'~dTU0 54 0.011283 0.001139 I 3.99E-0610.000277 0.01141 0.001139
__ . . - - - . . _ _ _ _ - - - ._ _ . _ - ~= - . . . _ .- l LOCK.XLS 1 AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX , 144 0 005231 445 4.04E-06 0.00028 0.011537_0.001139 ! 145 ,0.005231 450 4.08E-06 0.000283 0.011664 0.001139 1 146 0.005231 455 4.13E-06 0.000286 0.011791 0.001139 l 147 0.005231 460 4.17E_-06 0.00_0289 0.011918 0.001139 l j 148 _0.005231. 465 4.22E-06 0.000292 0.012044 0.001139 i 149 0.005231 470 4.26E-06 0.000295 0.012171 0.001139
- 150 0.005231 . -
475 4.31E-06 0.000298 0.012298 0.001139 151 0.00523f f 4 555-06 0.000301 0.012424 0.001139 480' { 53 ~0.UI5652 T027057 XE_LP li XEIEX5W655 =_ 154 TOTAL EAB DOSE = 0.11856 TOTAL LP 155 {~ 156 157 158 159 -^ t 160 51' } 162 _ 163 164
+
165 166
LOCK.XLS AY l AZ l BA l BB BC BD l BE BF l l l l BG l BH 1 l S/G Activity (Ci/Lbm) 2
- [ l 3 9.00E-04 4 ~8 E0'0E45 F 5 6.22E+07 1.70E+08 1.77E+08 l 6
7 1.27E-03 1.81E-01 4.89E-02 _1.81 E-03J_1.42E-03_8.83E-03
~~] l
[ j Time IDecayconst. 9.35E-04 NUCLID5 5.99E-05 5.02E-03 8 XE 135 l XE-137 XE-138 I I~ l (Min) i 1-130 1-131 1-132
~
10 ~553E 5 T-O5 i7Ej05]7.~55}E 05 ~d1 l 0 2I $305~975~IT 11 2.72E-05 I 5.75E-05 ' O.000376__ 0.5 j_ ! 0 1.3E-09 5.55E-10 12 0.000744 5 44E-0_5 0.000_111 1_L 2 I O 2.86E-09 1.67E-09 0.000208. _0.001462_ { { 0 6.63E-09 5.22E-09 _.13n0.000109 . 0.000289 14 0.000163 0.002146 3 0 1.175-~d5 1Ti4E5D8~ 8
~
15 ~T6662T7 0 ~ ~ ~0000357~~D.~005798 ~ 4 0 1.8E-08 2.02E-08 16 0.000271 0.000414 0.003418 5 0 1.8E-08 2.01 E-08 17 0.000325 0.000461 0.004009 6 0 1.8E-08 2E-08 18 0.000379 0.000501 0.004571 7 0 1.995-08 J _1.8E-08 19 0.000433 0.000533 0.005107 8 0 1.8E-08 1.98E-08_ 20 0.000487 0.000561 0.005617 9 -O f~iT85'68 1.97E! 0T 21 0.000541 0.000584 0.006103 10 l 0~ 1.79548 1.96E-08 22 0.000595 0.000603 0.006565' 11 0 1.79E-08 1.955'D5 23 ~dd~0535"66606I9~~d.6d70D6 - i^ 12 0 1.79E-08 1.94E-08 24 0.000702 0.000632 0.007425 l
~'
13 0 1.79E-08 1.93E-08 25 'l0 D756~~670d66Af5.df824 14 0 1.795-08 1.92E-08 26 ~~66d509~~660D552 0 0 068505~ ~ 15 I- l 0 1.79E-08 1.91E-08
~
l
~
27 ~6.[666552 _0.00056]6.dd85557 16 0 1.79E45 i EE-08 l ( 28 0.000969_ 0.00_0673___,.009257J_ 0 18 I 0 1.79E-08 _ _ _ 1.88E-08_ 29 0.001075 20 0 _1.,79E-08 _0.0006_82___0.009882_ J _ 1.86E_-08 30 0.001182 0.000688 0.010449 22 0 7.38E-08 1.22E-07 31 0.001287 0.000693 ' O.010964 C_ 24 0 1.35E-07 2.33E-07 32 0.001393 0.000696 0.01143 l 26 0 2.01 E-07
- ~
3.53E-07 33 0.001498 0.000698 0.011853 28 0 2 72E df 4TihT~f O [ 34 ~T6dI563 0 ~dd0 556 ~6~0I2236 3d 0 3.48E-07 6.17E-07 35 0.001708 0.0007 0.012584 32 i i 0 4.25E-0Ff.5fE-Of 36 ~ T 6I51F0.d 07diEdI2899 7' U[ ~3i~ - 0 " 5.15E-07 9.13E-07 37 ~6UOT937~6dd 7di~070i3i85 T ~36~~ 0~-~5T6f5-Df ~I.dfEld6
^
~~35 - -"
~ - ~
38 W66f62i~~0 66570i*dhi3445 0 ~T63E 7 df~i 5AE46 39 0.002124 0.000702 0.01368 40 0 8.05E-07 1.41 E-06 40 0.002228 0.000702 0.013893 _ __ __ __. 42 _ 0 9.11 E-07 1.59E-06 _ 41 42 0;002331_ 0.002434 0.000702J_0.014086]j_ _ _ _ I___._44 _ _ 46 ' _ __0 0 _1.02E-06_ _1.78 E-06_ 1 0.000702 1 0.014262_ 4 I 1.26E-06
.14E-0_6_1.97E-06 43 0.0025_3_7_ 0.0007021 0
014421 __ l 48 l 0 2.17E-06 44 50 0 1.39E-06 2.38E-06 _0.002639J0.000703__0.014565{ [ ___ 45 46 0;002741 0.000703_ 0.01_4695_ 0.002843. 0.000703 _.
- 0. 014814_
__ _ 1 J _._52 _ 0 0 {1.52E-06 . 2.59E-06 1.66E-06_ 2.81 E-06 47 0.002945 0.000703_ 0.014921 L__T_5654_j _ i
! : 0 . 1.8E-06 3.04E-06
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF BG BH l l 48 0 58 0 1.94E-06 3.27E-06 _ J0304610.00070310.015019 i 49 0.003147 0.000703 0.015107 60 0 2.1 E-06 3.51 E-06
~
50 0.003248 0.000703 0.015187 62 0 2.25E 06 3.155-66 51 _0.00_3349 0.000703 0.01526 64 0 _}' 2.41 E-06 3.99E-06 52 0.003449 0.000703 0.015326 ~ 66 0 2.58E-06 4.25E-06 53 0.003549 ~dT60Tf765TOl5556 ~68 ~l 0 2.f55706 4.51 E-06 54 0.003649 0.000703 0.01544 { 709 0 2.93E-06 4.77E-06 55 0.003748 0.000703 0.015489 72 0 3.11 E-06 5.04E-06_ 56 0.003848 0.000703 0.015534 74 0 3.3E-06 5.31 E-06 57 0.003947 0.0007_03 0.015574_ 76 0 3.49E-06 5.58E-06 58 0.004046_0.0007_03 0.015611 78 0 3.69E-06 5.87E-06 59 0.004144 0.000703 0.015644 80 0 3.89E-06 6.15E-06 60 0.004242 0.000703 0.015674 82 0 4.09E-06 6.44E-06 i
~~
61 0.004341 0.000703 0.015701 84 0 4.31 E-06 6.73E-05 62 566335f~0Td6070310.015726 86 0 4.52E-06 7.03E-06 ' 63 0.004536 0.000703 0.015749 88 0 4.74E-06 7.33E-06 64 0.004833 0.0Dd763T03576'9 9D 0 4.9fs-06 7.64E 66!~ 65 0.00473 0.000703 0.015788 92 0 5.2E-06 7.95ET66 66 Eddi557 0.00Utdf ~U.6iS5di '
~
94 0 5.44E-di~8Ti5EW ! 67 0.004924 0.000703 IOTOiS819 96 0 5.68E-06 8.58E-06 l 68 0.00502 0.000703 0.015833 98 0 5.93E-06 8.9E-06 69 0.005116 0.000703 0.015846 100 0 6.18E-06 9.225~06 70 0.005212 0.000703 0.015857 102 0 6.43E-06 9.55E-06 71 0.005308 0.000703 0.015867 104 0 6.7E-06 9.87E-06
~
72 5 6546f 0.000f6f 10I5817 106 0 6.96E-06 1.02E 65 73 0.005498 0.000703 [ 0.015885 74 0.005593 0.0007031 0.015893 108 110 [_ 0 0 7.23E-06 7.51E-06 1.05E-05 1.09E-05 75 0.005687 0.000703 0.0159 g_ _ 112 0 7.79E-06 1.12E-05 76 0.005782 0.000703 0.015906 l 114 l 0 8.08E-06 1.16E-05 77 0.005876 0.000703 0.015912 ~~l - ~ 116 0 8.37E-06 1.19E-05 78 0.00597 0.000703 0.015917'
~'
118 0 0.66E-06 1.235705 l 79 0.006064 0.000703 0.015922 120 i 0 8.96E-06 1.26E-05 80 ~676U6557 K0I5'935'{ 125 l 0 9.135-06 1.35E-05 YO6d765}'Y6I59AI~
~
81 0.006529 0.000703 82 ~TdU5f5T66d76f~D.Di5947 130] 0 1.05E-05 1.44E-05 I f 135 f~ 0 1.13E-05
~
1.53E-05 1 83 0.006989 0.000703 0.015952 ~ 140 l 0 1.255-05 1.655 65~ I
~
84 If0df257 0.000f6f~dI6i~5956~ 145 I d 1.5IE-05 1.715-6f 85 0.007443 0.000703 1.85T5~ 0.015959L_ __ 150
] 6 1.45!65 0 86 0.007668_ _0.000703_ 0.01_5962 87 0.007891 0.000703 0.015964 155 160 j
( 0 0 uME-05 1.59E-05 1.9E-05 1.99E-05_. 88 0.008113 0.000703 0.015965 165 0 1.69E-05 2.09E-05 89 0.008334 0.000703 0.015966 170 0 1.8E-05 2.18E-05 4 90 VU 5553 V Ud 70f 50I5567 ~, 175 7 0 1.9I$-05 2.28E-05 91 Id6577T" ~7600703~ ~50I5966}
~
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56 8557 ~0IOO0763 ~I01596fi l
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~
95 5609558 ~6TOU67diIdidT59fT- I~ f00 i 2395265~2577E!d5
LOCK.XLS I AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 96 0.009839 0.000703 0.01597 0 ' [ 205_ _ _2.62E-05 2.87E_0_5 97 0.010049 0.000703 0.01597 l 210 0 2.75E-05 2.97E-05 98 0.010257 0.000703 0.01597 215 0 2.88E-05 3.07E-05 99 0.010464 0.000703 0.01597 220 0 3T0fE-05 3.165~05
~
100 _0.01067 0.000703 0.01597 225 0 3.16E-05 3.26E-05
- 101 0.010874 0.000703 0.01597 230 0 3.3s-05 3.365-05 102 0.011077 Odd 7b3 0.01597 235 0 3.45E-05 3.46E-05 103 0.011279 0.000703 0.01597 240 0 3.6E-05 3.55E-05 104 0.01148 0.000703 245j 0 3.75E-05 3.65E-05 105 0.011679 0.000703 _0.01597_)
0.015971 250 1 0 3.9E-05 3.75E-05 i 106 0.011877 0.000703 0.015971 7 255 " 0 4.06E-05 3.84E-05 107 0.012074 0.000703 0.015971 260 0 4.22E-05 3.94E-05 i 108 0.012269 0.000703 0.015971* 265 0 4.395-05 4.03E-05 l 109 0.012463 0.000703 0.015971 270 0 4.55E-05 4.13E-05 1 110 0.012656 275 0 4.72E-05 4.22E-05 0 000703J 0.015971 4 1 111 0.012848 0 4.9E-05 4.31 E-05 0.000703J 0.0159_71 _ 28_0 112 _0.013039 0.000703 0.01597_1 285 0 5.07E-05 4.4E-05 113 0.013228 0.000703 0.015971 290 0 5.25E-05 4.49E-05 114 0.013416 0.000703 0.015971 295 0 5.43E-05 4.59E-05 115 0.013603 0.000703 0.015971 300 0 5.62E-05 4.MG M 116 0.013789 0.000703 0.015971 305 0 5.81 E-05 4.76E-05 117 0.013974 0.000703 0.015971 0 6E-05 4.85E-05 118 0.014157 0.000703 0.015971 L310 315 0 6.19E-05 4.94E-05 119 0.014339 0.000703 0.015971 320 0 6.39E-05 5.03E-05 120 0.01452 0.000703 0.015971 325 0 6.59E-05 5.11E-05 l 121 0.0147 0.000703 0.015971 330 0 6.8E-05 5.2E-05 l 122 0.014879 0.000703 0.015971 335 0 7E-05 5.28E-05 123 0.015057 0.000703 0.015971 340 0 7.21 E-05 5.37E-05 124 0.015234 0.000703 0.015971 345 0 7.43E-05 5.45E-05 125 0.015409 0.000703 0.015971 350 0 7.64E-05 5.53E-05 126 0.015583 0.000703 0.015971 355 0 7.86E-05 5.61 E-05 127 0.015757 0.000703 0.015971 360 0 8.08E-05 5.69E-05 l 128 0.015929 0.000703 0.015971 i 365 g 0 8.31 E-05 5.77E-05 129 _0_.0161 0.000703 _0.015971 T T 370 0 8.Si$T5T855~d5 0 Q 130 _0.01627._ _0.0_00703___ 0159710___ _ l 375 0 8.77E-05 5.93E-05 131 0.016439 _0.000703 0.015971_ L _ j 380 0 9E-05 6E-05 4 132 0.016606 0.000703 0.015971 385 0 9.24E-05 6.08E-05 133 0.016773 0.000703 0.015971 I l j} ' 390 0 9.48E-05 6.15E-05 134 0.016939 0.000703 0.015971 I 395 0 9.72E-05 6.23E-05_ 135 0.017103 0.000703 0.015971 400 0 9.97E-05 6.3E-05 136 0.017267 0.000703 0.015971 405 IO 0.000102 6.37E-05 137 0.01743 0.000703 0.015971 410 0 0.000105 6.44E-05 138 0.017591 0.000703 0.015971 415 0 0.000107 6.51 E-05 139 0.017752 0.000703 0.015971 _J 420 3 0 0 00011 6.58E_-05 _ 0 0.000112 6.65E-05 140 0.017911 0.000703 0.015971l_ ] 425 l 0 0.000115 6.72E-05 141 _0.01807._0000703_0.015971 142 0.018227 0.000703 0.015971 ( 430 435 0 l0.000118 6.78E-05
~ ~
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j LOCK.XLS 5 AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 144 0.018539 0.000703 0.015971 1 445 0 0.000123 6.91 E-05 145 0.018693 0.000703 0.015971 l 450 0 0.000126 6.98E-05 146 0.018847 0,.000703 0.015971 455 0 0.000129 7.04E-05 147 0.019 _0.000703 0.015971 460 0 0.000132 7.1 E-05 148 0.019151 0.000703 0.015971 465 0 0.000134 7.16E-05 149 ~0I019302 470 150 0.019451 0_.0007 63[ 0.015971 0.000703 0.015971 [ _ 475 0 0 0.000137 0.00014 7.22E-05 7.28E-05 151 0.0196 0.000703 0.015971 480 0 0.000143 7.34E-05 152 153 55 = 0.004457 154 DOSE = 0.021109 _. y 155 156 l 157 158 159 _160 161 _ _ _ _ . . _ _ .
~
163 164 _ _ _ 165 166 [ 7 J l
LOCK.XLS Bl l BJ l BK l BL l BM l BN l BO l BP l BQ BR l 1 l l ilodine Released 2 l 3 i
] f 6 5.55E-04 1.32E-02 1.75E-03 7 } Time NUCLIDE 8 l-133 I-134 l-135~ T(Min) 1-130 , 1-131 9 __0 ___0. _ _ J 0 _
0 0 0. 10 3.99E-10 5.98E-11 2.19E-10_ 0.1 0 4.49E-10 11 2.11 E-09 4.66E-10 1.21E-09 } 0.5 0 9.34h-09 . 12 4.86E-09 1.81 E-0_9 3.05E-09. _1 0 2.58E-08 l 13 1.19E-08 6.55E-09 8.2E-09 ~~ 2 0 1.19E-07~ 14 l'i5E 08!~T.53E-68~ T63E-08 3 0 2.1E 67~ 15 YT9d~d5]~2T5I5T O ~8-2Y3E d5 ! I 4 0 Tl24E-07 16 3.49E-08 2.77E-08 2.73E-08 5 0 0.000608 [ ! 17 3 49E-08_. 2 73E-08_ 2.72E-08 [ _ ]_6 _ 0 0.00071 1 18 _3.48E-08_ 2.7E-08 2.72E-08_ g7 0 0.000811 19 3.48E-08 2.66E-08 2.71 E-08 4 0 0.000913
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20 3.48E-08 2.62E-08
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57 7.97E-06 6.02E-06 7.29E-06 76 0 7.68E-05 , 58 8.42E-06 6.27E-06 7.69E-06 78 0 8.11E-05 59 8.88E__06 6 51fj-06 ._8.1 E-06 80 0 8.55E-05 60 9.35E-06_. 6.75E-06 I 6.52E-06 82 0 9.01 E-05 61 92 83E-06_6.99E-06 8.94E-06_ 84 0 9.47E-05 62 1.03E _05_ "(.;23E-06 9.38E-06 86 0 9.95E-05 63
- 1.08E-05 (7.47E-06 9.82E-06 ..
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~
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~
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~35d 0 0 134 0.000202 2.35E-05 0.000147 l 395
~
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~ ~ ~
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+
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LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ l CA CB l 1 Total Thyroid Dose l .._. . 3 EAB X/Q 9.00E-04 4 {
~~
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- l. 8 0 20 0.001754 0.002252 0.002613 0.002063 9 0 21 0.001959 0.002493 0.002915 0.002297 10 0 22 0.002164 0.002733 0.003213 0.002531 11 0 23 0.002367 0.002974 0.003507 0.002764 12 0 '
24 0.00257 0.00_3214 } 0.003797 0.002997 l~ 13 i 0 25 0.002771 0.003455 0.004083 0.003229l_
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~
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~
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4 LOCK.XLS
, BS l BT l BU l BV l BW l BX l BY l BZ l CA CB
^ l 48 7.52E-05 0.090102 8.87E-05 58 0 9.47E _0_5 l 49 8.06E-05 0.30011 9.41 E-05 0.000102 50 8.62E-05 0.000119 9.96E-05 0.000109 1 60 0 4 62 0 51 8.79E-05 0.000122 0.000101 0.000112 64 0 52 9.34E-05 0.00013 0.000106 _0.00012 66 0 53 9.91E-05 0.000139 68 0 0.000111 10.000127 54 0.000105 0.000147 0.0001171 0.000135 70 0 55 0.000111 0.000157 0.000122j 0.000144 72 0 56 0.000117 _0.000166 0.000127 0.000152 74 0 57 0.000123 0.000175 0.000133 0.00016 76 0 58 0.000129 0.000185 0.000138 0.000169 78 0 59 0.000135 0.000195 0.000143 0.000178 80 ~0 60 0.000142 0.000206 0.000149 0.000187 82 0],] 61 0.000148 0.000216 0.000154 0.000197 84 0 62 0.0001557.000227 0.066559 I~0T000206 86 0 63 0.000161 0.000238 0.000164l 0.000216 88 0 64 0.0001681 0.000249 0.00017 03U6~255~ 90 0 65 0.000199 0.000296 0.000199 0.000268 92 0 66 0.000207 0.00031 0.000205 0.00028 94 0 67 0.000214 0.000323 0.00021 0.000292 96 0 68 0.000222 0.000337 0.000216 0.000304 98 0 69 0.00023 0.000351 0.000222 0.000316 100 0 70 0.000239 0.000366 0.000228 0.000329 102 0 71 0.00_02_47 0.00038 _0.000_234._0.000341 104 0 72 0.000255 0.000395 0.000239 0.000354 106 0 73 0.000264 0.00041 0.000245 0.000367 108 0 74 ~d.000272 0.000455 0.00025 0.0_00381 110 0 75 0.00028 0.000442 0.000256 LO 000394 _j 112 0 76 0.000289 0.000457 0.000261 0.000408 ' 114 0 77 0.000298 0.000474 _ 0.00_0267_0.0_0_0422 116 0 78 0.000306 0.00049 0.000272 0.000436 _ 118 0 79 0.000315 0.000507 0.000278 0.00045 j 120 0 t 80 0.000796 0.001298 0.000686 125 0 0.001147 { 81 0.000848 0.001402 0.000716 0.001235 130 0 82 0.000901 0.00151 0.000745 0.001325 135 0 83 0.000955 0.001622 0.000773 0.001418 140 0 84 0.00101 0.001737 0.0008 0.001514 ~I- 145 0 85 0.001064 0.001856 0.000827 0.001612 150 0 86 0.00112 0.001979 0.000852 0.001712 ~i 155 0 87 0.001175 0.002106 0.000877 0.001815 } 160 0_
}
88 0.001232 0.002236 0.000901 0.00192 ! 165 , 0 89 0.001288 0.002369 0.000924 0.002028 - 7 17'O 0 90 0 0 0 0~ 175 0 0 _ _ _ _ -__0 __ __
~ 0 I~ 0
~'~
93 0 0 - R_L R0 9-- 190 94 0 0 _ 195_j 0 95 0 0 0 0 I I 200 1 0
LOCK.XLS BS l BT l BU l BV l BW l BX l BY l BZ CA CB l l 96 0 97 0 0_ 0 L_0 205 0 0 0 0 210 0 98 0 0 0 0 215 0 99 0 0 0 0 220 0 100 0 0 0 0 225 0 O_ - 0 0 _3_p____ 0 103 [_]0]'_[0] ~0 _ _ __ D _ _ _
- j. _ 240 0 104 0 0 0 0_ 245 0
_ __. _ . _ __ . _ _ _ _ _ _ . _ _ . ___ _ _ _ _ 0__ 7 108 0 0 0 0 265 0 0 _. 111 0 0 0 0 280 0 112 0 0 0 285
-- - - 0.- .- 0 114 0 0 0 0 [~ 295 0 115 0 0 0 0 ~{- 300 0 116 0 0 0 0 l 305 0 117 0 0 0 0 j_ 310 0 118 0 0 0 0 l 7,15 0 119 0 0 0 0 i 320 0 120 0 0 0 0 325 0 121 0 0 0 0 330 0 122 0 0 0 .
O T 335 0 123 0 0 0 l 0 340 0 124 0 0 0 [ 0 345 0 125 0 0 0 0 350 0 126 0 0 0 0 355 0 127 0 0 0 0 360 0 128 0 0 0 0 } 365 0 129 0 0 0 0 370 0 130 0 0_ 0 0 _ 375 0 131 0 0 0 0 j 380 0 132 0 0 0 0 385 0 ( , 133 0 0 0 l 0 l 390 0 134 0 0 0 0 395 0 135 0 0 0 0 __ .__Q _ _ 400 0 1 136 0 0 0 0 405 0 137 3 0 0 0 410 0 l . l 138 0 0 0 0 415 0 ! 139 0 0 0 0 420 0 i 140 0 0 0 0 i 425 0 I
~
141 0 0 0 0 430 0 , 142 0 0 0 0 435 0 143 0 0 0 0 l 440 0
LOCK.XLS 'f BS l BT l BU l BV l BW l BX l BY l BZ CA CB l l 144 0 J__ _,0 0 0 l 445 0 4 . _ _ _____( 145 0 0 0 0 I 450 0 146 0 0 0 0 i~ ~ 455' O 147 0 0 0 0 460 0 148 0 0 0 0 465 0 ., 149 0 0 0 0 470 0
- 150 0 0 0 0 475 0 151 0 0 0 0 480 0 ,
1 152 i 153 TOTAL EA 157 158 _._[ _ _3 y 7 162 _ . _ . - _ 164
~
165 _. _ q i 1 i
1 LOCK.XLS CC l CD l CE l CF l CG 1 2 3 LPZ X/Q = 8.00E-05 Breathing Rate (m^3/s) = 3.47E-04 5 ~ii078~05 T30E-65 ~il2s! O f T07E'-06~ ~3.1 ~~ 5s35 6 8 l131 1-132 1-133 1-134 l-135 9 0 0 0 0 0 l 10 1.5E-10 3.18E-13 4.07E-11 3.61 E-14 3.88E-12
~ ~
11 3.28E-09 8.18E-1276.~6Is-TO~ ~i16s!iE~~8 95E ii { 12 JjnEy8~~3.77E{il5ETO{6.63E42 3.6{1{ 13 5.19E-08 2.23E-10 1.55E-08 4.62E-11_ 1.81E-09 14 1.22E-07 6.27E-10 3.78E-08 1.39E-10 4.7E-09 15 2.31 E-07 1.34E-09 7.35E-08
~
3.08E-10 9.53E-09 16 506656i 1.815!6f ~7.55!~5~i56E4f 0 ~ Tis ~05~~ 17 0.000442 4.04E-06 0.00016 1.02E-06 2.44E-05
~
0 18 ~T60D714 55fs-Of'~656056 1.59E 05TdIE36
~
~~
19 6.~ddid2i 9 75s-06 0.06d37i'2'475~di ~55E'65~ 0~ 20 ~6IO6536F T52E'05 ~I60d5bf 3.34E3f~7535 65' 21 0.001736 1.7E-05 0.000643 4.32E-06 0.000101 22 0.002145 2.13E-05 0.000798 5.4E-06 0.000126 ~ 23 ~~66f556
- 0. ~E.'595!65- I Dd556 ~8I5fE 66~T 60I55 24 6 66i655~iiE35~ ~~ 0.05iT49 735546 0.000182 -
25 ~636fiYiT5is!6F~6T66i344 9.2fE Uf~0.000iii 26 0.004122 4.23E-05 0.001554 1.07E-05 0.000248
~
27 '63Ui705T855!di~0.001777 1.22845' O.000284
~
28 ~0.00593 638s-05 0.6 225
~
1.55E-05 6.ID6bi6f 29 ~6~ 755i~7.66E 65 0.002778 1.92E-65~~Td66T48 30 ~0T06fE55~' T56s!65 0.002778 1.955~df~6T660448 31 0.007297 7.66E-05 0.002779 1.92E-05 0.000448 , 32 0.007299 7.66E-05 0.00278 1.92E-05 0.000448 33 106f66i~f.55s!65 ~6Tdd578i~552s!6f~0T60 448 . 34 0.007307 7.67E-05 0.002782 1.92E-05 0.000449 35 T6073i~~7175~65^0T665f8T T.52E T^ 05 3060ii9 36 0.007314 7.68E-05 0.002785 1.92E-05 0.000449 37 0.007319 7.68E-05 0.002787 1.93E-05 0.000449 38 0.007324 7.69E-05 0.002789 1.93E-05 0.00045
~
39 0.0015F T65E-05 0.002f52 1.955!65 6.'6064f 40 0.007337 7.7Edi'03df794 1.93s-05 0.000451
- 41 0.007345 7.71 E-05 0.002797
~
1.93E-05 ~ 0.000451 42 ~0 I66735i~7!72545-1602561 1.93E-6f ~T600452 l '3 0.007364 7.73E-05_0.002805, 1.94E-05 _0.000_452 44 0.007374 7.74E-05 0.002809 1.94E-05 0.000453 ~ 45 566f566T7[755~65]0.002813 1.5As 0}5[E_6[0[0454 46 0.007399 7.76E-05 0.002818 1.94E-05 0.000454 47 ~dT0didii 1Tf55!65 ~0T662523TY:95s 35 0.000455
LOCK.XLS l i I l CC l CD l CE l CF l CG l l 48 _0J07428 7.79E-05_ 0.0028_29_1.9_5_E-05_0.000456. l 49 0.007444 7.81E-05 0.002836 1.95E-05 0.000457
~
50 ~dd6fi61 7I85E 05~~0T02532 1.96 Elf ~0 666355
~
51 T067515 ~7754E 0Fl.6625i9' 1.96535 ~ V600459
~
l 52 TOD7498~ ~7.56$~05~~ ~E602557 'T965-6f~6.~6dO461 53 0.007518 fl55~Of~dT662864 1.57Eh5 0.000365 64 __0.00754.__7_.9E-05 _0.002873 1.97E-05 Oj00_463 55 0.007563 7.92E-05 0.002882 1.97E-05 0.000465 ) 56 5607587i _7.94E 65 0.0015591 1.985T0 6l 0.000465 57 0.007613 7.97E-05 0.002901 1.98E-05 0.000468 i 58 _0_.00764_ 7.9_9E-05 _0.002911 1.99E-05 0.000469 59 0.007669 8.02E-05 0.002923 1.99E-05 0.000471 60 0.007699 8.05E-05 0.002934 2E-05 0.000473 l
~
61 0.007731- ~57055~0'5 0.662546 2E-05 0d66A15 ! 62 0.007764 8.11 E-05 0.002959 2.01E-05 0.000477 1 63 0.007799 8.14E-05 0.002973 2.01E-05 0.000479 64 0.007836 8.17E-05 0.002987 2.02E-05 0.000481 65 0.00788 8.21 E-05 0.003004 2.03E-05 0.000484
- ~ )
66 ~50 67925 ~8 35E 0f Td63021 2.055-65~6.f06is7 ~ 67 566757f Tf55-~65 0.66364~ ~2.04E-05 0.000i55 68 0.0086f3T34E 6f~0T665059~ T Y65E-05 0.000492 69 ~0.008074 8.385-6f T665679 2.055-~05~0T000456 70 0.008128 8.43E-05 0.003099 2.06E-05 0.000499 71 0.008184 ~8.486-TfT063121 2.075 65 0.00050f 72 0.008243 8.535!d5 0.003143~ 2.08E-05 0.000506
~~
73 0.008303~ ~T5E-05~6~03167 8 ~Td5E-05 2 0.000565 74 56U5566 8.63E'-6F ~Ed63591 2.09E-05 0.000513
~
~
75 0.008432 8.69E-05 0.00'3216 2.152^5 0 0.6005W l 76 0.008499 8.75E-05 0.003242 2.11ET- O5 0.000521 77 0.00857 8.81 E-05 0.003269 2.12E-05 0.000525 l 78 0.008642 8.87E-05_0.003296 2.13E-05 0.000529 l 79 0.008717 8.93E-05 0,003325 2.14E-05 0.000534 80 0.00891 9.08E-05 0.003399 2.16E-05 0.000545_ 81 0.009118 9.25E-05 0.003478 2.19E-05 0.000557 i 82 0.009343 9.455T5~ 0.003564 2.21E-05 0.00057 83 0.009585T62E-05 0.003656 2.24E-05 0.000587' 84 [0T609844 9.81 E-05 0.003f5T ~2T2}545l 0.000T95 85 0.010121 0.0001 0.003859 2.29E-05 0.000615 i 86 0.010418 0.000102 0.003971 2.32E-05 0.000632 ~ 87 0.010733 0.00b105 0.004091 2.35E-05 ID66E49 88 ~0.011069 0.000107 0.00421V~ 2.38E-b5 0.006555 89 0.011425 0.00011 0.004352 2.41E-05 0.000688 90 ~E 11425 0.00011 6T604352 2.41E-05 0.000655 t 91 0.011425 0.00011 0.004352 2.41E-05 0.000688
- ~
92 0.011425 0.00011 0.004352 2.41E 65~6O'06555
~
93 T011425 0.00011 0I005552 2.41 E-05 0.006655 r 94 0.011425 0.00011 0.004352 2.41 E-05 0.000688~ 95 0.011425l 6T0011 0.0655f2 ~2 7i5~-65 0.0006585 l
l 1 l LOCK.XLS l l l cC l CD l CE l CF l CG ! l 96 0.011425 0.00011 0.004352 2.41E-05 0.000688
~
~
( 97 0.011425~ UT0665 FO.004352 2.41 E-05 0.000655 ' 98 0.011425 0.00011 0.004352 2.41 E-05 0.000688
~
1
~
99 T011425'~Ul00T1~6.~0'd4352~fi1E-T)5~ ~d~666688 l 100 EdiO1142{l0d65I-"6.0dd352][1[E453 006~688 ' 101 0.011425 0.00011 0.004352 2.41E-05 0.000688 a 102 ~66fii25]IddO11,_. T05f3]2] 355-[0[5 ~Td60555[ 0 l 103 _0.011425_0;00011 0.004352 2.41E-05 0.000688 104 0011425 0.00011 0.004352 2.41 E-05 0.000688 105 .0.011425 0.00011 . 0.004352 2.41E-05 0.000688 106 0.011425 0.00011 _0.00_4352 2.41E-05 _0.00_0688 107 0.011425 0.00011 0.004352 2.41 E-05 0.000688 108 0.011425 0.00011 0.004352 2.41 E-05 0.000688 l 109 0.011455 0.00011 0.664552~fiiE!65- ~TO'D6588 0 110 { 0.011425 0.00011 0.004352 2.41E-05 0.000688 l
)
111 0.011425 0.00011 0.004352_ 2.41 E_-05__0 000688_ _ 112 _0.011_425_ 0.00011 0.0_04352_2.41 E-05 0.000688 113 _0.011425 0.00011 0.004352 2.41E-05 0.000688_
- 114 0.011425__0.00011 0.004352 2.41 E-05 0.000688 115 0.011425 0.00011 _0004352 _2.41 E-05 0.000688 116 _0.011425, _0.00011 0.004352 2.41E-05 0.00_0688 117 0.011425 0.00011 0.004352_ 2.41 E-05 0.000688_
118 0.011425 000011 0.004352 2.41 E-05 0.000688 l 119 0.011425 0.00011 0.004352 2.41 E-05_0.000688 _ 120 0.011425 0.00011 0.004352 2.41 E-05 0.000688 121 0.011425 OT06Q)04352 2 l
~ 3 FEM 6TdD6655 i 122 0.011425 0.00011 0.004352 2.41 E-05 0.000688 123 0.011425 0.00011 0.004352 2.41E-05 0.000688
! 124 h011425 0.00 11 0.004352 2.41ET05~~.000688 125 0.011425 0.00011 0.004352 2.41E-05 0.000688 126 0.011425 0.00011 0.004352 2.41E-05 0.000688 127 0.011425 0.00011 0.004352 2.41E-05 0.000688 128 0.011425 [ 0.00011 0.004352 2.41E-05 0.000688 l 129 0.011425 0.00011 0.004352 2.41E-05 0.000688 l 130 0.011425 ~~T05d11 0 0.00i35f lii$T05 0.000688 l 131 0.011425 0.00011 0.004352 2.41E-05 0.000688 l 132 0.011425 0.00011 0.004352 2.41E-05 0.000688 - 133 0.011425 0.00011 0.004352 ' 2.41E 05 0.000688 134 'O.011425 OTd6U11 0.00435f~2.41 E-05 ~6.~066655 ~ 135 ~0.011425 0.00011 0.004352 2.41E-65~~6.0d6588 136 E011455' O.00011 0.004552 ~ 23T5-05 0.0dD555 137 I).011425 ~~T60011 0 0.00435f'2.41 E-05 0.066555 , 138 ~ .011425 d~0611 0.064552 2.41$25 0.006555 139 0.011425 0.00011 0.004352 2.41E-05 0.000688 140 0.011425 0.00015T0.004352 2.41E-05 0.000688
, 141 _0;011425 _0 0_0011 0.004352l 2.41E-05 0.000688 . 142 0.011425 0.00011 0.004352 2.41E-05 0.000688 143 0.011425 0.00011 0.004352 2.41 E-05 0.000688 i
l l
i LOCK.XLS l cc l co I cE l CF l CG , 144 0;011425 _0.00011 0.004352. 2.41E-05_ 0.0_00688_ [ 145 .0.011425 0.00011 0.004352 2.41 E-05 0.000688 l 146 0.011425 0.00011 0.004352 2.41E-05 0.000688 : , 147 0.01145f~6T606Tf ~ I60455f~2iiE45' O.000688
~ !'
l 148 ~.011455dD6011 0.664352 25iE-65~~67606658
~
149 K0114ff ~iU611 ~5604352 0 2iiE 05~T660655 - iD66ff ~0TO6i352 ~ 2iiE 6~'
~
150 ~D.011425 -5 K660655 151 0.011425 0.00011 0.004352 2.41 E-05 0.000688 ,
~6 55~=' O.012557 T6TAL @Z DO5~s = 0.001Tf5 154 155 156 ,..
157 158 159 __ 160 161 162 163 164
- ~
165 166 I I I i I i o l f 1
LOCK.XLS
/oo9-Cl. M G A l B l C l D l E F G H l l l l 1 l J 1
Reactor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis
~ ~
~
j l 2 Therriial-Hydrauiic and Source Term Traiisport inputT ^ ~-~U~ ~l~ ~'~ ~ I~~~~ ~-~T - I 3 Case Evaluated (1= Credit for RCS Injection Flow Loss for Source Term Depletion. 2sNo Credit for Source Term Depletion) = ! 4 RCS Volume (gal) = 1 83059 lConv. Factor (gal /lbm) =l 0.1642 Letdown Cleanup Fraction = i 5 Cooldown = 50 RCP Heat = { 6.24E+07 S/G Heat of Vaponzation, Hfg (BTU /lbm) = Conductor = { 313E+07 7 _pme I Leak Lossj Lpak Dose LFlash
.. Steam tnput Steam Rate Scrub 8 (Min) . f (Lbm/ Min) i (Lbm/ Min) l Fraction IMass(Ibm)I eat (btu /hr!i S/G H2O Core Decay, Steam Release 9 0 1.64 I 0.358 0 ! 8.00E+04 i 0.00E+00 ' 2 l 1800 1800 i 0 10 11
.]C 0.5
_]j,6'4] { 0.3l58~~ 1.64 0.358 [0]} 8[06E}0i[0iO0E+d0~ ~~~~ T " 1800 1800 f 0 0 - - - 8.00E+04 i 0.00E+00 j - 2 1800 1800 0 0.358 [ 0
~
13 2 1 1.64 8.00E+04 '0l00E+00 ! 2 1800 1800 0 14 3 1.64 ,_[0;358 0 ' 8 DOE +04 15 4_ 1.64 0.358_ _ _ ,0 . 0.00E+00{2))]1}800]']800] 6 i _ _ _ _ .8.00E+04 0.00E+00E2___j . 1800 1800 0 16 5 _1.64 0.358 _ _ 0 _ 8.00E+04 0.00E+00 l 2 1800 1800 0 17 6 1.64 0.358 0 8.00E+04 0.00E+00 l. 1800 0
-e - ... _. 2.. . ._1800 2 . - . - .
19 ~T ~ 1164-' ~di358~ ~ U '~8T00E+0FOI OE+6 " 2 1800 1800 F 0 20 9 1.64 0.358 1 8.00E+04 0.00E+00 2 1800 i 1800 0 21 _.10 1.64 _ j. 0.358 _ 1 8.00E+04 0.00E+00 . 2 . ._1800 l 1800 0 23 - 12 - - 1.64 -..- 0.358 - -1 .- i 8.00E+04 0.00E+00 ..- -. 2 1800 Ei80D T ~0 25 14 1.64 0.358 1 8.00E+04 0.00E+00 2 1800 1800 0 _a! 0.358 I 1800 26 15 1.64 1 8.00E+04 2 1800 0 0.00E+00 { . 28 18 1.64 0.35'8 i O 8.00E+04 'O.00E+00 2 ! 1800 1800 0 29 _ 20__ 1.64 i 0.358 0 8.00E+04 0.00E+00 2 l 1800 1800 0 31 24 1.64 I .358 0 0 8.00E+04 0.00E+00 2 1 1800 1800 l 0 32 _ _26_ _ _1.64]_0.358_ [0 .,
']8]0DE+04 0.00E+00 2 ! 1800 1800 L O >
33 _ 28_ L_1.64 _ __0.358_ 0 0_ 0.00B00 .____2 _ j_ 1800_ 1E_1800 J_ 0 34 35 _ 30 _ _1.64 0.358 __0.358_l. __ _0_ _ _ 8.00E+04L8.00E+041[0.00E+00 _ _ _ _2_ _ j 1150 1150 _ 32_. _ _ _1.64_ 0 8.00E+04 i 0.00E+00 E 1150_i 1150 0 36 _ 34 36__ 1.64 1.64_. _0.358 0 __ _ J8.00E+04] .0.00E+00l _2___l_1150]1150]__0__ 2 37 0.358 0 ! 8.00E+04 j 0.00E+00 i 2__ l 1150 ! O 38 38_ _ _ 1.64_. ._0358J 0 [ 8.00E+04l 0;00E+00__ _2__g1150 1 1150. _ 1150_ 0 __ 40 _ 1.64 ._;358j_ 0 39 0 8.00E+04 0.00E+00 2 _ 1_S.0_ 1 _,__1150 ! O__ 40 42 , 1.64_. 0.358_ 0 8.00E+04 ! 0.00E+00 2 1150 1150 i 0 41 44 1 1.64 0_ 8.00E+04 } 0.00E+00 2 1150 0 0.358 J 1150_ _0 42 46 l 1.64 0.358 0. 2__ _ 1150 > 43 48 i 1.64 g __ 0.358 0 . 8.00E+04 (( 0.00E 00 8.00E+04 0.00E+00 ,___2__ 41150
.1150_ 1150_ (0_
44 50 l 1.64 I 0.358 l 0 18.00E+04 [0.00E 00 l _ 2_ __150 1 7 1
~I 45 ~52- I~'Ii6f ~i~~D.358' "~~~~~0~ ~8i0DE+0i
~ ~ ~ ~ ~ 0.00E+00 l 2 j 1150_. 1150 ._ 1_50 ; OJ __0_
46 ~ ~S4~i~ 1.64 ~ 'i~ 0358 0 8.0 E+D4 0;D EidD ~2 1150 l 1150 l 0 : 47 -56~~T '~ii6T~i 0358~ I d7810 Es04 ' O.00E+D0 F ~~1150~ i ~ ~1356' 0~~ I i
LOCK.XLS A l B l C l D l E l F l G H J l l 1 l ; 48 1.64 58_ _I_ l __ LO.358 . 0_ _ J8.00E+0410.00E+00( __2_ j_ 1150 g . . 1150 l 0 49 60 _1 64 0.358 0 I
. - - . 8.00E+04 0.00E+00 ! -
2 l _ 1150 1 1150 l 0 _g, __,.-0. 3,,. _ _ - . 0___ _.8.00E+04i0.00E+00i 54 _.1.6 2~ ~ ~ 710~l l iOO~i d~ ~
~ ~ '70~~ ._ [1.64 ._0.358}[ }0((8[00EA0410;ddE+00[ ~~ 2 ~ ~1166- 0_
55 ~72 1.64 0.358 0 j 8.00E+04 i 0.00E+00 i 2 1100 [ _1_1_00 1100 0J 56 74 1.64 l 0.358 0 ~2 '~ T 1100 1100 0 57 [7s [}.[1[64]~ j58 [0[][8100Ei04 i 0.00E+00I8.00E+[04[0.00E+00j . 2_ _ _. j 1100 . 1100 0 58 78__ _ j __ 1.6 O_ l 8.00E+04j 0.00E+00 2 1100 1100 0 4_ J___0.358 l _ 80 59 1.64 0.358_ i __ 0 . _ - 8.00E+Gi I.0.00E+00 __2 l 1 100
!._ 1100 _ .
0 __-
.~
~~ 1.64 ~ 01358~~ ~0~ l 8.00EiO4 i d.00E+00 2~ 1i007 1100 1 0 37 0- r8:00E+0F0.00E+00T 2 Rl 1106 1 7 0 ,,,.
0 63 0.358~ " ~ ~~0 ~~ i 8 0dEiO4 ' 64 __[88(( 1)64 90 l 1.64 1 0.358
~~
~ 0~ ~ ~ " ~8.00E+04 0TO'dE+0d i
~
O.00E+00] 2 i _'1250 _ [2]{[1l100}~[ 1 1250 1100 _ __0__ 1100_ 0 65 1 0 _ _,8.00E+04 0 00E+00( 2__.. 1250 l 1250 0-
] 92} }!1 64i~1l.64[ [ _0.358._ J 66 94 0.358 i.-0 8.00E+04 0.00E+001 2 1250 l 0 1250 }
7
.r __
~-~1250~~
~ ~
69 ][0[ 0.358 ~8 00Eid4 0.d0siOOl 2 ~i250~l_ 0_ __
)).64l 1.64 }{0 358[~U~'~
70 102 0 8.00E+04 0.00E+00 2 1250 _ 1250 [ - 0
.]06l
~ ~
72 )),64] _ j ((D.35s [0][8[605{0d[ l.00E+00 [_ - [2 I ]i250 2 . [ i250 l 0 73 108
~
1.64 ~ I 0.358 0 8.00E+0410.00E+00 ^ i 1250_ l 1250 1 0 74 75 .112 11[0]l[. 134 1.64
].358]~]0]~}8[00E+04 0.358 0 t 8.00E+04 0.00E+00 0.06E+00. [2][12l5d-]256 2 1250 1250 1
_0 0 76 -.114 - 1.64 0.358 0 ~ ~I 8.00E+0410.00E+00 1250 !
-3.
_2._ 1250 0 78 79 [i[i8_ 120
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_ 1.64 0.358 ; 0 8.00E+@ 0.00E+00 __2___ } _ _1250 8.00E+04 1.38E+08. _1250_ [ 0
- -. 3 -- _. - .
2 1181 l 1181 0
~ ~
0' ~ 81 ~~130~'l~ i .~64 d.~358~ ~ ~ ~ ~ 0~ ' 8.00E+04 I il35EA08 '~ ~2 -~ if81~ 5581~~I 82 ij8I] ] [ [i35(( )).64]~~d.358 83 ___0 14 _ 1 64 0 8.00E+04 l 1.35E+08 2
. ]_ [i]11j1 _
L 0.358 J _0_ _ [ 8.00E+04)).32s+08; _ _ '__ _ 2 __ 1181__ __181_j 1 0 84 145 _ __1.64 _ g 0.358 J __0 _ j 8 00E+04[1.32E+08j_2 ___{1181._ 85 150 _y_1.64 0 1181]__ 0 E 0.358 .j . _ _ J8.00E+041 1.29E+08 L _2]__1181 __1181_ J _ _0. _ _ 86 _ _ _155 ; 1.64_ 0.358 ! 0 _ 8.00E+04 i 1.29E+08} 2]_1181 y 1181 _ ._ _0_ 87 160_ _ __ i f>4 0.358 i 0 8.00E+04 1.27E+08 j___ 2._ i 1181 l 1181 1 0 88 _.165 1.64 1181 0 i 0.358J__0_ _ _ _ __8.00E+04_ __ _ _1,_27 __ E+ 08j i ___20 ,_ _1 }_ 1181 l 89 170_ _ 8.00 _ E+04[_ _1.25E+08j 2 0 0 1.64 _J 0.358 ] _ _ 0._. . l 1 90 .___175__. 1.64 _ _j _0.358_i ' 0 8.00E+04 } 1.25E+08g _ j _ _ __0__J_0_ __ L_0__. 2 91 _ 180 , 1.64 O.358 ] _ 0_ j_8.00E+04 } _1.23E+08j_. _ 2 ____ _0__j _ 0_ _._{_0_ _ _ 92 185 1 1.64 ; 0.358 ! 0 ! 8.00E+04 l 1.23E+08; .2 0 f 0 l 0 [i90][_l_1.6{ {0.358))0]~}8 00E}04]22Ejb8,I]2ll .{d
~
93 _ I ~d T~ ~0 94 195 _,__010 l 1.64_LO.358]_ _0 . ] 8.00E+04f _1.22E+08[ _2_ j _0 . 95 _ _ _ _200 _i _ .1.64 l 0.353 1 0 ! 8.00E+04 ! 1.20E+08: 2 : 0. 0 i 0
i LOCK.XLS A l B l C l D l E l F l G l H l l l J 96 205 1.64 0.358 0 8.00E+04 2 0 0 0 97 1.64 0 120E+084 _ 210 0.3_58 8p0E+04_1.18E+08 2 0 0 0 t _4 l 98 215 1.64 0.358 0 8.00E+04 1.18E+08 2 0 0 0 l 99 220 1.64 0.358 0 8.00E+04 1.17E+08 2 0 0 0 100 225 1.64 0.358 0 8.00E+04 2 0 0 0 1.17E+08] l 101 230 1.64 0.358 0 8.00E+04 1.16E+08 2 0 0 0 l 102 235 1.64' O.358 0 ^ 8dOEiOT 1.16Ei 8 2 0 0 0 103 240 1.64 0.358 0 8.00E+04 1.14E+08 2 0 0 0
~
104 245 1.64 0.358 0 8.00E+04" 1.14E+d 105 250 1.64 0.358 0 8.00E+04 1.13E+08, 2 2 _0 0 0 0 0 0 106 255 1.64 0.358 0 8.00E+04 1.13E+0 2 0 0 0 l 107 108 260
, 265
_ 1.64_ 1.64 _0. 358)) 0.358 _0 0 8.00E+04 _~l 8.00E+04. 1.12E+0[8' 1.12E+08 2 2 0 0 0 0 0 0 109 270 1.64 0.358 0 8.00E+04 1.11 E+08 2 0 0 0 l 110 275 1.64 0.358 0 8.00E+04 [1.T1Eid8 2 0 0 0 280 1.64 0.358 111 0 8.00E+04 2__ 0 0 1.10E+08} 0 112 285 1.64 0.358 0 8.00E+04 0 0 0 1.10E+081_2 113 290 1.64 0.358 0 0 0 0
) 8 00E+0_4 _
1.09E+08{_2 l l l 114 115 295 300 1.64 1.64 0.358 0.358 0 0 8.00E+04 8.00E+04 1.09E+08[ 1.08E+08 2 2 { 0 0 0 0 0 0 116 305 1.64 0.358 0 8.00E+04 1.08E+08 2 0 0 0 ! 117 310 1 64-- dl58- 6- f6~0E+04 1.07ERi8 2 0 0 0 118 _ 315 1.64 __ 0.358 0 8.00E+04 1.07E+08 2 0 0 0 l 119 320 1.64 0.358 0 8.00E+04 1.06E+08 2 0 0 0 120 325 1.64 0.358 0 8.00E+04 1.06E+08 2 0 0 0 l 121 330 1.64 0.358 0 8.00E+04 1.05E+08 2 0 0 0 122 335 1.64 0.358 0 8.00E+04 1.05E+08 2 0 0 0 123 7 40 1.64 W358 0 8.00E+04 1.05Ei68 2 0 0 0 124 0.358 345 1.64 0 8.00E+04 1.05E+08 2 0 0 0 125 350 1.64 0.358 0 8.00E404 1.04E+08 2 0 0 0
- 126 355 1.64 0.358 ' 0 166ETd4 1.04Ei68 2 0 0 0 l
127 360 1.64 0.358 0 8.00E+04 1.03E+08 2 0 1 0 0 128 365 1.64 1 0.358 0 8.00E+04 1.03E+08 2 0 0 0 129 370 1.64T .358 0 0 8.00E+04 1.03E+08 2 0 0 0 130 375 1.64 0.358 0 8.00E+04 1.03E+08 2 0 0 0 l 131 380 1.64 0.358 0 8.00E+04 1.02E+08 2 0 0 0 132 385 1.64 0.358 0 8.00E+04 0 0 0 l 1.02E+08L2 1 133 390 1.64 0.358 0 8.00E+04~ 1.01E+081 2 0 0 0 134 395_. 1.64]D}358_ -0 8]00E+64T UTET6~8F2_ 0 0 0
- 135 400 1.64 0.358 0 8.00E+04 1.00E+08 2 0 0 0 l 136 405 1.64 0.358- 0 T830e+07170'6Ei08 2 0 0 0 137 0 358 0 8.00E+04 2 0 0 0 41_0 L 1.64 9.97E+07}
138 415 l 1.64 0.358 0 8.00E+04 9.97E+07I 2 0 0 0 139 420 { 1.64 0.358 0 8.00E+04 9.94E+07] 2 0 0- 0
- 140 455 _ { 1.64 0.358 0 T8.00E+04 9.94E+07 2 0 0 0 141 430 1.64 0.358 0 8.00E+04 9.87E+07 2 0 0 0 142 435 1.6F 0.358 0 8.00E+04 9.87E+07 2 0 0 I~ 0 J
143 440 i 1.64 0.358 0 18.00E+04 9.81 E+07. 2 0 0 T~d
l LOCK.XLS l A l B l C l D l E l F l G l H l J l l 144 445_ _ _ 1.64_ 0.358 0 0 0 0 145 450 1.64 0.358 0 J.00E_+04__9.81 E+07(__ 2 8 9.75E+07 J 3 00E+04 2 0 0 0 146 455 1.64 0.358 0 8.00E+04 9.75E+ 07 2 0 0 147 460 1.64 0.358 0 8.00E+04 9.69E+07 0__{ 2 _} O 0 __ _ 0 ) _. ~0.3 ~~T 0 8.00E+04 9.64E+07 2 0 0 0 150 475 1.64 0.358 0 8.00E+04 9.64E+07 2 0 0 0 151 _ 480 1.64 2 0 0 0 _0_.3_58___ ._ _ _0.___. 8.00E+0_4 9.58E+0_7. _ 153 _ Temp_ _Speevol _ _ _ _ _ ____ _ ! 0 - .
- ~'
157 85 0.1203 f 158 159 _ _9_5_ 90 ~~ T264] ] ] ~ ~~~ I - ~ l 0 0.1205 ._ _ __, _ __J_ _ _ _ j_ 0.1207_ 160 100 _ ._ ! 161 105 0.1208 l __ _ _ . _ . _
- - _ + - - . -
163 115 0.12105 l 164 120 0.1212 J 165 125 0.12135 . 166 130 0.1215 I i I l
\
LOCK.XLS l K l L l M l N l O l P l Q l R l S l T l 1 "* SG "C"- tube bundle uncovery "* ~ l l l l 2 PSGiw/ieMale aid TB0 *'*T l l l l 3 2 Steam Release Case Evaluated (1 - Calculated, Source Term Case Evaluated (1 = Failed Fuel,2 = lodine Spike) R 4 0 i= lriput DIr'eAiy) T~ Case = NUCLIDE l DBRC DCF l-131 DEC 5 632 Number of S/Gs Being Used = 3 T I (ICRP-30) 6 to Accomplish Cooidownl
)
7
. _BYP____. Partition L UD _ inject. Flow, Inject. Temjin[ect{FI'ow ]-1[31_ .L2.5
[ 0.00107 _ 0.769_87 8 Fract. Fraction I (GPM) (gal / min) i __ _ l-132_j_0.9 (F) ! (Ibm / min)
]_6.3E-06 0277153 9 _0_j 0.01 80 0 100 0 1-133 _] __ 4 _
' O.000181_1.231792_ _ _ _ .
10 0 0.01 80 0 100 0 1-134 0.6 1.07E-06 0.184769_ 11 0 0.01 80 0 1-135 2.2 3.15E-05 0.677486 100 - -0. . - -- . 14 0 . 0.01 1 80 875 100 0 Total I-131 Dose Equivalent = l 1 16 0 0.01 80 875_ j __ _100 0 l 17 0 0.01 80 875 j 100 _ _ _ 0_ _ i 18 _ _ 0_ _ 0.01 ._ 80 t 875 l 100 0 19 20 0 0 0.01 0.01 80 80 875 875 i 100 100 0 0 L _ ___ [l i [__._ _ _j 0 875 21 22 0 0.01 0.01 80 80 875 100 100 0 0 J_ t .I 23 0 0.01 80 875 100 0
}
24 0-" 0.01 80 875 100 0 25 0 0.01 80 875 100 0
}
26 0 0.01 80 875 100 0 l 27 0 0.01 , 80 875__ ____100 __ 0 _ _ _ _ ,__ 28 0 0.01 80 875 100 0 ~~ 29 0 0.01 80 875 100 0
' ~~ ~
30 0 0.01 80 875 100 0 ! 31 0 0.01 80 875 100 1 0 ~ T ' ~ ~~~ 32 0 0.01 80 875 100 ! O
~ ~ ' - ~ I 33 .._ _0 _ . . . _0.01. _ 80 l
875 _ _ 1007 .. 0 ! E-~ 7 F0~~~ ~ N
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36 0 0.01 1 80 1 875 100 ~ ~ T_[~0}_ _ _ 37 0 0.01 i 80 875 100 __{__0 n r ._ . . _ _ _ 3;; 0.01 875 100 0 __. 4__ _ __ J 0 j__0_ _[____, 39 40 41 0 0 0.01 0.01 {[__80_ i _80_ _ 80 80 j 1 875 __ ; 875 i _ _ L_ _875 100 100 100 l 0 ___~0 l _ _ _ ~[ _l _ 1} i l 0.01 ~l T
- ~
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l
I LOCK.XLS K l L l M l N l O l ? l Q l R l S l T l 48 0 ,_gp1_j_ 80 875 _ _ _100 _ J 0 _ 49 0 0.01 80 875 100 0 l 50 0 0.01 80 875 100 0 51 0 0.01 80 875 100 0 52 0 9.01 80 875 100 0 63 0 LS1 80 875 100 0 54 0 0.0 i 80 875 100 0 l 55 0 0.01 80 875 100 0 56 0 0.01 80 875 100 0 57 0 0.01 80 875 100 0 1 58 0 0.01 80 875 100 0 59 0 0._01 _ _80 87_5_ 100 0 60 0 0.01 80 875_ 100 0 61 0 0.01 80 875 100 0 l 62 0 0.01 80 I 815 150 0 63 0 0.01 80 875 100_ 0 64 0 0.01 80 875 100 0 65 0 0.01 80 875 100 0 66 0 0.01 80 875 100 0 67 0 0.01 80 875 100 0 68 0 0.01 80 875 100 0 [ 69 0 0.01 80 875 100 0 70 0 0.01 80 875 100 0 l 71 0 0.01 80 875 100 0 72 0 0.01 80 875 100 0 73 0 0.01 80 875 100 0 74 0 0.01 80 I 875 100 0 75 0 0.01 80 8_75 100 _0 76 0 0.01 80 675 100 0 77 0 0.01 80 875 100 0 78 0 0.01 80 875 100 0 79 0 0.01 80 875 100 0 l 80 0 0.01 80 8_75 . 100 0 81 0 0.01 80 875 100 0 82 0 0.01 80 875 100 0 1 83 0 0.01 80 875 100 0 84 ~ 0 0.01 80 875 100~ 0 I 85 0 0.01 80 875 100 0 86 0 0.01 _80 875 100 _0 , 87 0 0.01 ~ 80 875 100 0 1 88 0 0.01 80 875 100 0 89 0 0.01 80 875 100 0 90 0 0.01 80 875 100 0 91 0 0.01 80 875 100 0 l
* ~
92 0 0.01 80 875 j 100 0 -- I~
, 93 0 0 01 80 875 1 60 0 94 0 , 0.01 80 875 100 0 95 0 1 0.01 80 875 100 I O ~I i
l
LOCKXLS K l L l M l N l 0 l P l Q l R l S l T 96 0 0.01 80 875 100 0 97 __0 ~~00 _
]89 ,_ __8 ]_0 0 -
99 0 0.01 86'~ " 875 7 100 0 i 100 0 0.01 80 875 100 0 _ 101 0 0.01 80 875 100 0 102 0 0.01 80 875 100 0 ! 103 0 0.01 80 875 100 0 ' i 104 0 0.01 80 875 100 0 106 0 0.01 80 100 0 875 _ 106 0 0.01 80 875 100 0 107 0 0.01 80 875 100 0 108 0 0.01 80 875 100 0 109 0 0.01 _ 80 875 0 l 100 _._ 110 0 _ 0.01 80 875 100 0 l 111 0 0.01 T 80 875 100 0 i 112 0 0.01 80 875 100 0 113 0 0.01 80 875 100 0 l l ' 114 0 0.01 80 875 100 0 115 0 0.01 80 875 100 0
}
- 116 0 0.01 80 875 100 0 117 0 0.01 80 875 100 0 l
118 0 0.01 80 875 100 0 . 119 0 0.01 80 875 100 0 120 0 0.01 80 875 100 0 121 0 0.01 80 875 100 0 122 0 0.01 80 875 100 0 123 0 0.01 80 875 100 0 124 0 _0.01 80 875 100 0 l 125 0 0.01 80 875 100 0 126 0 0.01 80 8 75 100 0 l 127 0 0.01 80 875 100 - 0 l 128 0 0.01 80 875. 100 0 129 0 0.01 80 875 100 0 130 0 0.01 80 875 100 0 131 0 0.01 80 875 100 0 132 0 0.01 80 875 100 0 133 0 0.01 80 875 100 0 ! 134 0 0.01 80 875 100
~
0 l 135 0 0.01 80 875 100 0 l 136 0 0.6T 80 875 100 0 l 137 0 0.01 80 875 100 0 l 138 0 0.01 80 875 100 0 J _ 139 0 0.01 80 875 100 0 _ 140 0 0.01 80 875 100 0 ~~ 141 142 0 0 0.01 0.01 80 80 875 875 100 100 0 0 _l 143 0 0.01 8d f 875 100 0 i l l l
. . . .. . . . - - _ - . . . . . . . - - = . - _. . . _ . -.. . -- -
I LOCK.XLS l l K l L l M l N l 0 l P l Q l R l S l T 144 0 0.01 80 875 100 0 i l 145 0 0.01 80 875 100 0 i ~~~ I 146 0 0.01 80 875
~
100 0 l 106~ 147 0 ~ ~61
- 0. 80' 875 6 148 0 0.01 80 875 100 0 1 149 0 0.01 80 875 100 0 150 0 0.01 80 875 100 0 l 151 0 0.01 80 875 100 0 l 152 153
-. }_ _.
7 7 l 156 -- 159 3 160 j
~
161 ~7 162 163 _ _ _ 165 ; 166 l i 4 I I I
l l LOCK.XLS ! l l l U l V l W l X l Y l Z l AA l AB l AC l AD l 1 { Reactor Coolant lodine Activity (Cl) 1 4 Gap Fraction = 1 0.1 5 j 6 l
)
Core Inventory (Ci) = 2.16E+06 8.82E+07 l 1.28E+08 186E+08 2.06E+08 1.74E+08
~~
T
~
7 lDecayconstanUiid~=~[9T35E-0I T995705IT05~EC/.55E 04-. 1.325~D2 1.755~05
. )
9 I 0 32370 1322250j 1921500_ 2793000j 3085500 2602500 10 __ _1_
- 0. _ _32366_.96_ _ 322242 1
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. 2600222_._ _ i 12 - . _ - - .
_1 _ 32339.65 1322167 . - 1911866 2791440 - 3045090 2597946
. -.7
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16 1 5 32218.55 fi5fi835~15738i2~~5785209 2885574-~251581T
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- - ' ~
6 32188.34 1321749 fib 5d418~ 5783554- 555d55~2 25't555~8~ 18 _ . _ _ . _ . .__ 7 32158.17 1321666 1855070 2782099 2813505 2570791 20 9 32097.9 1321499 1836515[~5775993 2746592 2561803~ 21 10 l 32067.81 1321416j1827308 2777441 2704403 2557321 l 22 ~r--i---~- ~ 11 32037.74 1321332 1818146 2775889 2668984 2552846 1 g g gg gg gp gg gg 24 13 31977.7 1321166 1799961 2772790 2599532 2543920 25 14 31947.72 1321082 1790937 2771241 2565487 2539469 26 15 31917.77 1320999 1781958 2769693 2531888 2535026 27 16 31887.85 1320915 1773023 2768147 2498728 2530590 28 18 31828.09 13?0749l 1755289 2765056 2433706 2521743 29 20 31768.44 1320582 1737733 2512926 2761968J_2_370377 30 22 31708.9 1320415 1720352 2758884 2308695 2504140 31 24 { 31649E/ 1320249Tif03145 5755803 2248618 2495384~ l 32 26 - I 31590.16 1320082}1686110 2752726 2190105 2486659 I 33 28 31530.951 1319915TT669245 2749652 2133114 24ff565 l
~
' ~~
34 30 ~3 5471.85 I 1319749 1652549 2746581 2077606 2469301 l 35 32 31412.88 l 1319582 1636020 2743514 2023543 2460668 36 34 31354.01] 1319416 1619656 2740451 1970887 2452064
~ ~
37 36 31295.24 [~I3T95I9~5605456~5737591f15i5560~2443d55~ 38 _ .
-38 { I'~5523E59 j 13190831587418 2734334 186964912434948 39 l 40 I i 31178.05 1318916' 1571541 2731281 40 182099742426434 l 31515182 ~i518750~ 1555552 ~ 2 f2523i ] 77561T ~5i17555~ j L,_42__[}
41 42 L 44__ 46
} 31061.3 1318583 1540260 31003.09 1318417 1524854 2725184 1727458J2409497 2722141l1682506l2401072 43 48 2719101 1638724,l 2392677 30944.98{ 1318250[I 1509603 l
46 47 { l
] !
54 56 l __[3077i]3{i3i775T)~1464757[I l 30713.65 l 1317585 l 1450106 2710003 2706976 ; 2359390 14746964_1514 l
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD ; 48 j 58 ! 30656.09j 1317419 J 1435602 2703954 1436322l2351140 l 49 _. l_ 60_ __[3059{.64 [ [I3T725f[145i2}43~[576093_4 1398945 [ 2[5i562[0[ . 50 62 1407027 _2697918_ 1362543_ 30541.29_1317086 _2334728_ l 51 _ _ _ _ 64_ 3_0484.06_1316920 4 1392954 2694906 1327087 2326565 l 52 66 30426.92 1316754 1379M1 2691896 1292554 2318431 l l 53 68 30365~5~ 1316588~ ~555228 1 265~550 8 1255919 2310325 I l 54 70 30312.98 1316421 1351573 2685888 1226159 2302247 l 55 - - - . . - - 72 30256.17 _.1316255 1338055 2682889 1194252 2294197 i
.y 58 78 30086.38 1315757 1298305 2673911 1103427 2270217
# ~
i 69 80 ~~~5602595~135559F 1285319 2676955~T6~74714 2f6555~0~ t \ 60 - . - _ . - - . _-- 82 . - . . . _ _ . - _ - 29973.71 ... 1315425 - 1272463 2667943 -1046748 2254370 l 62 86 29861.47 1315093 1247135 2661988 992979.7 2238634 e- ~ g 88 j 29805.51 1314927 l T234661 2659015 967140.4 2230807 64 90 29749.65 1314761 1222312 2656046 941973.6 2223007 65 _ _ . . _ . _ _ 92 29693.89 1314595 1210087 2653080 91746i 6 2215234 i3 1186001 2647158 T76334 8 5~ ~2199775~ 68 98 29527.26- 1314097 1174138 2644202 847686.8 2192080 69 29471.92 1313931 1162394 2641249 825628.4 2184416 ___ L 100 70 l 102 29416.68 [ 1313765 1150768 2638300 004144 2176778 l 71 _ 104__ 29361.55 1313600 1139258 2635354 "783218.6 2169167 72 106 29306.53 1313434 1127863 2632411 762837.7 2161583 73 108 29251.6 1313268 1116582 2629472 742987.2 2154025 74 110 29196.78 1313102 1105414 2626535 723653.3 2146494 70 112 29142.06 1312937 1094357 2623602 704822.4 2138989 76 114' i 29087.45 1312771 1083411 2620673 686481.6 2131511 I 77 116 29032.93 1312605 1072575 2617746 668618 2124058 78 118 28978.52 651219.3 2116632 79 120 [58524.~5I' ~i3ii'71 1312439T1061847l2614823~554575I 2 *f05I555 ^ 5II563 (( 80 _ 125 [5W7W55 7 5ii55F j 515T 2604618] 535I5[6~f05d843 81 __ _ _L_ 130 _ ] 28654.19 1311446 I 99_9694.7 _ 2597353_ 555932.9 2072615_ 2054546 l 82 _ ] 135_ [28520.12 1_311032_ 974884.2 2590108 , 520469.5 I2036634 l 83 140 l 28386.68 l 1310618 _950689.5_ 2582883 ! 487268.4 l 84 145 *28253.87J 131020_5_ 927095.2__2575679[d56185.(2018879 l 85 150 28121.68 1309792 904086.5 2568495 427084.8 j 2001278 86 155 1309378 881648.9 2561330 399840.8 1983831 87 88 160 165 [1 27990.1 5' '859.15 i i5d8955~ 555758 1 7 27728.8 1308552 838430.3 2554186 1 374334.7 1966536_ 2547061 350455.6 1949392 89 . ~~~ - 170 27599.07']. 1308139 2539957 i'817622.1 328099.8 1932397 i35ttit797330 3125328721307170.1j 1915551 f
~ ~ ~
I 91 180 777542.1 2525807 [~287575.5 1898851 T273dI3I}]1307314275i535'l 1305965[
~
. 92 . 185 [758245__2'5T5_762]55955 8 .9_%j [2 93 1 190 2511736 1 252056.4 1 865887 155 O 57d86.16] 1306489 { 739426.9 94 - f~ 26959.44 ! 1306077 i 721075.8 j 25047301235977.6 l 1849620
~~ ~
95 I 2d 1 26833T3 Il305555NU3iW5~1124977441220924.4 I~i533495 l l
i LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 96 _ _ _ _ __ 205 26707.75113052531685728.5 l 2490777f206831.5j_1817511 l 210_ 97 i 26582.8 l 1304841 193637.6l 1801666_ 98 . _ _ __ _ l __215_ __ _ 26458.42[1304429f~
~655lfii j 668710.1 I_2483829[547J 99 _ _220 _ _ _ _ [ 26334.63 .__1 304018 i 635929.8 _169721
_ _ _1770389_ __ 100 __ _ __ _ _ _ _ _ 225__l____. 26211.42 _ 1303606 620147.2
._2469992 2463103J
_. (158894.4.__1 l 101 102
. _ _ _ _ _ _ . 23Q _
- 235
_, __j[I 26
. . _088 25966.72 1302784_. 589747.5 2449381_ 139269 78 1303195 604756 4[2456232 j 148758.4
_ 1 1739655 1724489
~
103 240 j 25845.23 l 1302373 [~575555'1 2AAE545~~i303545~~iff9355~ 104 105 TEZ]i E}12451[C_1 Ef257;2F3Ti301}962[{56083}8-[24 . _._ _ . ____ _250._ __ 25603.95J 1301551 _546919.1 2428942 _114280 8 1 1679779 J} 25484.15 I 130_1141 106 255 i _242?167_ 106990.7j 1665134 533_345.6_ . 107 _ 260 l l 25364.92_ . _1300730 ! 520109 l 2415e1 f 100165.7
~~
1650618 108 ___p_ 265 l .~ ~
~l 25 46.24 [ 1300350}4948I3 2[24059555
~
8 h+i299909 87794.04 1621963 110 ZE1[ 71;1275]17772_5010.56 3299399 8235f.9}}395255]f9Q}60f523^ 111 280 I 1299089 470367.2 2388574 76950.41 1593806 112 __ _[] ]_ 113 . . _ _ j._290 }}285
. [ ] ]{ 24893.54 2477757 I12955791 4586916' 2381911 72041.69 1579911
' 24661.14 1298270 447309.7 2375268 67446.1 1566137 114 ___ _ _ _ __ J _ 295. L_
24545.76 _1297860_436208 3J 2368642_ _63143.67_ _ F . _1552484_ _ . 115 300 24430.92 1297451 425382.5 2362035 59115.69 1538949 116 305 24316.61 1297041 l 414825.3 2355447 i 5553T65' - 1555535 117 310 24202.84 ~If96632 i~4di550.2 2345877T51814.18 1512233 118 315 _ j 24089.6 1296223 } 394490.5 2342325 48508.92 1499050 119 i 23976.89 384700 2335791 45414.5 1485981 _ _ ___ _{ 320 120 ~ ~ ~ { 325 23864.71 1295405 ! 1295814 [ 375152 5 . 2329276 42517.48 1473026 121 330
.__ J23753.06 23641.92_. 1294588 129_4996 l ] 65842]555l7f((]~9565 122 335 356762.5 2316300 37266.06 1447454 123 340 23531.31 1294179 347908.4 ~
2309839 34888.83 1434835 i 124 - 345 23421.21 ' 12937711 339273.9} 2303396 32663.25 1422327 j 125 i 356 - I233I1.'63 ~i25555313368558l 2296572~~ ~6519'6f 3 ~546565i 126 ___ __ _355__ __,j2320(56 l 1292955}i 322642.7 I_2290565_ _28628.9_4J 1397635_ . . _ _ . 127 ~ ~ l 360 23094 ! 1292547 i 314635.3 [ 2284175 26802.68 1385450 128 129 ~-~ ' T- 365]E_ 22878.41 l 370 1
~~
][ i258535 I 1291731 299211.8 Fi292T3f{306825fi ! 2271451 23492.22 1361399 (2(7 130 [ 375 ._. - ____
227'71.36 l 1291324[295786 [226511'5 ~~2 953 64 IT339536 .
.g -
gg-132 l 385 I22558.78T1290509 [277482.5}~2252496 l 19277.16 I1325T65 133 1290iO2 ~i76556~ 22462Til8037745i}3545d[ 134 ~~ 7_ E 1 1 39[0 395 ~
]I ] _ .22348.18 22iS3]5[i1259695 263880.3 2239948 16896.19] 1303082 135 _
_ _j _ _400_. _] [ 222i3}62' i] 285288 ] 257331.4 _
~2533f00 i~iS8I5T37l~i25if2f 136 i 405 2227470 14809.31 _1280460_
22139.551 1288881 4 250944.9
~ _ _ _ _ . _ _ _
137 _ _ 1 ____ L 1 _410_ (_15 j1__ ___ l 22035.96 [ 1288474244716 9 [2221256 1 13864.61_ 1269297_ l 138 4 _ 219_32.861_1288068[g238643.5j_2215061__ 12 980.18 _1258231 139 _ __i _ j_ 420_ J____ _ J21830.24 _ 287661 1 232720.9 1 22088824 121_52.161 1247262 1. _ _ . . . . 1 140 __{_ .[ 425 I i 21728.11 1287255 226945.2 2202721 111376.97 (1236388_
)
141 l i 430 ~ I i 21626.451 1286849 l_221312.8_ _2196577 j 10651.22 l 1225610_ ~ 142 __ i _ __ [ [535[_ [~~~ [2T52ii6 ~ 5556343 i~2iS520 3 ' 2i90 ISO '9975.776 ~i254955 l143 : I 440 l 21424.55i 1286037 i 210464.1 i 2184340 9335.669 1204333
)
LOCK.XLS U l V l W l X l Y l Z l AA l AB l AC l AD 144 445 21324.31 i 1285631 I 205240.7 2178247 8740.14 1193834 145 - . . -.- 450 _... . - . ..- 21224.54l 1285226 200147.1 2172171 8182.601 1183426' 147 460 21026.4 1284415 190335.8i 2160071 7171.95 1162882 148 465 20928.02 1284010 185612.172T54045~ M14.447 1152744 l
~
149 470 _ _ __ 2 0830_.1_ 1283604_ 1810_0_5[5"~2N8057 6_286.127 114255T ) 150 475 20732.65 1283200 176513.3 2142046_ 5885.131 1132732 151
. - . - - . . . - ~ _ - . _ - .- _80.--4 20635.64 1282795 172132.6 2136071 5509.714 1122857 7_
156 - - . - - - . - - 163 = 164 l 165 - . . . . - - - - . . i 3 { 1 l l l
1 ( LOCK.XLS AE l AF l AG l AH Al AJ l l l AK l AL l AM l AN 1 jWhole Body Dose (Krypton) 2 T [ ~ -- 3 Failed Fuel = 4
.__.y._____ { 0.15 l EAB X/Q= 9.00E-04 5
Gap Fraction = 1 0.1 i LPZIUCU(l 8 DOE-05
~ -~
core inven. 1.53E+07 3.57E+07 l 1.07E+06 7.21E+07 1.02E+08 6
~
~
Decayconst 6.3I 6 03 ~ 3sE-03T1723E'-D7 2
~
~ ~ ~ ~ 9 DsE di T675~63~
7 ~ i . . - . . . -- _ - - _ . _ .JDCF-__ ~7 555-68 ! 1.17E 65"_~1T5IE ~55fE d5~~ 0F1.47E-02_ _ 8 _ _ _ . __ ____ _ _0,_ _f __ _ _ ._ . . _ __ 0 _ 0 0 i_ 0 0 1 10 0.1 3.5E-11 4.54E-05 1.27E-06_ 5.2_4E-10__1.29E-05 11 0.5 12 1.75E-10J 6.33E-06 j 2.62E-09 6.46E-05 0.000227 1 3.49E-10 1.26E-05 5.24E-09 0.000129 0.000453 13 2
~
6.97E-10 2.53E-05 1.05E-08 0.000257 0.000905 14
~ ~~
3 ~!04E-69 1 "3 79E-0f 157E 68~ 0T06058FY60I355 16 ~ 5 1.73E-09 I53E Z05^ 152E di ~6I600635 0.0025f 17
~~ ~
i 6 1 07 60 I 7!55E 0 F31Ts~ fl 0 6~75i 0.002555 18 e __ _____.__.7 . 2.4 E-09 8.79E-05 3.67E-08 0.000881 0.003138 20 9 3.07E-09 0.000113 4.71E-08 0.001123 0.004018 21 10 3.4E-09 0.000125 5.24E-08 0.001242 0.004456 23 12 4.06E-09 0.00015 l 6.29E-08 0.001477 0.005325
* ~ ~ ~
24 13 4.38E-09 0.000162 6 81E-08 0.001593 0.005758 25 14 4.7E-09 0.000174 7.33E-08 0.001708 0.006188 l 26 15 5.02E-09 } 0.000186 7.86E-08 0.001822 0.006617
- _ q_~16 )
5.34E-09 0.000199 8.38E-08 0.001935 0.007044
~
~~
],1
~
28 _ _]__ _18 . 5.95E 09 ~6.66U553 9.435-V8[0TO02358d76Df554 29 -
~
l 20_ 6.6E-09 0.000247 1.05E-07 0.002378 0.008738
-i 7.22E-09 0.000271 1.15E-07 0.002594 0.009575 31 24 7.83E-09 0.000295 1.26E-07 0.002806 0.010404 32 26 8.43E-09 0.000319 1.36E-07 0.003014 0.011228 3
g g g 9.61E0fl0dD366
! 1.575~0F0TOD3419 0.6if554 35 32 1.02E-08 0.00039 1.68E-07 0.003616 0.013658 37 _
i 36 I 1.13E-08 0.000436 1.89E-07 0.003999 0.015245 i 38 _. l_. _. I r 38 1.19E-08 0.000459 1.99E-07 0.004186 0.016029 40 1.24E-08 ~ 0.000482 [~2.1 E-07 }~X004555T01680f 40 42 1.3E 08 0.000505 Ils-07~ 6EddiS49~~6I6Tf575 41 42 _ __)) I 74 ' - 46 1.35E-08 1.4E-08 0.000528 0.00055 2.31 E-07 2.41 E-07 0.004725 0.018343 0.004899 0.019102 43 48 1.46E-08 0.000573 _2.51E-07_0005069 0 019855 1 _ _. I l . 44 __ } .._ _ _ _. .. .._50 1.51E-08 0.000595 I _62E-07
- 2. 0.005236 0.020601
_ _ _~~ 1.56E-0810.00N17 2.72E-07 l 0.005401 0.021342
- ~
l 46 I ~~~' l 54 1.6IE 65 0 000639 2.83E-07 0.005562 0.022076
- 55E-05[10.000661 q 1 2.93E-07 0.00572 i 0.022805
LOCK.XLS l > AE l AF l AG l AH l Al l AJ l AK l AL l AM l AN 48 l 58 1.71E-08 0.023528 0.00068313.04E-0710.005876-635T 49 --- . 60.. 1.76E-08 . 0.000705 5.~14547*66'06029
.- - ~ ~~
~
1.85E-08'~03601T8~735E 3 !67 0.006326 605~556T 52 66 _ _1.9E-08_0.00_077 _3 46E-07_ 0.006471J 0.026361 53 68 1.95E-08 0.00079% 3.56E-07 0.006613 0.027055 54 ~ ~ 70 l 1.99E-08 0.000813 3.67E-07 0.006752 0.027743~ f 55 56 72)) 74
~5[CI4[08[6[0{83TM7521~0.0_06889 0.028426 2.08E-08 0.000855 3.88E-07 0.007024 0.029103._
~
l 57 76 2.12E-08j 0.000876 3.98E-07 0.007156 0.029775 l 58 78 2.17E-08 0.000896 4.09E-07 0.007285 0.030441 59 80 -][2_.21 E-08_0.000917 4.19E-07 0.007413_0031102 82 _ 60 2.25E-08 0.000938 4.3E-07 0.007538 0.031757 61 84 2.29E-08 0.000958 4.4E-07 0.007661 0.032408 62 86 2.34E-08 0.000979 4.51 E-07 0.007781 0.033052 63 88 2.38E-08 0.000999 4.61E-07 0.0079 0.033692 64 90_ _ 2.42E-08 __0.001_019__4.71 E-0_ _ 0.008016_ 0.034327 7 l _ _ _ 66 92 _2.46E-08 0.001039 4.82E-07 0.00813 0.034956_ 66 94 2.5E-08 0.001059 4.92E-07 0.008242 0.03558 67 96 2.53E-08 0.001079 5.03E-07 0.008353 0.0362 68 98 2.57E-08 0.001099 5.13E-07 0.008461 0.036814 69 70
] 10_0 102
_ 2.61 E-08 0.001118 5.24E-07 0.008567 0.037423 2.65E-08 0.001138 5.34E-07 0.008671 0.038027
~
71 l _104 _2.6SE_-08 0;001157 5.45E-07 0.008774 0.038627 72 106 2.72E-08 0.001177 5.55E-07 0.008874 0.039221 73 _._ _ _._108 _2.76E-08 0.001196 5.66E-07_ 0.008973 0.039811 74 110 _2.79E-08 0.001215 5.76E-07 0.00907 0.040396 , l 75 112 2.83E-08 0.001234_S.87E_-07 0.009165 0.040976
)
j 76 114 2.86E-08j 0.001253 5.97E-07 _0.009259 0.041552 77 116 2.89E-08 0.001272 6.08E-07 0.009351 0.042123
- 78 118 2.93E-08 0.001291 6.18E-07 0.009441 0.042689
- 79 _ __120_ .
2.96E-08 0.00131 6.29E-07 0.009529 0.04325_ 80 125 3.04 E-08 0.001356 6.55E-07 0.009747 0.044643 l 81 ~ - 130 3.12E-08 0.0014053 6.81E-07 0.009955 0.046008 82 ~_ _.l_135___ _._ 3.2 E-08 . 0.001447 7.07E-07 0.010153 0.047345 84 _ 145 _ __3 3 35E-08 0.001536 7.6E-07 0.010524 0.049939 l ______ _ l 85 150 3.42E-08 0.001579 7.86E-07 0.010G98 0.051197 86 155 3.49E-08 i 0.001622 8.12E-07 0.010863 0.05243 87 I . 160 3.55E-08 0.001665 8.38E-0'7} 0.011021 0.053638 88 ___ 165 _ J3.61E-08 0.001707 8.64E-0710.011172 0.054821 J 3.68E-08_ 0001748 8.91E-07J 0.011317 8' 0.055981 i l ____J 170_l 90 l 175 3.74E-08 0.001789 9.17E-07 [ 0.011455 0.057117 180 3.79E-08J 0 001829 9.43E-07 0.011587 0.058231 i 91
, 92 i 185 3.85E-08 0.001869 9.69E-07 0.011713 0.059322 93 190 l 3.9E-08 0.001908 9.95E-07 0.011834 0.060391 l
- 94 195 3.96E-08 0.001947 102E-06 . 0.011949 0.061438 95 200 4.01E!083 0.001985 l 1.05E-063 0.012059 0.062465
LOCK.XLS l l l AE l AF l AG l AH l Al l AJ l AK l AL l AM AN l 96 2p.5j _ 4.06E-08 0.063471 0.002023_p.07E_-06_j 0.012164 97 210 4.11 E-08 0.00206 1.1E-06 0.012264 0.064456 88 j.15E38_ 0.00[5097 1.13E-06_ 0.01236 0.06542f _- _.215~ _ 88 ___Jf.2f-08_p;pp2,134 1.15E-06 0.012452 0.066368 _- __ 220 100 225 4.24E-08 0.002169 1.18E-06 0.01254 0.067296 101 ~ 230 4.28E-08 0.002205 1.2E-06 0.012623 0.068204
~
102 ~ 535 4.32EV8" 0.00224 i 1.23E-06 0.012703 0.069094 103 240 4.36E-08 0.002274 1.26E-06 0.01278 0.069967 104 245 4.4 E-08 0.002309 1.28E-06 0.012853 0.070821 4__ _ 105 250 4.44E-08 0.002342 1.31E-06 0.012923 0.071659 106 , _. _ 255 j 4.48E-08_0002375 1.34E-06 0.01299 0.07248 107 260_j 4.51 E _0_8_0.002408 1.36E-06 0.013053 0.073284 108 265 4.54E-08 0.002441 1.39E-06 0.013114 0.074072 109 270 4.58E-08 0.002472 1.41E-06 0.013173 0.074844 i 110 275 4.61E-08 0.002504 1.44E-06 0.013228 0.075601 l l. 111 280__ .4.64E-08_ 0.002535' 1.47'E-06 0.013282 0.076342 l 112 i 285 4.67E-08 0.002566 1.49E-06 0.013332 0.077068 113 290 4.7E-08 0.002596 1.52E-06 0.013381 0.07778 114 295 4.73E-08 0.002626 1.55E-06 0.013427 0.078478 115 300 4.75E-08 0.002656 1.57E-06 0.013472 0.079161 116 305 4.78E 08_0.002685 1.6E-06 0.013514 0.079831 117 310 4.81 E-08 0.002714 1.62E-06 0.013555 0.080487 l 118 ~ ~ 315 4.83E-08 0.002742 1.65E-06 0.013593 0.08113 119 ~ 550 4I85E'0F ~0T605~7 7 1.68E-06 0.01363 0.08176 120 _ _ 3_25 _ 4.88ElfT065798 1.7E-06 0.013666 ._ 0.082377 i 121 122 330] 4.9E-08 0.002825 1.73E-06 0.013699 4.92E-08 0.002852 1.75E-06 0.013732 0.082982 _ 335 l 0.083575 123 4.94_E-08 0.002879 1.78E-06 0.013762 340 J . 0.08415_5 _ 124 __345 _ [ 4.96E-08_0.00_2905 1.81E-06 0.013792 0.084725 125 350 4.98E-08 0.002931 1.83E-06 0.01382 0.085282_ 126 355 SE-08 0.002957 1.86E-06 0.013847 0.085829 127 360 5.02E-08 0.002982 1.89E-06 0.013873 0.086364 128 365 - - 5.04E-08 0.003007 1.91 E-06 0.013897 0.086889 , 129 370 5.06E-08 0.003032 1.94E-06 0.013921 0.087403 130
)
i 375 5.07E-08 0.003057 1.96E-06 0.013943 0.087906 i 6 31 . 380 1 5.09E-08 0.003081 1.99E-06 0.013965 0.0884
-[-
i '132 3Ei57 5.11E 6f~63031044 02E 2 6f~l W3985 0.088884 i 133 390 5.12E-08 0.003128 2.04E-06 0.014005 0.089357 1 l 134 ~' 395 5.14E-08 0.003151 2.07E-06 0.014023 0.089822 1
))OC _ ME 0Q 03174 2iEl6
~
135 T 0.014041 0.090277 136 405 5.17E-08 0.003196 2.12E-06 0.014058 0.090723 137 410 5.18E-08 0 2.15E-06 0.014075 0.09116 4 003219 138 415 2.17E-06 0.01409 0.091588 4 4 5.19E-0810.003241 139 l 420 i 5.2_E-08_0.0032_62_ 2.2E _06
- 0._014105 0.092007
- 140 l 425 [5 i2E-08 0.003284 2.23E-06 0.01412 0.092418 141 l 430 15.23E-08 0.003305 2.25E-06 0.014133 0.092821 l I
i 142 l 435_ h.24E-08_0003326 2.28E-06_0.014146 0.093215 1 143 I 440 l 5.25E-08 0.003346 2.3E-06 0.014159 0.093602. l _ _
LOCK.XLS AE l AF l AG l AH Al AJ AK AL AM l l l l l l AN 144 j __ 44 _5 5.26E-08_0.003367_ 2.33E-06__0.01417_ _0.093981 146 450 2.36E-06 0.014182 0.094352 146 147 4 _ 55__ 460 _S.27E-08_ 0.0033_87__2.38E-06 5.28E-08_0.003407 _ 0.014193 0.094716 5.29E-08 0.003426 2.41E-06 0.014203 0.095072 148 ~ 465 5.3E-08 0.003446 2.44E-06 0.014213 0.095422 149 470 l 53
~ ~ 5E - 08~6Dds55 2.46E-66~ ~ -~7014222 0 0.095764 150 _---
475 5.32E-08 0.003483 2.49E-06 0.014231 0.096099 152 . _ . . _ _ _ _ _ _ 154 _ _ 1 157 ,_ J , 158 159 160 _,_ 161 ._. 162 163 _ . _ j_ 154 _ _ _ 165 q
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV AW AX l l 1 j .. -
-_._. 'Whole Body Dose (Xenon) --- ..
{ 4 Gap Fraction = 7 0.1
. _ . _ - - - . - - _ _ . , - - - - I tLPZ X/O =
y5$02
~
7 8 KR-89 _ __))[ _{. Time (Min) D{_ ~~9i'5sjd{5~fi5-04 2.94524]12E-03_ XE-131m XE-133m XE-133 i XE 135m 10 11 3 0.000319 65 _ ____] [~ ~ [)) _]g ]- K fy 10 4.14538]}.~66Eg106E}05[ 6 _
~j~ 0.5 2.87E-09 2.07E-07 8.29E-06 1.52E-05 12 13 ypp6{31{
0.00113
]~ - 1__[
2 5.74E-09 4.14E-07 _1.66E-05 3.02E-05 j __ _ _ ____ _ . _. _1.15E-08 . 8.28E .07_ 3.32E-05_ 5.95E-05_ 15 M0}88{ _ _ _ _j __. _ _ 4 2.3E-08 1.66E-06 6.63E-05 0.000114 16 0.00216 [ 5 2.87E-08 2.07E-06 8.29E-05 0.00014 17 0.002378 6 "534E55*~2355~66 ~ 9~95 s55~~ldD0164 18 0.002553 7 4.02E-08 2.9E_ -06 0.000116 0.00018_8 20 Edd25d6- ~j ](( ]5.i7E{68].72sj66~6[.~0}05149_ _0Tdi(2} 0. 21 0.002897, ._ _' j __ 10__ 5.74E-08 4.14E-06 0.000166 0.000252 22 23 0.Q0297__ _ 0.003029 ~~ ___ _ _ 11_ ._ 6.31 E-08_4.55E-06 0.000182 . 0.000272
~~ -~~
12
~
6.89E-08 4.96E-06 ~ ~ 0.000199 0.000291 24 6603676 i3 ~7765-6f ~5 35E D6 0.000215 0.056565
] ] I~
~ ~-- -
25 'dT053iii 4 8.04E-08 5.79E-06 0.000232 0.000326 26 0.003144 ~ 15 i 8.61E-08 ~ 6.2E-06 0.000249 0.000343
~
27 5 U35691 16 l ~ 9'I5~E-8' 155E 05~~0.00026510.000358 28 29 0{0j32d8 0.003233
._ _ i.-~ )) 18i 20 1.03E Ofi7.445KldO6258Ti060388 1.15E-07 8.27E-06 0.000331 0.000416 30 1 0U525 [ ] ___ _ _ _ _ , _ _ _ _ _22] _1.26E 67 9.09E'@ 0.000365 0.000441 31
_0.0_0_326
. L__ . _ _ _ _ _ _ _ . _ _2_4__ . _ _ .
1.38E-07 _9.92E-06 0.000398_0.000464 32 0.003267 j __ 26 1.49E-07 1.07E-05 0.000431 0.000486 33 0.003271 ___ i l 28 1.61 E-07 1.16E-05 0.000464 0.000505 g _
~-"
30 -~ 1.72E-071{ T2iE d5"T6U6497
~
0.000523
~
1.84E-07T 1.32E-05 0.00053 0.000539 36 l~005277 37 0.003278
]{[ .[~]3T 36 1.95E-07[~[1]4[EQ d060513].UUDf54 l . . . - . - ---_
2.07E-07 - 1.49E-05 0.000596 0.000567 39 yp32[7W 40 [ - ] 2]295 @_7] ].65 5 05]0[056665T 60d595 1 40 0.003279
}i -
42 l 2.41E-07 1.73E-05 0.000695 0.000601 41 563279 44 I 2.52E-07 1.81 E-0_5_._0.000_728_ 0.000_611. _ l 42 0.003279 l l 43 0.003279 .. _ 46_ 48
'l_ 64E-07_
i 2.75E-07 _1.9E-051.98E-053_0.000761 0.000794 0.000628 ' 44 0
.,003279 _ _ __ j _ _ _ __. 50 _2.87E-07_ 2.06E-05 . _ 0.000827_ 0.000635
! 45 _0.00_3279_. _ _ _i 52 2.98 E-07_ . 2.14E-05
. _0.00086 l 0.000642 4
46 _0.0_03279 J 54 ._ 0.000893 0.000648 _ 3.1E-07_2.22E-05}I0 000926 47 0.003279 l I 56 1 ! 3.21E-07 2.31 E-05 . 0.000653 l I
.. _ =.. . _ - _ - -. ..
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX , 48 0.003279 58 1 3.33E-07 2.39E-05 0.000959 0.000658 , 49 0.003279 60 T3ME47~24fs ~65 0.000992 0.000063 50 98032[9_ .._ _ 62 3.56E-07 ,2.55E-05__0.001025 0.000667 51 0.003279 64 3.67E-07_ 2.63E-05 0.001058 0.0006_71_ ; 52 0.003279 66 3.78E-07 2.71 E-05 0.001091 0.000675 i j 53 pp,03279. 3.9E-07 _ _ _ __ . _ ___68 _ . 2.8E-05__0.001124__
. 0.00067_8 ,
54 0.003279 ~ 70 4.01 E-07 2.88E-05 0.001157 0.000681 55 0.003279 ~ ~I 72 4.13E-07 2.96E-05 0.00119 0.000684 56 Ed63ff9 I t_ _ _ 74 4.24E-07 0.000687 [ 4.36E-07__3.04E-05_0.001223_ 57 0.003279 f __76 3.12E_0_5 0.001256 0.000689 58 78 3.2E-05_0.001289 0.000691
- f. 47E-07_ _
0.003279____ _ 1__ 59 p003_279 60 0.003279 _80 82 4.52 c-07_3 29E-05_ 0.001322_0.000693 _ 4.7E-0713.37E-05 0.00_1355 0.000695 61 0.003279 84 4.81 E-07 3.45E-05 0.001388 0.000696 62 0.003279 86 4.93E-07 3.53E-05 0.001421 0.000698
~R
~
63 0 663376' ~~ 88 ' 5.04E-07 3.61 E-05 0.001454 0.000699 64 0.003279 - _ _ -
. ,I ~ ._- . _ . . _
90 i 5.16E-07 3.69E-05 0.001487 0.0007
~ ' ~
i_]
~
~ 54 66 [0[0632_76 W3'5E-07 3.85E 65 0.001555~6.000703 67 _0.003279_ 9_6_ 5.5E-07 3.94E-05 0.001585 0.0_0070_4 68 0.003279 98 5.62E-07 . 4.02E-05 0.001618 0.000704 69 0.003279 100 5.73E-07 4.1 E-05 0.001651 0.000705 70 0.003279 102 7 5.84E-07 4.18E-05 0.001684 0.000706 1 71 0.003279 104 5.96E-07 4.26E-05 0.001717 0.000707 72 if0655ff _
7 _ _ 106 3DfEi-]7 4.34E-05 _ 0.00175 0.000707 l 73 0.003279. _ 108 6.19E-07_ 4.42E-05_ . 0.001783 0.000708 74 0.0_03279_ 110 6.3E-07 4.5E-05 0.001815 0.000708 75 0.003279 112 6.42E-07_ 4.58E-05 0.001848 0.000709 76 0.003279 114 6.53E-07 4.66E-05 0.001881 0.000709 77 0.003279 116 6.64E-07 4.75E-05 0.001914 0.00071 78 0.003279 118 6.76E-07 4.83E-05 0.001947 0.00071 79 0.003279 120 6.87E-07 4.91E-05 0.00198 t 0.00071 80 0.003279 125 7.16E-07 5.11E-05 0.002062 0.000711 81 0.003279 _._ ; 130 7.44E-07 5.31E-05 0.002144 0.000712 82 0.003279 ~ 135 7.73E-07 5.51 E-05 0.002225 0.000712 83 0.003279 . _ _ . _ _ _ _ __ 140-~l _ 8.02E-07 5.71 E-05 0.002307 0.000712
~
85 0.0_03279 __ [ ] [ [_ ~150 8195}0716.11E-05_ 0.0024711 0.000713
)
86 0.003279 155 g 8.87E-07__6.31 E-05 0.002553 0.000713 l 87 0.003279 160 l 9.16E-07 6.51 E-05 0.002635 0.000713 88 0.003279 165 9.44E-07 6.71E-05 0.002716 0.000714 89 0.003279 170 9.73E-07 6.91 E-05 0.002798 0.000714 90 _p_032_79 O __ i 175 1E-06 7.11 E-05 0.00288 0.000714 l 91 ppp3279 _ 18_0 _ 1.03_E-06__7.31 E-0_5 0.002961 0.000714 92 pp03279_. 185 7.51 E-05 0.003043 0.000714
. 11.06E-06 93 pp03279 _ _ ,
I 190
, U.09E-06 7.71 E-05 0.003124 0.000714 1 94 0.003279 195 l l 1.12E-06 7.91 E-05 0.003206 0.000714 95 0.003279 I i 200 I i 1.14E-06 8.11E-05 0.003287 0.000714 l ,
LOCK.XLS l l AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX 96 0.003279 _. _ _ _ j -._ 2 0 5 1,17E_-06 I 8.31E-05 0.003369 0.000714 l 98 0.003279 215 ! 1.23E-06 8.7E-05 0.003531 0.000714 99 0.003279 220 1.26E-06 8.9E-05 0.003613 0.000714 100 0.003279 225 1.29E-06 9.1 E-05 0.003694 0.000714 101 0.003279 230 1.31E-06 9.29E-05 0.003775 0.000714 102 5dD3570[ 235 1.34E-06 9.49E-05 0.003856 0.000714 103 EOU3279 240 1.37E-06 9.69E-05 0.003938 0.000714 104 0.003279 245 1.4E-06 9.88E-05 0.004019 0.000714
~~
105 0.003279 250 7 ~74'3E-D6 1 'DTO00101 0.0041 0.0007II 106 0.003279 255 0.000103 {1.46E-06 0 0_0_4181 0.000714 107 0.003279 260 1.48E-06 0.000105 _0.004262 0.000714 108 0.003279 265 1.51 E-06 0.000107 0.004343 0.000714 109 0.003279 ___ _ _ _ _ _ 270 _ _ 1.54E-06 0.000109 0.004424 0.000_71_4_ 110 0 003279. 275 1.57E-06 0.000111 0.004505 0.000714 111 _0.0_03279_ _ 280 1.6E-06 0.000113 0.004586 0.00_0714 112 0.003279 ~ 285 1.63E-06 0.000114 0.004666 0.000714 113 yy[3276 _ _ _ __[ ~ jd 2 ~[1,66E-06_ 0.000116 ,0.004747 0.000714 114 115 0_.003279_ _0.003279 _]_ 29_5, 300 1.68E-06 0.000118 0.004828 0.000714 1.71E-06 0.00012 0.004909 0.000714 116 0.003279 305 1.74E-06 0.000122 0.004989 0.000714
] 1.77E-06 117 .0.003279 310 0.000124 0.00507 0.000714 118 0.003279 315 1.8E-06 0.000126 0.005151 0.000714
~
119 0.003279 320 1.83E'-067.~666T2F 0.005231 0.000755 120 0.003279 325 1.85E-06 0.00013 0.005312 0.000714 121 0.003279 330 7 1.88E-06 0.000132 0.005392 0.000T14 122 0.003279 335 1.91E-06 0.000134 0.005473 0.000714 l 123 0.003279 340 1.94E-06 0.000136 0.005553 0.000714 1 124 0.003279 345 1.97E-06 0.000138 0.005633 0.000714 125 0.003279 ~ 350 2E-06 0.00014 0.005714 0.000714 i 126 127 [dl00327W [ _j l555 360 2.62E-06 0.000142 0.005794 0.000714 2.05E-06 0.000143 0.005874 0.000714 0.003279 [
~] _
128 0.0032 79~ 365 ~fd6E-06 0.000145 0.0d5954 0.000714 129 0.003279 1 370 2 0.000147 0.006035 0.000714 130 _0.003279I~ 375 i .11E-06 f15E'-T6 0.000149 0.006115 d 6 0_714_ 131 132 0.003279 p.380_ 2.17E-06 0.000151 0.006195 0.000714 0.003279 385 2.19E-06 0.000153 0.006275 0.000714
}
l 133 134 0.003279 0.003279 _[ } { 390 2.22E-06 0.000155 0.006355 0.000714 2.25E-06 0.000157 0.006435 0.000714 j . 135 0.003279 Il __395_I 400 2.28E-06 0.000159 0.006515 0.000714 136 0.0032ff~~ T j 405~ 213IE[06 0.06015T~0TdD6595 0.000714 137 0.003,279 . ._ _ _ l 410 _ . 2.33E-06 0.0_00162_0.0_06675_0.000714 138 _0.003279 l 415 _2.36E-06 0.000164 0.006755 0.000714 [' 139 0.003279 ^[ 420 2.39E-06 0.000166 0.006835 0.000714 ., 140 0.003279 l 425 2.42E-06 0.000168 0.006914 0.000714
, 141 0 003279 j_ 430 J __ 2.45E-06 0.00017 0.006994 0.000714 142 0.003279 435 [ 2.48E-06 0.000172 0.007074 0.000714 l
~ -
[ ~ ~ 143 1 603579i 440 l 1 2'5E-65-~ ~ ~660N4 0.007154 0.060fid i l
LOCK.XLS AO l AP l AQ l AR l AS l AT l AU l AV l AW l AX 144 0.003279 . __ j , 445 2.53E-06 0.000176 0.007233 0.000714 145 0.003279 450 2.56E-06 0.000178 0.007313 0.000714
~~~"
146 {665279' 147 0.003279
] 455~~'
460
~2 759E106_ 0.000179~~~0I667392 0.000714 2.62E-06 0.000181 0.007472 0.000714 gg, ,
_q _.~ 65 ~26~ is-Os 0.000183 0.007551 0.006717
, ____. T 470- 2.67E-06 0.006185 0.00763T66bbf17 150 0.003279 _
475y_ _2,.7E _06__0 00_0187 0.00771 0.000714 151 0.003279 480 2.73E-06 0.000189 0.00779 0.000714 152 153 ~0 70T04T~ ~ ~ ~~ XE EKBYdSET
~ ~
0.016964 XE LFZ D 7 154 155
~]___ _ __
TOTAL EAB DOSE = 0.074333 TOTAL LP j l 7 161 l 165 166 I I l
I LOCK.XLS l AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 1 2 I ___} _ S/G Activity (Ci/Lbm) l 3 9.00E-04 . w ) 7 5 6.22E+07 1.70E+08 1.77E+08
~
6 1.27E-03 1.81 E-01 4.89E-02" pecayconst. 9555~0A]T99E-65 ~ ~d5E 5 T05 7 1.81 E-03 1.42E-03 8.83E-03
~ ~ ~~
Time l NUCLIDE ' 8 ~XET135 [~XE-137 ~ ~XE-138~ ifdin I l-130 1-131 1-132 9 0 0 1 0 j 0 1 0 0 l 10 3.41 E-06 7.32E-06 4.73E-05 ~6.5~}( 2.86E-08 1.17E-06 1.7E-06 11 _1.71 E-05_ 3.6_1 E-05 0.000236 0.5 1.43E-07 5.85E-06 g 8.48E-06_ 12 3.41 E-05 6.95E-05. _0.000466_ _ _i 1 2.86E-07 1.17E-05 1.69E-05 ,
~I~-
~ ~
13 1525~0f~0.dO0i31 166U917 2 5.72E-07 2.34E-05 3.37E-05 l 14 1000}1d2]0}000i82[ Oy0[1}346 { - ] 3 8.57E-07 3.51 E-05 5.03E-05 15 0.000136 0.000224 0.001754 l 4 1.14E-06 4.68E-05 6.68E-05 16 0.00017 0.00026 0.002143 5 1.42E-06 5.84E-05 8.3E-05 l 17 0.000204 0.000289 0.002513 6 1.71 E-06 I
~ ~ ~
7.01 E-05 9.91 E-05 18 0.000238 0.000314 0.002866 ~~ - 7 -
~T95E 1 06 "8Ii55-05 0.d6UI15 19 6.5 d572 'l60 33Al~0052di
~ -
8 1.99E-06 8.18E-05 0.000114 20 W 66306 500d355T665~5223 9 1.99E-06 8.17E-05 0.000114 21 0.000339 0.000366 0.003826 10 1.98E-06 8.17E-05 0.000113 22 0.000373 0.000378 0.004116 11 1.98E-06 8.17E-05 0.000113 23 0.000407 0.000388 0.004392
)
12 1.98E-06 8.17E-05 0.000112 24 ~d'd6did-~000U596 W0f4655 13 1.98E!06 8.165765 0.000111 25 _0.0_0_0474_0.000403__0.004906 14 1.97E-06 8.16E-05 0.000111 26 0.000507 0.000409 0.005144 15 1.97E-06 8.16E-05 0.00011 _ 27 0.000541 0.000414 0.005371 I- 16 1.97E-06 8.16E-05 0.00011 28 0.000608 0.000422 0.005804
~
18 ~ 1.97E-06 8.15E-05
~
0.000109 29 Y ~06574 0.66 42f 1666T96 20
- i 525-06 0.000105 0.000138 30 0.000741 0.000432 0.006551 22 3.08E-06 0.000128 0.000168 l
31 0.000807 0.000434 0.006874 24 3.63E-06 0.000151 0.000196 32 0.000873I 0.000436 0.007166 M 26 4.18E-06 0.000175 0.000224 33 56U6959~ ~I00045f 0 ~056dM31-' I ~28 4.73E-06 0.000198 0.000251 34 0.001005 0.000438 0.007672 30 { 5.28E-06 0.000221 0.000278 35 0.001071 0.000439 0.00789 I 32 l 5.82E-06 0.000244 0.000304 36 0.001136 0.000439 0.008088! l 34 [6.37E-06 0.000268 0.00033 1 37 0.001202 0.00044 0.008267 __ _,__ 36 I 6.91E-06 0.000291 0.000355 38 0.0012671 0.00044 0.008429 ! 38 7.44E-06 0.000314 0.00038 _f- f 40 0~ 39 ~7061352I0.0_0044T60W577 0.000404 7.98E-06] 0.000337 40 0.001397 0.00044 l 0.00871 i 42 8.51 E-06 0.000361 0.000427 i 41 ~.001462 0 0.0604T"0 665552 44 9.05E-06 0.000384 0.00045
~
_6]
~
42 [6TO6556]d.D6iM4[ }0T0d8942 4 9
~T58E46] X665~07p.00645 4
l 0 48 1.01E-05 0.00043 10.000495 1 43 _ 0.00159 _0.000442 009041 _ l 44 S:991$55 9:p0044.._ p;p09p.1. 50 1.06E-05 0.000453 (0.000516 _ _ L_ _ ._ _ .
- 45 0.001719 0.00044 0.009214 52 1.12E-05 0.000476 {0.000537 46 0.001783 0.00044 0.009288 i 54 1.17E-05 0.000499 0.000558 T1T25E 65TU~00555[1 dIO6U5
~ ~
47 0.0018461 0.00044 0.009355 1 56 r
- LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG l BH 48 0.00191 0.000441 0.009416 ! l 58 1.27E-05 j 0.000546 0.000597
}
49 }.Ud173 0.00_0441 50 _0_002036 0.000441 _ 0.dD9475~ 0.009522
} 60~
62 1.32E-05 {0.000569 0.000616 1.37E-05 0.000592 0.000635 51 _ _ 0.009568 _ 64 , j 1.42E-05 Og0_0615 0.000653 0.002099_[_0 0_00441 52 0.002162 0.000_441 0.009609 66 1.48E-05_0_.000638 0.000671 53 0.002225 0.000441_ 0.009646 68 1.53E-05 0.000661 0.000689
^
54 [UU258{[d.0ddi id 56[ _ 70 I 1.58K6510.000684 0.qqq?@ i 55 0.00235 _0.000441 _0 0097,11 72 1.63E-05 0.000707 0.000_722 _ 56 0.002412 0.000441 0.009739 74 1.68E45 0.00073 0.000738 ! 57 0.002475_0.000441_ 0.009765 1.73E-05 0.000753 0.000754 76 _ { 58 _.0.002536 0.000441 0.009787_ 78 1.78E-05 0.000776 0.000769 l 59 0.002598 0.000441 0.009808 80 1.83E-05 0.000799 0.000784 . 60 0.00266 0.000441 0.009827 82 1 I 1.875~-05 0.000822 0.000799 61 0.002721 0.000441 0.00984e 84 1.92E-05 0.000845 0.000813
+
62 0.002783 _0.,000441 0.00986 86 1.97E-05_ 0.000868 0.000827 63 0 002844 0.00_0441_0.0098 4__ 88 2.02E-05 0.000891 0.00084
- 64 0.002905 0.000441 0.009887_ 90 2.07E-05 0.000914 0.000853
! 65 {.62565[0]dD0441 f.0015855 66 0.003026 0.000441 0.009909 _l 92 94 2.12E-05 0.000936 0.000866 2.16E-05__0.000959 0.000878 , 67 0.003087 0.000441 0.009918_ _ 96 2.21E-05 0.000982 0.000891 68 0.003147 0.000441 0.009927 98 2.26E-05 0.001005 0.000902 4 69 0.003208 0.000441 0.009935 100 2.31E-05 0.001028 0.000914 l 70 0.003268 0.000441 0.009942 102 2.35E-05 0.001051 0.000925 4 71 0.003328 0.000441 0.009948 104 2.4E-05 0.001073 0.000935 j 72 0.003387 0.000441 0.009954 106 2.45E-05 0.001096 0.000946 73 0.003447 0.000441 0.009959 108 2.49E-05 0.001119 0.000956 4 74 0 003507 0.000441 0.009964 110 2.54E-05 0.001142 0.000966 75 0.003566 0.000441 0.009969 112 2.59E-05 0.001164 0.000975_ 76 0.003625 0.000441 0.0_09973 114 2.63E-05_ 0.001187 0.000984 77 1003684 0.000441 0.009976 . _ 116 2.68E-05 0.00121 0.000993 78 0.003743 0.000441 0.009979_ 118 2.72E-05 0.001233 0.001002 79 0.003802 0.000441 0.009982 120 2.77E-05 0.001255 0.00101 80 0.003948 0.000441 0.009989 g 125 2.88E-05 0.001312 0.00103 81 0.004094 0.000441 0.009994 130 2.99E-05 0.001369 0.001049 82 0.004238 i 6 000441 0.009998 135 3 3.1E-05 0.001425 0.001066 l
" 4 83 560455~2_0.000441 }0.010062~ _ _.
140 l 3.21 E-05 0.0014827 0.001081 84 0.004525_0.000441 0.0100_04___ 85 0.004667 0.000441 0.010006 145] 150 3.32E-05 0.001538 0.001095 3.43E-05 0.001594 0.001108
~
86 Th04808 0.066ddF6~010008
~ ~
155 ~5535 ~6165551 0.001119 l 87 '0.004948 0 D6044T 0I0F06d9 160 3.64E-05 0.001707 0.001129
* ~
88 [0[0_5087_0.000441 0.01001 _j 165 { 3.74ET5dTO01763 0.001135 89 0.005225 0.000441 0.01001 ~ 170 i 3.84E-05 0.001819 0.001145 90 l' d536fT000441~T6f061T is T 3.95E-05 0.001876 0.001152 91 0 005499_0.000441 0.0_10011 180 __ 4.05E-05 0.001933 0.00115_9, 92 0.005635 0.000441 0.010012 185 4.15E-05 0.001991 0.001164 93 0.00577 0.000441 0.010012 i 190 7 4.25E-05 0.002048 0.001168 94 0.005904 0.000441 0.010012 ~ 195 4.35E-05 0.002105 0.001171 95 0.006037 0.000441 0.010012 200 f 4.45E-05 0.002162 0.001174
LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF l BG BH l 96 0.006169 0.000441 0.010013 i 205 1 4.55E-05 0.002219 0.001176 97 0.0063 0.000441 0.010013 210 4.64E-05 0.002276 0.001176
~
98 0.006431 0.000441_0.010013 215 7745~05~ 0.002333 0.001176 99 0.006561 0.000441 0.010013 220 4.83E-05 0.00239 0.001176 100 0.00669 0.000441 0.010013 225 4.93E-05 0.002447 0.0011M 101 0.006818 0.000441 0.010013 230 5.02E-05 0.002504 0.001172 102 0.006945 0.000441 0.010013 235 5.11 E-05 0.002561 0.00117 103 0.007072 0.000441 0.010013 240 5.2E-05 0.002618 0.001166 104 0.007197 0.000441 0.010013 245 5.295-05 0.002675 0.001163 105 0.007322 0.000441 0.010013 250 T 355T05 0.002732 0.001158 106 0.007447 0.000441 0.010013 255 5.47E-05 0.002788 0.001153 107 0.00757 0.000441 0.010013 260 5.56E-05 0.002845 0.001148 108 0.007692 0.000441 0.010013 265 5.64E-05 0.002902 0.001142 109 0.007814 0.000441 0.010013 270 5.73E-05 0.002958 0.001136 J 110 0.007935 0.0_00441 0.010013 0.003015 0.00113 __275 5.8.1 E-05 111 _0.008055 0.000441 0.010013 280 5.9E-05 0.003072 0.001123_ 112 0.008175 0.000441 0.010013 285 5.98E-05 0.003128 0.001115 113 0.008294 0.000441 0.010013 290 6.06E-05 0.003185 0.001108 114 0.008412 0.000441 0.010013 295 6.14E-05 0.003241 0.0011 { 115 0.008529 0.000441 0.010013 300 6.22E-05 0.003297 0.001092 116 0.008645 0.000441 0.010013 305 6.3E-05 0.003354 0.001083 117 0.008761 0.000441 0.010013 310 6.38E-05 0.00341 0.001074 118 0.008876 0.000441 0.010013 315 6.45E-05 0.003467 0.001065 119 0.00899 320 6.53E-05 0.003523 0.001056 0.000441 } 0.010013 120 0.009104 0.000441 0.010013 _ 325 6.61 E-05 0.003579 0.001047 121 0.009217 0.000441 0.010013 330 6.68E-05 0.003635 0.001037 122 0.009329 0.000441 0.010013 335 6.75E-05 0.003692 0.001027 123 0.00944 0.000441 0.010013 340 6.83E-05 0.003748 0.001018 124 0.009551 0.000441 0.010013 345 6.9E-05 0.003804 0.001007 125 0.009661 0.000441 0.010013 350_ 6.97E-05 0.00386 0.000997 126 0.00977 0.000441 0.010013 355 7.04E-05 0.003916 0.000987 127 0.009879 0.000441 0.010013 360 7.11E-05 0.003972 0.000977 128 0.009987 0.000441 0.010013 365 7.18E-05 0.004028 0.000966 129 0.010094 0.000441 0.010013 370 7.25E-05 0.004084 0.000956 130 0.010201 0.000441 0.010013 375 7.31E-05 0.00414 0.000945 131 0.010306 0.000441 0.010013 380 7.38E-05 0.004196 0.000934 132 0.010412 0.000441 0.010013 385 7.45E-05 0.004251 0.000924 133 0.010516 _0.000441 0.010013 _ 390 7.51 E-05 0.004307 0.000913 134 0.01062 0.000441 0.010013 395 7.57E-05 0.004363 0.000902 135 0.010723 0.000441 0.010013 400 7.64E-05 0.004419 0.000891 136 0.010826 0.000441 0.010013l 405 7.75-05 0.004474 0.00088 137 0.010928_ 0.00_0441 0.010013 410 0.00453 0.000869 (7.76E-05 138 0.011029 0.000441 0.010013 415 7.82E-05 0.004586 0.000858 139 0.01113 0.000441 0.010013 420 7.88E-05 0.004641 0.000848 140 }0.01123 0.00044I~U M0013 425 1 7.94E-05_0.004697 0.000837_ 141 0.011329 0.000441 0.010013 430 8E-05_ 0.004752 0.000826 142 0.011428 0.000441 0.010013 435 8.06E-05 0.004808 143 0.011526 0.000441 0.010013 I 440 0.000815 l 8.12E-05 0.004863 0.000804
i LOCK.XLS AY l AZ l BA l BB l BC l BD l BE l BF BG l BH l i 144 0.011_6_23 0.000441 [0_010013 1 445 8.17E-05 0.004919 0.000794 145 0.01172 0.000441 0.010013 450__ _8 23E-05 0.004974 0.000783 146 0.011816 0.000441 0.010013 455 8.29E-05 0.00503 0.000772 147 148 0.0119127 0.000441 0.012007 0.000441 0.010013 . _ 60 4 8.34E-05 0.005085 0.000762 . 0.010013 465 8.39E-05 0.00514 0.000751 149 0.012102 0.000441 0.010013 470 8.45E-05 0.005195 0.00074 150 _0.012195 0.000441 _0.010013 475 8.5E-05 0.005251 0.00073_ { 151 .0.012289 0.000441 0.010013 480 3.55E-05 0.005306 0.00072
}
152 153 SE = 0.002794 154 DOSE = 0.013235 155 l in 157 L , i 158 159 _ 160 161
._ l 162 163 ,
164 ! 165 _ { l 166 ] l
LOCK.XLS Bl l BJ l BK l BL l BM l BN l BO l BP l BQ l BR 1 l ' lodine Released 2 [ T_ 3 4 i _J 6 5.55E-04 1.32E-02 1.75E-03 7 [ Time 8 __y_ I-133 i 1-134_l 1-135 li~ l * (Min) NUCLIDE 1-130 1-131 l 9 0 0 0 0 0 0 10 2.47E-06 2.73E-06 2.3E-06 0.1 5.15E-08 2.11E-06 11 1.24E-05 1.36E-05 1.15E-05 0.5 1.03E-06 4.21E-05
~
12 2.47E55 2.75~65 f3s-05 1 2.58E 66 0.000105 13 4.94E-05 5.34E-05 4.59E-05 2 1.03E-05 0.000421 4 14 ~7 I4's!5~f9IE ~ 05T87E-65~ T
^
3 [ 1.5AE d5 ~0T60d55T
~
15 ~5~55E!65 0000104 9.15E! 5~ 4 Yd5E d5~0Td0d54i 16 0.000123 0.000128 0.000114 5 2.56E-05 0.001052 17 0.000148 0.000152 0.000137' 6 I 3.07E-05 0.001262 18 0.00017_2 0.000175 0.000159 7 3.58E-05 0.001472 l 19 0.000172 0.000173 0.000159 j _ _8 0.022795 0.936858 > 20 0.000172 0.000171 0.000159 9 0.022774 0.936799 l 21 0.000172 0.000168 0.000158 10 0.022752 0.93674 22 0.000172 0.000166 0.000158 11 0.022731 0.93668 23 0.000172 0.000164 i 0.000158 12 0.02271 0.936621 24 0.000171 0.000162 0.000157
~
13 0.022688 {T536561 25 26
~670dd171 0.000159 0.0d6557 0.000171 0.000157 0.000157 f 14 15 0.022667 0.936502 0.022646 0.936442 27 0.000171 0.00015_5_0_.00_0156 16 0.02262_5 0.93638_3_
28 0 000171 0.000151 [0.000156 j } 18 0.0452_07 . 1.872646 29 0.000219 0.00019 0.0002 l 20 9.08E-05 0.003774 30 0.0dd555l 0.000226 0.000243 l 22 0.000111 0.004613 , 31 0.000316 0.00026 0.000287 l 24 0.000131 0.005451 32 0.000364 0.0002931 0.000329 l 26 0.06dT511C.006289_ j__ 33 0.000413 28 0.00017 0.007126 i J_ 34 0.00046 0.000323 4 0_000372 0.000352 0.000414 l [ 30 0.00019 0.007962 j
~
i ' ' 35 TOd65d5~ 0.000379 0 1~I060156_ 32 O.000_134 ) 36 0.000556 0.000404 0.000498 34 0.000146__0.005622_0.006157 37 0.000604 Old6455i~ T0dd54
~ ~
35 diddI55~6~60655I ~ 38 0.00d55110.00045_0.000581
~38 0.dddi1T~0T6072[i[5] l 39 p.0g0699_ 0.000471 0.000622 _ _ 4
_0___ 0.000184 0.007759 40 0.000746 0.000491 0.000662 ~~ 42 _0.000196 0.008292 i 41 0.000f~1T66509]dyUO7'5 9 42 0.00084 0.000525 0.000742 0 1_ ] 44 46_
~UI6065d5 0.008855 0.00022 0.009358 l 43 0.000887 0.000541 0.000782 48 0.000232 0.009891 i
44 T066954T0.000555 0.000821 J 50 0.000244T 0.010423 T~52 l 45 ~d56695Il 0.000569 0.00086 ~ - 0.000256 I0.010955 46 F0did55T66658 tit 660599i~ ~ ~- ~~ ~ ~ ~
~I 54 0
~6.66~I265TO.011487 47 0.001074 0.000592 I~0 d 0957I i 56 i 0.00028i0.012018 !
l l
LOCK.XLS l Bi l BJ l BK l BL l BM l BN l BO l BP l BQ l BR 48 0.00112 0.000602 0.000975 58 0.000292 0.01255 49 0.001167 0.00_0611 0.001013 60 0.000304 0.01308 0.001213 0.00062 0.001051 ._ 50 51 0.001259F0.000627 0.001088 J 62 64 0.000316 0.013611 0.000313 0.013527 52 0.001305 0.000634 0.001125 66 0.000325 0.014034
~~
53 ~~0 00135 0.00064 0.001162 68 OT000336 0.014541 , 54 0.001396 0.000645 0.001198 70 0.000347 0.015047 55 0.001442 0.000649 0.001234 72 0.000358 0.015554 i 56 0.00148f'O.000653 0.00127 74 0.000369 0.01606 57 0.001532 0.00_06_56 0.001306 76 0.00038 0.016566 l 58 0.001578 0.000659 g 0.001341 78 0.000391 0.017071 t 59 0.001623 0.0006611 0._001376 _ 80 0.000402 0.017577__ i 60 _0.001668 0.000662 0.001411 _ 82 0.000412 0.018082 61 0.001713 0.000663 0.001445 84 0.000423 0.018587 62 0.001757 0.000663 1 0.00148 86 0.00,0434 0.019091 63 0.001802 0.000663 0.001514 88 0.000445 0.019595 64 0.001847 0.000663 0.001547 90 0.000455 0.020099 65 0.001891 0.000662 0.001581 92 0.000529 0.023412 i 66 0.001935 0.00066 0.001614 94 0.000541 0.023983 67 0.001979 0.00_0659 0.001647 96 0.000553 0.024554 68 0.002023 0.000656 0.001679 98 0.000565 0.025125 69 0.002067 0.000654 0.001711 100 0.0005_77_0.025695 70 0.002111 0.000651 0.001744 102 0.000589 0.026265 71 0.002154 0.000648 0.001775 104 0.0006 0.026834 72 0.002198 0.00_0645_ _0.00_1807 _ 106 0.000612 0.027404 73 0.002241 0.000641 0.001838 ~ 108 0.000624 0.027973 74 0.002285 0.000637 0001869 110 0.000635 0.028541 75 0.002328 0.000633 0.0019 112 0.000647 0.02911 76 0.002371 K66~0629 0.001931 } 114 0.000658 0.029678 77 0.002414 0.000624 0.001961 116 0.MM7 l_ 0.0_30246 78 0.002457 0.000619 0.001991 l 118 0.000681 0.030813 79 ~0.0025 0.000614 0.005~'21 0 120 0.000692 0.03138 80 0.002606 0.000602 0.002_095 125 0.001702 0.077469 81 0.002712 0.000589 _0.002167 130 _0.001767 0.080813 82 0.002817 0.000574 0.002238 135_. 0.001833 0.084153 83 0.002922 0.00656
- 0.002307 140 0.001897 0.087489 84 0.003025 0.000544 0.002375 145 0.001961 0.090819 85 0.003129 0.000529 0.002441 150 0.0020_24 0.094146
- 86 0.003231 0.000513 0.002506 155 0.002086 0.097467 87 0.003333 0.000497 0.00257 160 0.002148 0.100785 88 0.003434 0.000481 0.002_632 165 _
0.002209 0.104097 89 0.003534 0.000465 0.002693 170 0.002269 0.107406 ( 90 Q.QO3pfM0449_fQM5 175 O~ 0 j 91 0.003738 0.000434 0.002816
~
180 0 0 92 ~d~60384 0.00'04i9~0T06f8'75'
~ ~
E 185 i 0 0 83 94 0.00_394 0.00404 0.0004 0.000388 63T0029}34 0.002989 __]' 19d 195 0 0 0 0 [ 95 0.00414 0.000374 0.003045 200 0 0 i
LOCK.XLS BI l BJ l BK l BL l BM l BN l BO l BP l BQ l BR 96 0.004239 0.000359 0.003099 205 0 0 97 _0.004337 0.000345 0.003152. 210 0 0 98 0.004434 0.000332 0.003_2_04 215 0 0 99 0.004532 0.000318 0.003255
~
220 0 0 100 ~6dO4628 0.000305 0.003304 ~ 225 0 0 101 0.004724 0.000293 0.003353 ~556- 0 0 102 ~0.004819 0.00028 0.0034 235 0 0 103 0.004914 0.000268 0.003447 240 0 0 104 0.005009 0.000257 0.003492 245 0 0 105 0.005102 0.000246 0.003536 250 0 0 106 0.005195 0.000235 0.003579 ~~~} 255 0 0 107 0.005288 0.000224 0.003622 260 0 0 ! 108 0.00538 0.000214 0.003663 1 265 0 0 l 109 0.005472_ 0.000205 0.003703 270 0 0 l 110 0.005562 0.000195 0.003742 275 0 0 111 0.005653 0.000187 0.00378 280 0 0 112 0.005743 0.000178 0.003818 285 0 0 113 0.005832 0.00017 0.003854 290 0 0 114 0.005921 0.000162 0.003889 295 0 0 115 0.006009 0.000154 0.003924 300 0 0 116 0.006097 0.000147 0.003958 305 0 0 117 0.006184 0.00014 0.00399 T 310 0 0 118 0.00627 0.000133 0.004022 [ 315 0 0 119 0.006356 0.000127 0.004053 320 0 0 120 0.006442 0.000121 0.004083 325 0 0 121 0.006527 0.000115 0.004113 _ 330 0 0 122 0.006611 0.000109 0.004141 335 0 0 123 0.0066_95 0.000104 0.004169 340 0 0 124 0.006779 9.86E-05 0.004196
~
, 345 0 0 125 0.006862'~9I37555 0.004222 [ 350 0 0 126 0.006944 8.91 E-05 0.004247 I 355 0 0 127 0.007026 8.46E-05 0.004272 i 360 0 0 l 128 0.007108 8.03E-05 0.004f56 i 365 0 0 129 0.007189 7.63E-05 0.004319 1 370 0 0 130 0.007269 7.24E-05 0.004341 1 375 0 0 131 0.007349 6.88E-05 0.004363 380 0 0 132 0.007428 6.53E-05 0.004384 385 _
0 0 133 _0.007507 6.19E-05 0.004404 1 390 0 0 134 0.007586 5.87E-05 0.004424 [ 395 0 0 135 0.007663 5.57E-05 0.004443 _ 400_ 1 0 0 ' 136 0.007741 5.28E-05 0.004461 405 0 0 137 0.007818 5.01 E-05 0.004478 410 0 0 138 T007894 4.75E45 0.004495 i 415 0 0 420 139 140 0.00797 4.5E-05__0_.004512 pj_08046 4.27E_-0_5_ 0.004527
] 0 0
0 0
. ( 425 141 0.008121 4.04E-05_0.004542.
430 0 0 142 0.008195 3.83E-05 0.004557
~
435 0 0 143 Ed0826fT55E 65T6604571 T 440 0 0
1 LOCK.XLS l B1 l BJ l BK l BL l BM l BN l BO l BP BQ BR l l 144 0.008343 3.44E-05 0.004584 445 0 0 4 145 0.008416 3.26E-05 0.004597_ 450 0 0 5 146 0.008488 455 0 3.08E-0_5_0.004609 0 147 0.008561 2.92E-05 0.00462 460 0 0 148 0.008632 2.76E-05 0.004631 465 0 0 149 0.008703 2.62E-05 0.004642 470 0 0 150 0.008774 2.48E-05 0.004652 475 0 0 151 0.008844 2.34E-05 0.004661_. 480 0 0 152 . 153 d 154 , 155 156 l 157 ] -~ l 158
~~-
159 } 160 1 161 4 162
+
1 163 164 165 l 166 l 7 :
1 1 LOCK.XLS i l BS l BT l BU l BV l BW l BX l BY l BZ l CA l CB 1 l l Total Thyroid Dose ; 2 i I l l 3 EAB X/Q 9.00E-04
} l 4
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] I 0.5' 1
2.5E-08 8.46E-08_ 13 0.000607 0.000889'i 0.000961 0.000826 2 3.23E-07 14 X6D6905T0:5013521 0.001424 0.001237 3 e.79e-07 l 15 0.001202 0.001775 0.001874 }Yd6f647' l 4 1.15E36 I l 16 0.001494 0.002217 0.002312 0.002054
~ ~
5 1.75E-06 17 T00115i~T662659 ~~0665755 DTO02451 l 6 2.46E-06 18 0.002071 0.0031 0.003153 0.002866 [ i 7 3.29E-06 19 1.314955 1.972081 1.994321 1.822294 I I8 0.000531 l 20 1.308361 1.970979 1.968201 1.819105 I 9 0.00I657 21 1.301801 1.969877 1.942424 1.815922 I i 10 0.001584 22 S.295274 1.968776 1.916984 1.812744
- ~ l l 11 0.0021T 23 1.28878 1.967676 1.891877 1.80957T j l 12 0.002635 24 1.282318 1.966577 1.867099 1.806404 i ! 13 0.00316
' ^
i 25 9.275888 1.965478 1.842645 1.803243 14 0.003654 26 1.269491 1.964379 1.818512 l 1.800087 15 0.004208
~
27 1.263126 1.963281'I 1.794695 1.796937 l- 16 0.00475T 28 2.513564 3.924364 3.542366 3 ~758f5f3'{~ l 18 l 0I665777 l 29 0.004981 0.007896 0.006827 0.007189 20 0.005779 30 0.00603 0.009642 0.008136 1 0.008758 22 0.065Y55 ) 31 T667057 0.011383 0T009312~1 0.010316 24
~
T005785 32 ~6.008063 0.0131f9 0T05655f ~0T011862 26 0.005155 33 0.009047 0.014851 0.011635 0.013396 28 0.005792 34 0.01001 0.016577 0.012668 0.014918 30 0.005796 35 0.006999 0.011693 0.008715 0.010498 l 32 i 0.0058 36 0.007589 OI615765'O.009298 0.011458 j 34 [dT605565 37 0.008167 0.013889 0.009845 0.012411 [ 38 0.008732 0.014983_ 0.010357 0.013356!
} [ 36 38 I_~070655d}f[
0.005811 [ 39 0.009285 0.016074 0.010835.._ _ _0.014295{ _ _ l 40_ _ 0 q .005815 40 0.009826 0.017162 0.011282 0.015226} I 42 i0.005819 ) 41 0.010354 0.018248 0.011697 j 0.016151 ! l 44 {0.005824 42 43 0.010872 0.01933T6Tdi5681 YO11377 0.0204f [ 0.012441 0.017979 i
~
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~
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_. . .- _ _ _ _ - - - - _ __ _ . _ _ - - - _ - . . =__ tJ t ooP M 'XG A l B l C l D l E l F l G l H l 1 J l 1 R: actor Coolant Pump Locked Rotor / Rod Ejection Offsite Dose Analysis 1 2 ThermalWyddsjic ~nid Source Term Transport inputI i i 'hklTAOUTf06P 3 Ccse Evaluated (1=Credd for RCS injection Flow Loss for Source Term Depletion. 2=No Credit for Source Term Depletion) = i l 4 RCS Volume (gal) = l 83059 l Cony. Facter (gal /lbm) =i 0.1642 Letdown Cleanup Fraction = 1 5 Cooldown = { 50 RCP Heat = 6.24 E+07 Conductor = ! 3.13E+07 S/G Heat of Vaponzation. Hfg (BTU /lbm) = 6 R:t)(F/Hr) ) (btu /Hr) Heat (btu /Hr)) l l ] l 7 Time Flash ( S/G H2O ; Core Decay Stear.1 Cas . Steam input Steam Rate, Scrub l Leak Loss { Leak Dose l 8 (Min) [ (Lbm/ Min) l (Lbm/ Min) i Fraction i Mass (Ibm) l eat (btu /hr[' Release Illi)m/ min)l-(Ibm / min) ilraction l 9 0 ! 1.64 I 0.358 i 0 ! 1.05E+05 0.00E+00[ 2 i 767 767 0 l 10 0.1 0.5 l 1.6410.358_,1 0 1.64 j 1.05E+05 _ _0.00E+00j[ Y 7 767 767 0 l 11 1 0.358 l 0 ! 1.05E+05 0.00E+00 2 l 767 767 0 12 1 1.64 0.358 l 0 l 1.05E+05 0.00E+001 2 767 767 0
~
13 2 0.358 0 l 1.05Eid5T0dsiO6 [ 1.64 2 157 767 0 14 3 1.64 5 55'8 0 71.05E+05 0.00E+00
~
2 767 767 0 15 4 ~iT6'4- ~~dT358-' 0 T65EiO570TO0E+00 2 'T~ 767 767 0
~~
16 5
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0 1.05E+05(Ol65700[~~2 76 C 767 0_ 17 6 I 1.64_ l 0.358 0 767 767 0 1.05E+05IO.00E+00L 2 1
! 0.358 18 7. l 1.64 0 1.05E+05 0.00E+00 l 2 767 767 0
~
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! 0.358 ! l 1.05E+05 2 767 i 767 0 l 25 14 1.64 0.3_58 l 0 "T05si65[0.00E+00i 0.00E+00 2 767 -~ 767 0 26 15 1 54 0.358 i 0 1.05Ei~57)T6 0 ~
dei 0'6 2 767~ I 767 0 27 16 1.64 1 0.358 l 0 il5Ei65l~6 0bsi6d~ 2 767 l Y57 0 28 18 I 1.64 l 0.358 " 0 1.05E+05[0.00E+00{ 2 {f6_7ij 767 0 29 20 ! 1.64 ! 0.358 0 ! 1.05E+05 0.00E+001 2 l 767 i 767 0 30 22'i 1.64 l 6358I O l 1.05E+05, 0.00E+00 ~~ 2- l 757 l 767 0 31 24 i 1.64 1 0.358 I O i 1.05E+0510.00E+00 2 l 767 l 767 0 32 26 'I 1.64 l 0.358 0 J ~1.05E+0510.00E+00 2 I 767 l 767 0 33 28 ~i 164 1 0.358 1 0 f 1T055iO5j~0.00$iOO 2 l 767 767 j[ 0 34 30 I 1.64 ] 0.358- 0 l105EiD5 0T6ds+60 ~Y l 767 757 l 0 35 32 j 1.64_ l 0.358 0 i 1.05E+05 0.00E400] 2 j 333 333 } O 36 34 I 1.64 T .358 0 0 l 1.05E+05j 0.00E+00i 2 ~i 333 l 333 i 0 37 36 l 1.5 N 0.358 0 l 1.05E+05 K605i60l-~2 I333 l 333~~ ~I 0 38 35 [ 1.64__ _0.358] 0]_]IT05E{05~ 0}0${00 2 333 333 j 0 r 39 1.05E+05 0.00E+00 2__ 333 0 l { _333 _ ! l 40 _ l 1 641.64 40.3581__0 40 42 . 1 0.358 l 0 1.05E+05 i 0.00E+00 l 2 l 333 1 333 0 41 44_ 1. 1.64 70T35[8]-~0 1.05E+05 0.00E+00 2_j 333 333 0 42 46 l 0.358 j_ __ 0 j 1.05E+05_ 0 00E+004_ 2 333 333 0_ l 43 _ 48 ] 1.64 1.64_ I__0.358j _ _ _ 0 j 1.05E+05 ! 0.00E+00f__2
, __ 333 333_ 0 l 44 50 1.64 j 0.358 0 l 1.05E+05 i_0.00E+00 I 2 l 333 l 333 O_
45 52 1.64 ! 0.358 0 1 1.05E+05 ! 0.00E+00 i 2 j 333. l _333 ~l 0 46 54 l 1.64 ! 0.358 0 fi~.05EiO5 I0.0bEiOO ~~2
~
! 333 ! 333 l 0 47 56 ! 1.64 1 0.358 i V IT65NT0'5I0 dDEi6dI 2 t 333 I 333 1 0
A l B l C l D E F G l l l l H l 1 l J 48 1.64 0.358 0 1.05E+0510.00E+00 2 333__ 333 0 58 _ [I 49 60 1.64 0_ 1.05E+0510.00E+0_0 _2 283 2F3 0 50 62 1.64__0.358 0.358 _ _0 1.05E.+05i 0.00E+001 2 283_ 283 0 51 64 1.64 0.358 0
~
52 l 1.05E+05} 0.00E+00 l 2 g 283 283 0 53 66 68 1.64 _ 0.358 1.64 0.358 0 0 l 1.05E+05 { 0.00E+0_Ol 2 1 283 i 283 [ 0 1.05E+05 0.00E+00 2 54 70 1.64 0 i_283 283 0 0.358_ i .05E+05 1 0.00E+00 2 ! 283 0 55 72 1.64 0.358 0 i 1.05E+05 0.00E+00 2 F _283 283 283 0 56 74 1.64 ~ .358 0 1 1.05E+05 0.00E+00 2 283 283 _ 0 57 76 58 78 1.64 1.64 0.358 _ 0
! 0.358 0 1.05E+05 0.00E+00 2
[ 283] 283 0 1.05E+05 0.00E+00j 2 283 283 0 59 80 1.64 j 0.358 _0 j 1.05E+05 _0.00E+00j _ 2 283 283 } 0 60 82 1.64 0.358 O 2 283
, J 1.05E+05 0.00E+00 i 283 1 0 61 84 1.64 0.358 l 0 l 1.05E+05 0.00E+001' 2 283 283 0 _
62 63 86 88 1.64 i 0.355~~~I 0 l 1.05E+05 0.00E+00 i 2i 283 283 0 1.64 0T35~8[ 0 [1.05$+050.00Ei66i 2 i~283 253 0 64 90 1.64 0 1.05E+05 0.00E+00 l 0.358 j 2 433 433 0 65 92 [ 1.64 0.358 0 1.05E+05 0.06E+00 } 2 433 433 0 66 94 l 1.64 0.358 0 1.05E+05 0.00E+00 2 1 433 433 0 67 96 1.64 0.358 0 T1.05E+T)310.00E+00 2 j 433 433 0 68 98 1.64 0.358
~~
0 lT65E+05 { 0.005+00 2 'I 433 433 0 69 100~~ 1.64 0 2 433 433 [DT358 { 0 70 71 102 104 1.64 1.64 0.358
~0.558 !
0 0 1.05E+051} 0.00E+00 1.05EI65 0.00E+00}_ 2 2 433 433 433 433 0 0 1.05E+05 [0.00E+00 _ 72 106 1.64 0.358 7 0 .1.05E+05 0.00E+00, 2 433 433 0 73 108 1.64 0.358 0 1 1.05E+05 0.00E+00 l 2 4 433 74 110 1.64 6.358 0 4 4f3 J 0 T1.05E+05j 0.00E+00} 2 l 433 433 0 75 112 1.6G 0.358 0 'l 1.05E+0510.00E+00' 2 l 433 433 0 76 114 1.64 0.358 0 1.05E+05 0.00E+00 2 7 433 433 0 77 116 1.64 03f" 0 1.05E+05 0.00E+007--~2 433 433 0 78 118 1.64
-T 0.358 0 1.05E+05 0.00E+00 2 433 433 1 0 79 120 1.64 0.358 0 } 1.05E+05 > 1.38E+08 [ 2 433 433 7 0 80 125 1.64 j_0.358 0
[i.~65$+651 1.38E+08} 2 ! 433__] 433_j 0 81 130 1.64 l 0.358 0 l 1.05E+05 1.35E+08 l 2 l 433 i 433 0 , 82 135 1.6T" 0.5551 0 -~ [1565Eid5 1.35Ei68i - 2 j 433 l 433 0 i 83 140 f 1.64 ! 0.358] _ 0 ]05EIO5TE32$+08L 2 i 4i3 1 433 0 84 145 l 1.64 l 0.358 0 l 1.05_E+0_5 ! 1.32E+08l 2 433 433 0 i 0.358 85 150 1.64 0 i 1.05E+05iT29E+08j 2 483 483 0 86 155 1.64_ 1 0.358 I 0
! 1.05E+05 ! 1.29E+08J 2
] 483 483 0 87 160 l 1.64 [ 6358 0 [1565Ei65'1.27E+08; 2 483 483 0 I 88 1.64 0.358 0 1 1.05E+05_ 1.27E+08j 2 483 0
[ 483 J 89 90 165_[l 170 175 j 1.64 1.64 0.358 _0.35,8 0 [ 1.05E+05 0__j 1.05E+05]1.25E+08]
.25E+08l 2
2 483 483 l i 483 483 j 0 0 j 91 180 0 ! 1.05E+05 1.23E+08] 2 ~i 478__j__ 0 92 185 l 1.64 { 0.358 1.64 1 0.358 0 478 ] 478 0 i l i l 1.05E+05 j 1.23E+08J 2_] ___.478 ; 93 94 190
,l
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! 0.358 i 0
0 [ 1.05E+05{1.22E+08j l 1.05E+05 l 1.22E+08j 2 2 _ 478 478 _{478]! l 478 1 0 0
~~595~N164
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A l B l C l D l E l F l G l H l l l J 96 205 _ __1.6_4_ l 0.358 l 0 l 1.05E+05 l 1.20E+08: 2 [ 478J 478 0 97 . 210 1.64 7 0.358 1 0 ! 1.05E+05 l 1.18E+081 2 478 478~ 0 98 215 1.64 j 0.358 l 0 l 1.05E+05 { 1.18E+08[~ 2 478 478 0 99 220 1.64 0.358 I 0 1.05E+051 1.17E+08[ 2 _0 0 0 100 225 1.64 0.358 [ 0 1.05E+05l 1.17E+081 2 0 0 0 101 230 J 1.64 F~0.358 0 1.05E+05 1.16E+08 l 2 0 0 0 - 102 235 1.64 0.358 0 1.05E+05 - 1.16Ei 8i 2 7 0 0 1 0 103 240 1.64 0.358 0 1.05E+05 4 1.14E+05l 2 0 0 0 104 245 1.64 ! 0.358 1 0 1.05E+05 ! 1.14E+08l 2 0 0 0 105 250 1.64 I 0.358 0 l 1.05E+05 l 1.13E+08i 2 0 0 0 106 _255 1.64 i 0_.358 __0 0 0 0 l 1.05E+05] 1.13E+08{ 2 107 260 1.64 1 0.358 0 j 1.05E+05 1.12E+08i 2 0 i 0 0 108 265 1.64 ! 0.358 0 l 1.05E+05 1.12E+08i-~~2 ! O 0 0' - 109 270 1.64 _j 0.358 j 0 0 0 0 [ 1.05E+05 1.11E+08{ 2 [ 110 275 1.64 1 0.358 1 0
} 1.05E+05 1.11 E+08i 2 1 0 0 0 111 280 1.64 d~555i 0 1.05E+05 1.10E+08l 2
[0 0 0 112 285 1.64 0.358 l 0 1.05E+05 l 1.10E+08l 2 1 0 0 0 113 290 1.64 ~0.358 0
-}Td55i65*1.09E+08! 2 J 0 0 ,
0 114 295 1.64~j 0.358 0 i 1.05E+05 1.09E+08f 2 l 0 0 ! 0 115 300 I 1.64 l 0.358 7 0 l 1.05E+05 1.08E+08 2 Nd 070 1 0.358 I 116 305 I' 1.64 0 l 1.05E+05 1.08E+08 2 [ 0 0 O 117 310 1.64 l 0.358 i 0 l 1.05E+05 1.07E+08 1 2 0 [ 0 - 0 118 315 1.64 l 0.358 I~ 0 l 1.05E+05 1.07E+08L2 - 0 l 0 0 119 550-~-1 64 i 0.358 ~I~ 0 [T65E+05 ~i.~05Ei6~8 i 2 I~ 0 - I0 0 l 120 121 325 330 l 1 1.64 ~~f 1.64 0.358 J 0.358 0 0 l 1.05E+05 1.06E+081 l 1.05E+05 1.05E+08l 2] 2 0 0 l i 0 0 0 0 1 j 122 335-} 1.64 0.358 0 l 1.05E+05 1.05E+08} 2 0 0 0- ; i 123 340 i 1.64 0.358 '[~ 0 2 0 0 0
] 1.05E+05 1.05E+0_8j l 124 345 i 1.64
[ 0.358 I~ 0 l 1.05E+05 1.05E+08i 2 i O O O 125 ___35 ] 1.64 1 0.358 07 d5E+05 ] 6TEid5I 1 2 O 0 0 126 355 t 1.64 j 0.358__ l 0 1.05E+05 1.04E+0_8} 2 ,
~
0 j 0 0 127 360 i 1.64 0.358 1 0 1.05E+05 1.03E+08 ! 0 i 0 0 128 129
-~365 370 l 1.64 0.555 ] [
! 0.358 j 0]1.05E+05]
0 1.03E+0_8[ 2 2 0] 0 2 O 0 j 0 0 L 1.64 [1.05E+05_ 1.03E+08J 130 375 1.64 l 0.358 ! 0 l 1.05E+05 1.03E+08i 2 0 0 j 0 i~ 0 131 380 1.64 O.3 58i 0 i 1.05E+05 1.02E+08 ! 2 0 -0 __i
~
132 385 1.64 _0.35 [ ~0 Ij.D}5~E}0135EfOj] 2 0 - 0 0 133 390 1.64 0.358 . O f 1.05E+051.01E+0_8! 2 _0 0 _J_ 0 134 395 1.64 i 0.358 1 2 0 0 0 0-~~j 1.05E+051 1.01E+08' ~ 1 1
!T65E+05 j 1.00Ei68 135 136 400 405 1.64 1.64
~ 0!558 0.358 l l 0 0 l105E+05 1.00E+08 i 2
2 l l 0 0 0 0 ]_ 0 0 137 410 1.64 0.358 i 0 I1.05E+05 9.97E+07j 2 l 0 , 0 0 138 _ 415 1.64 0.358 l 0 1.05E+05 9.97E+07 2 ! 0 0 0 139 ~~420 140 425 [ T67
; 1.64 0.358 l 0.358 I 0
0 1.05E+05 3 05E+05,I_9.94E+07;__2 1 9.94E+07 2 f0 _ 0 _ 0 _ 0__j. i~~ 0 0 l 141 430 l 1.64 ! 0.358 l 0 ! 1.05E+05 i 9.87E+071 2 l 0 0 j 0
'T 142 ' ~43I-~ ~i 1.64N 0.358 071565E+075~5fETO77 2 ~ ~I O ! 0 l g-- -- -g----( \
_ . _ _ - . _ _ _.m - , i
)
I l l A l B l C l D l E l F l G l H l 1 l J , 144 445 1.64 0.358 0 1.05E+05 l 9.81E+07 2 0 0 0 l 145 450 1.64 ~ 0.358 0 1.055+65 tit 5E+07 2 0 0 0 146 455 1.64 0.358 0 1.05E+05 9.75E+07 2 0 0 0 147 460 1.64 0.358 0 1.05E+05 9.69E+07 2 0 0 0 i { 148 465 1.64 0.358 0 1.05E+05 ~T695+07 9 2 0 0 0 149 470 1.64 0.358 _ . 0 1.05E+0_5 9.64E+07 2 0 0 0 150 475 1.64 0.358 0 1.05E+05 9.64E+07 2 0 0 0 151 480 1.64 0.358 0 1.05E+05 9.58E+07l 2 0 0 0 152 153 -Temp Speevol 154 70 0.1201 155 75 OJ201 l j 156 80 0.1202 } 157 85 0.1203 158 90 0.1204 4 i [ ,
" )
159 95 .1205 i 160 100 0.1207 4 161 105
} 0.1208 { !
162 110 0.1209 163 115 0.12105 I- ) 164 120 0.1212 [ l 165 125 0.12135 [ 166 130 0.1215 i 1
K l L l M l N l O l P l Q l R l S l T 1 _j"{ SG "A"-- no tube bundle _ uncovery *" l j j 2 F** steaming occurs at 10% of total release *" i t i 3 2 Steam Release Case Evaluated (1 = Calculated. Source Term Case Evaluated (1 = Failed Fuel,2 = lodine Spike) 4 0 2 = input oirectly) T- l Case = NUCLIDE j DBRC g DCF_ _ ll-131 DEC 5 632 Number of S/Gs Being U*ed = 3 1 l l _ l(ICRP-30)l 6 to Accomphsh CooMown l l l l 7 Byp l Partition CL/D_ [ Inject. Flow inject. Tem jinject. Flow l-131 2.5 l 6665~0710.76987 8 Fract. } Fraction ! (GPM) l (gal / min) ! (F) i (Ibm / min) 1-132 0.9 i 6.3E-06 0.277153 9 0 0.01 80 100 0 t ! L 0 l : 1-133 4_ l 0.000181 1.231792 10 0 l 0.01 ; 80 j 0 ! 100 l 0 1-134 0.6 i 1.07E-06 0.184769 11 0 1 0.01 i 80 i~ 0 [ 100 i-~ 0 1-135 2.2 i 3.15E-05 0.677486 12 0 j 0.01 1 80 0 1 100 i 0 1-131 Eq.=3{ 3.247301 l 13 0 l 0.01 _j 8D i 875 f 100 3 0 l ! [ 14 0 j 0.01 l 80 l 875 ! 100 ! O Total 1-131 Dose Equivalent = 1 1 15 0 l 0.01 l 80 l 875 l~~100 j 0 lUD Flow, Release Rate input (GPM) = ; 80 16 0 j 0.01 ! 80 i 875 i~ 100 i 0 l I t 17 0 'i 0.01 J 80 l 875I 100 0 I~ l
- j
~ .
18 0 T 0.01 ! 80 ! 875 i 100~I 0 'i' ! 19 - 0 l 0.01 l 80 j 875 100 ! 0 l l 20 0 ~I ~0.01 ! 80~ ~i 875 100 1 0 ~I l 21 0
}}_{0[0 { [ 80 i 875 !
100 _ f 0 l l ! 22 __ __ 1 80 _. j_ _ 0 _ 24 0 0.01 ! 80 1 875 ! 100 0 [ j j 25 0 l - ~6 3i~ I 50 I 875 i 100 0 [- I J 26 0 0.01 80 l 875 l 100 1 0 } i { ^ 27 28 0 0 0.01_{ 0.01 , 80 80 4__875875 i 100 ] _ 100~~ 0 0 {____[! l i
]
29 0 dl01 [ 80 [~~~~8f5 i 100 0 l 30 0 0.01 l 80 l 875 l 100 1 0 l
~
i 31 0 i p_ 0.01 l 80 i 875 1I-~10d l 0 i
~
i-32 0 ; 0.01 i 875 _.l 100 0 i 33 0 1 0.01 j_ 1 _8080 _ i 875 i 100 0 i_ 34 0 l 0.01 l 80 l~875i 100 0 ! i 35 0 ~~N 0.01 I 80~ ~[ si5 l 100 ~~i'0 l { -~ 36 0 i 0.01 { 80 i~ 875 i 100 j 0 l 37 0 0.01 I 80 875 l 100 ! O I E ~ 38 0 0.01 I~' 80 875 ! 100 0 ~l 39 0 i 0.01 7 50 F 875 T 100 }E~~0~7 l~~- i 40 0 0.01 80 ~875~ ~~ ~i 100 l 0 i ! T-
'i
~ - -
41 0 d.'Oi_ [ 80_ { s7ff i-~~~IOO T 0 I~ 42 0 10.01_ _ 80_ j _,8751 100 ! 0 { j___! }_ 43 0 ! 0.01 1 80 _100 l 0 _ L _ __ { _ _j_ ____1__. l 44 45 _0__ 0 g 001__j[ 0.01__ _ 80___y _ 80 4 _ _875 875._ !_100 __0 1__ ; L _g _. _ _ 46 0_ j[_ 01 80 875 875 A 1004 _ _0_ .. _ { _ __ _(_ _ _ ___!__._ 875 L_.
- 0. ! {
47 0 __i 0.01 80 i l _100 100 ! _j _O _0 _ _[ _ _ g _ _ n _ _ i ! I i
K l L l M l N l O l P l Q l R l S l T 48 0 0.01 80 875 100 0 1 49 0 0.01 80 _ 875 100 0 50 0 0.01 80 875 100 0 51 0 0.01 80 875 100 0 52 0 0.01 80 875 100 0 I 53 0 0.01 80 875 100 0 7 54 0 0.01 80 875 100 0 { 55 0 0.01 80 875 100 0 i 56 0 0.01 80 875 100 0 57 0 0.01 80 875 100 0 58 0 0.01 80 875_ 100 0 59 0 0.01 80 875 100 0 60 0 0.01 80 875 100 0 61 0 0.01 80 875 100 0 62 0 0.01 80 875 100 0 i
^
63 0 0.01 S75 100 0 {_ 80 64 0 0.01 l 80 1 875 100 0 { 65 0 0.01 1 80 875 100 0 66 0 0.01 80 875 106 0 67 0 0.01 1 8d 875 i 100 0 68 0~ 0.01 f 80 875 100 0 69 0 0.01 80 875 100 0 i 70 0 0.01 80 875 0 100 J 71 0 0.01 80- 875 100 0 72 0 0.01 80 875 100 0 73 0 0.01 80 875 100 0 74 0 0.01 80 875 100 0 75 0 0.01 80 875 100 0 76 0 0.01
~
80 875 100 I O 77 0 0.01 80 8YS 100 0 - 78 0 [ 0.01 80 875 100 0 79 0 0.01 ~I 8_0 875 _ 100 0 80 0 0.01 80 875 100 0 81 0 0.01 80 875 100 0 . 82 0 0.01 80 875 100 0 83 84 0 0 0.01 0.01 80 80 875 875 100 100 LO0 85 0 0.01 80 875 100 0 86 0 0.01 80 875 1 100 0
} ~
875 l 87 0 0.01 80 160 0 88 0 0.01 80 875 100 0 l 89 0 0.01 80 875 100 0 [ 90 0 0.01 80 875 100 0 91 0 0.01 80 875 100~ 0 92 0 0.01 80 875 _.100 _ 0
] _
93 0 0.01 80 i 875 100_ 0 - 94 0~ 0.61 80 { 875 100 0 1 95 0 0.01 I 80 875 100 6 l I'~~~ ~I
l K l L l M l N l O l P l Q l R S T l l 96 0 0.01 80 875 100 0 97 0 OT61 80 875 100 0
~
98 0 ~0.01 80 875 ~ 100 6 ~ 99 0 0.01 80 875 100 0 100 0 0.65 i 80 l 875 100 0 ! l 101 0 0.01 807~875 100 0 102 0 0.01 80 875 100 0 103 0 0.01 80 875 100 0 104 0 0.01 80 875 100 0 105 0' O.01 80 875 100 0 106 0 0.01 80 875 100 0 l 107 0 0.01 80 875 100 0
~-
108 0 0.01 80 875 100 0
^
109 0 0.01 80 875 100 0 110 0 0.01 80 875 100 0 111 0 0.01 80 875 100 0 112 0 0.01 80 ~ I~ 875 100 0 113 0 0.01 80 I 875 ~~f00 0 114 0 0.01 80 875 100 0 l i 115 0 0.01 80 8f5-~ 100 0 I l 116 07 0.01 - 80 875 100 0 T- l 117 0 I 0 01 80 875 100 0 [ 118 0 0.01 80 875 100 0
^
119 0 0.01 80 875 100 0 ~T 120 0 0.01 80 875 100 0 121 0 0.01 80 875 100 0 i~ l 122 0 0.01 80 875 100 0 7* 123 0 0.01 80 I 875
^
100 0 124 0 0.01 80 l 875 100
- 0 125 0 0.01 80 875 100 0 l 126 0 1 0.01 80 100 0 7-~
8T5 l 127 0 0.01 80 'a76 1 100 0 128 0 0.01 80 875 7 100 0 129 0 0.01 80 I id5~ T 100 7 0 l 130 0 0.01 j 80 l 875 100 0 _[ ] 131 0 0.01 80 ! 875 100
~
0 i 132 0 0.01 80 ~I 875 l 100 3 0 7 133 0 0.01 80 7 875 l 100 T 0 l 134 135 0 0 0.01 0 01 80 80 8IS 875 [ 100 100_ 0 0
}
y { l
~
136 0 0.01 80 875 100 0 137 0 0.01 80 875_ i 100 0 ~ 138 0 0.01 80 875 [ 100 0 T 139 0 0.01 i~ 80 875 1 100 i 0 l T~ f/O O 0.01 80 875 I 100 j 0 'f f i l l 1A[ 0 l 0.01 80 875i 100 0 l ~T i l 142 0 1 0.01 80 875 i 100 0 ! ~l l 143 0 T 0 01 i 80 1 875 i 100 ! O I i l i
1 4 K l L l M l N l O l P l Q l R S T l l 144 0 0.01 80 875 100 0 ' 145 0 0.01 80 875 100 0 1 146 0 0.01 80 8 75 100 0 l 147 0 0.01 80 875 100 0 148 0 0.01 80 875 i~ 100 0 149 0~ 0.01 80 875 i 100 0 l 150 0 0.01 80 875 100 0 151 0 0.01 80 875 100 0 152 _ 153 154 1 155 156 i . 157 l 158 ~[ 159 160 161 162
~
163 164 165 166 l~ i~~ l i 1
f 1 U l V l W l X l Y l Z l AA l AB l AC l AD
' Reactor Coolant lodine Activity (Cl) 1 2
l I I
] I 3 Failed Fuel = j 0.03 1 4 Gap Fraction = T 0.1 '
5 l l
~
6 Core Inventory (Ci) = fi5Ei06IT52ETO7~1T55Ei688 T55EiD5*2 05E+08 1.74 E+08 3 _ 7 ) jDecay constant (wm) = 9.35E-04 5.99E-05 5.02E-03 5.55E-04 1.32E-02 1.75E _03_ i 8 l l Time (Min) I l-130 1-131 1-132 1-133 1-134 l-135 i 9 0 647,4 558600 617100 520500
] _
264450 l 384300 10 0.1 6473.393 ' 264448.3 {384106.9 558568.8 616287 520408.9 11 0.5 6470.965 264441.7p83335.4 558444 613045.7 520044.4 12 1 l 6467.931 264433.3 382373.3 5582881609018 519589.3 13 2 l 6461.867 264416.6 380456.2 557976.2 l 601041.9 518680.1 1' 14 3 l [6355T869-$55595I9 ^ 554~8Tfl 37 557664.6 593170.2 517772.6
~
15 4 l T6449.757 j~264383.2Ti755561[55135f2- T85401.6 515555:1
' ~~ ~
16 _ 5 I [_}6difii~ 254556 6 574762.41557041.9 577734.8 515962.3 17 6 6437.669 264349.9 l 372883.5 {556730.8 570168T3 515059.5 4 18 7 6431.634 264333.2 371014 { 556419.9 562701 514158.3 l 19 8 556109.1 555331.5 513258.7 l 6425.604~-i64316 5"T691_53.9 . 20 l 9 6419.58 264299.8 367303.1 555798.5 548058.4 512360.6
- 21 10 7 6413.56fl 264283.f'T65461.6 555488.1 540880.77 511464.1
! 22 11 T- 640f549T254256.5 3636i9.3 555177.9 533796.9 510569.2 ! 23 12 6401.542 ! 264249.8 361806.2 5545518T526805.9 509675.9
~
24 13 6395.54 ~~54fi3.1 2 359T92.2 5159 6T[508784.1 358187.3__554557.9
- 25 14 j 6389.544 264216.4 554248.2 513097.4 507893.9 l 26 15 i 6383.554Ti5dI95 8l 356391.5 553938.7 506377.5 507005.2 27 4
16 I 637f57 ^ 5~4183.1TT5T604.7 2 553629.3 499745.6 506118.1 i 28 j 18 j 6365.617 264149.8 351057.9 553011.1 486741.3 504348.5 j 29 20 g j 6353.687 264116.4 347546.6 552393.6 474075.3 5025851 ; 30 22 l 6341.78 264083.1 344070.4 551776.8 461739 500827.9 31 24 i 6529.894 264049.7! 340628.9 551160.6 449723.6 499076.8 32 26 I'6318.031 264016.4 ~ ^ 357221.9 550545.1 438021 497331.9 33 28 7 M306_.191 j63983.1'[5f3549]545550.4 426622.8 495593~ 34 30 l 6294.372 263949.8 330509.8 }~549316.3 415521.3 493860.3 ~ 35 i~ 32-~ l 6282.575 263916.5! 327204 l 545 702 9 404708.6 49513f6 36 l 34 6 70I501 26388fil 323931.2 ! 548090.2 394177.3 490412.9 37 36 6259.049 263849.8i 320691.2 I~547478.1 355520.1 488698.2 { . 38 l 38 l ~
. 6247.319 263816.5 317483.6 l 546866.8 373929.7 486989.6 39 l 40~T e235.61 263713T2 iid508.1 l 54eis57T364199.4 485286.9 40
[ 42_j g 62231s4~55f745T9" 311164.4 i 545646.1 "3T4722.2 483590.1 41 1 44 j 6212.26 263716.7 308052.1 1 545036.8 345491.6 481899.3 42 1 46 I 6i00.617'~f5555fi~364570T5"54445f5T356501.3 480214.4 43 { I 45N F 6188.996~55355 T1T305556T 5458E65[357744.9 ~df8555T4 44 l~~~50 I 6177.397 263616.8 298900.7 543213 J 319216.3 476862.3 45 5I 6I65T85~i E6355f5~s55911.1 ~ ~5di605T ~3I0509 f 7f5155'~ 46 54
~J -' 6T5I2e5~f55550T~i5fB5i.i 54i600 T~3028T9i~475553 6 47 I 56 I 6142.731 263517 290021.2i 541395.3 294939.3 471877.9
U l V l W l X l Y l Z l AA l AB l AC l AD 48 J_58 j 6131.219J 263483.7J 287120.3 540790.7 [287264.4 470228.1 49 60 540186.9I 279789.2 4685_8_4 6119.728 1263450.5 1284248.5 50 62 { 6108.259 l 263417.2 281405.4 539583.7 272508.6 466945.7 51 64 6096.811 263384 278590.8 538981.1 265417.4 465313 52 66 6085.385 263350.8 275804.3 538379.3 258510.7 463686.1 53 68 6073.98 263317.5T573045.7 55ff75T1~551783.8 4620645 54 70 6062 357 263284.3 i 270314.6 ~5 5fi7f5 245231.9 460449.4 55
'-[ L 75~jJ J 6051.235 263251 j 267610.9 536577.7 "255850 5"~458839.5 56 74 J 6039.894 263217.8 264934.2 535978.5 232635.1 457235.2 I I 57 76 263184.6 262284.3 535380 226581.5 455636.6 602_8.574;[263151 4 534782.2 220685.4 454043.5 58 78_ 6017.276 . 259660.9 59 80 g } 6005.999[263118.2 257063.8 534185 214942.8 452456 60 ~~
i 82 l l 5994.743 263085 254492.6 533588.5 209349.5 450874.1 61 l 84 I l 5983.508 263051.7 251947.1 532992.7 203901.8 449297.6 l 62 l 86 l l 5972.294 ! 263018.5 249427.1 532397.5 198595.9 447726.7 63 i 88 I l 5961.101 l 262985.4 446161.3 64 [ 90 l 5949.929 [~262952.2 ~~246932.3 244462.4 . }~531209 2531803 188394.7 444601.4 (1934l 65 l 92 [ 5938.779 262919 242017.3 530616 183492.3 443046.9 55f7.649 262885.8T239596.6 530023.5 17_8717.5 441497.8 66 _ l 93 - _ 67 96 g5916.539J 262852.6 ! 237200.1 529431.6 174066.9 439954.2 68 98 _j_5905.4511262_819.4 {2_34827.6 528840.4 169537.4 438416_ 69 ~i_ 100_ 5894.383 262786.3 232478.9 528249.9 165125.7 436883.1 70 102 5883.337 262753.1 230153.6 [ 5276_60 160828.8, 435355.6 71 104 5872.311 262719.9 227851.5j 527070.8 156643.7 433833.5
^
72 ~i~ 106 I~5861.305 [ 262686.81255575 5 I 526482.2 152567.5 432316.6 73 7 108 i 5850.32 262653.6 223316.3 525894.3 148597.4 430805.1 74 T 110 i 262620.5 221082.7 525307.1 144730.7 429298.8 75 76 112 114 [ 5839.356 5828.412{262587.3 l 218871.4 524720.5 l 140964.5 427797.8 l 5817.489J 262554.2J 216682.2 524134.6 { 1_37296.3 426302.1 77 116 j_5806.5861262521 } 214514.9 523549.3 133723.6 424811.6 78 118 j 5795.704 262487.9 l 212369.3 522964.7 130243.9 423326.3 { 79 120 l 5784.842 262454.8 210245.2 522380.7 126854.7 [421846.2 80 i 125 j 5757.777j 262372 205027.3 520923.6 118762.5 418168.6 81 82 { 130] (5730.837J262289.2 199938.9 519470.6 111186.6 414523 (_,135_J _j_5704.024 l 262206.4 194976.8 518021.6 104093.9, 410909.2 83 l. i 140 1 5677.337 262123.7 190137.9 516576.7 97453.68 407326.9 84 ~
! 145 f 5650.774 262041 185419 515135.8 91237.04 403775.8 I il0]1
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~
95
- T~5565.56T 261133 1 140636 Tl995is:8Ti4154157 366699
U l V l W l X l Y l Z l AA l AB l AC l AD 96 205 5341.551 261050.6 137145.7 I 498155.4 l 41366.3 363502.2 97 210 5316.559 260968.2 133742 l _ _ _ _ 496765.9 {38727.51 360333.2 i 98 215 5291.684 _26088_5.9J 130422.8 495380.2 36257.06l 357191.8 i l
,_ 220 5266.926l 260803.6 127186 493998.5 33944.19 354077.8 99 -
J 100 225 i 5242.283 260721.3 124029.4 492620.5 31778.87 350990.9 101 E 230
~~
5217.756 260639 120951.3 491246.5 29751.67 347931 l 102 235 5193.344 260556.8 117949.5 489876.2 27853.79 344897.7 103 240 l 5169.045J260474.6 115022.2 488509.8 26076.98 341890.9 104 245 5144.861 l 260392.4i 112167.6 487147.2 24413.51 338910.3 ! 105 250 5120.789}~550310.2 109383.8 485788.4 22856.16 335955.7 l 106 255 5096.831 260228.1 106669.1 484433.4 21398.15 333026.9 107 j 260 5072.984 260146 104021.8 483082.1 20033.14 330123.5 108 265 5049.249i,_60063.9 2_ 101440.2 481734.7 18755.22 327245.5
~
109 270 5025.625 480391 17558.81 324392.6 110 259981.9 Q8922.64 275 l 5002.111 259899.8 96467.57 479051 16438.72 321564.6 111 280 7 4978.708 2598_17.8 94073.44 j 477714.8 15390.08 318761f 112 285 4955.414 259735.9 91738.72 476382.3 14408.34 315982.2 113 J 290 4932.229 259653.9 89461.94 475053.5 13489.22 313227.5 114 l 295 4909.152 259572 87241.67 TI73728.4 12628.73} 310496.8 115 l 300 4886.183 259490.1 85076.5 i 472407.1 11823.14 l 116 I 305 4863.322 259408.2 82665.07 471089.4 11068.93 [307789.9305106.5 117 310 4840.568 259326.4 80906.04 469775.3 10362.84 302446.6 118 315 4817.92 259244.6 78898.11 468465 j 9701.784 299809.9 119 I 320 4795.379 259162.8~ 76940.01 467158.3 9082.901 297196.2 l 120 325 4772TE(2 259081 75030.51 465855.2 8503.496 294605.2 121 330 4750.611 . 258999.3 73168.4 464555.8 7961.052 292036.8
~
122 535 4728.384 T585I7.5 71352.5 ~ 463260 7453.211 289490.9 123 340 4706.261 258835.8 69581.67 461967.9 6977.766 286967.1 124 - [ 7 345 - J684.242 258754.2 67854.79 460679.3 6532.649 284465.3 125 T 350 J 4662.326 258672.5 66170.77 459394.3 6115.927 281985.4 126 355 4640.5T24 258590.9 64528.54 458112.9 5725.788 279527 127 360 4618.8 258509.3 62927.06 456835.1 5360.536 277090.1 128 129 365 370 }i
} 4597.19 258427.8 61365.34 455560.8 5018.583 274674.4
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