Text

Forwards Overall Findings Re Continued Safe Operation of Facility in Response to 810814 Ltr.Current Status of Safety Evaluations Does Not Accurately Reflect Qualification Status of Electrical Equipment.Supporting Documentation Encl
	ML20003H548
Person / Time
Site:	Millstone
Issue date:	04/30/1981
From:	Counsil W; NORTHEAST NUCLEAR ENERGY CO.
To:	Novak T; Office of Nuclear Reactor Regulation
References
	A01203, A1203, TAC-42493, NUDOCS 8105060308
	Download: ML20003H548 (78)
	v • d • e

c: '.

THIS DOCUMENT CONTAINS NORTHEAST UTIEJTIES POOR QUAUTY PAGES C O, % %'?"*Jf" P O. BOX 270 C.T.TrJ."'l,0^ "'~" E Z ,cossec a m i L J rr l:2'=.' "r"

rads gamma provided it is demonstrated that the affects of beta radiation are not significant. It is also of interest to note that the above requirements differ from those delineated in NUREG-0588.

In response to the Staff requirement to provide additional details regarding the determination of the appropriate radiation service conditions, NNECO hereby provides Attachment 1, Radiction Service Conditions Inside Containment, Millstone Unit No. 2. The bases, assumptions, calculations, and results are included to substantiate the validity of the values utilized in the equipnent qualification process. An explicit quantification of the beta dose in air is provided in the Attachment.

8. Regarding ccuponents included in Appendix B, it is not possible to address the specific nature of the Staff concerns in all casen in the absence of the SER. Nonetheless, the following points are relevant:
~~a. Of the 48 components listed in Appendix B, NNECO concludes that full qualification for 8 of those components was provided in Reference (1).~~
b. In the case of some 34 components included in Appendix B, plans for providing full qualification and justification for continued operation was provided in Reference (1). No further justification or action beyond that detailed in Reference (1) is planned for these 34 canponents.
c. Regarding the remaining 6 components included in Appendix B, all are being installed as 'IMI Action Plan requirements, and the documentation requirements are being fulfilled in accordance with NUREG-0737, Reference (4) and Reference (5). For item numbers 15C and 16C, the due date for submitting qualification documentation has not yet passed, and implementation is not required until January 1, 1982. NNECO intends to comply with schedular requirements of NUREG-0737, Reference (4) and Reference (5). Item numbers 17C, 18C, 19C, and 20C all relate to Action Plan requirement II.D.3, Direct Indication of Relief and Safety Valve Position. The qualification status of this equipment was summelzed in Reference (6), and additional details can be found in correspondenco referenced therein.
In light of the above points, NNECO suggests that .;he current status of the Staff's Safety Evaluation Reporte (SER) does 9;t accurately reflect the qualification status of electrical equipnent at Millstone Unit No. 2. It would appear to be in our mutual best interests to have the above concerns evaluated in detail prior to issuance of the SER's, and the Technical Evaluation Report (TER) discussed in Section 3 of Reference (2). Subsequent to receipt of those documents , including the basis for the conclusionr in Appendices B
e o
_9_
and C of the Partial Review, a complete and meaningful reevaluation can be completed. For the interim period, NNECO reiterates its conclusion that tLe Staff's concerns identified in Reference (2) do not alter the determinatioz.
that Millstone Unit No. 2 can continue to be operated safely.
Very truly yours, NORTEEAST NUCLEAR ENERGY COMPANY N(
Senior Vice President '
STATE OF CONNECTICUT )
) ss. Berlin g' q ,q g' /pgf COUNTY OF HARTFORD )
Then personally nppeared before me W. G. Counsil, who being duly sworn, did state that he is Senior Vice President of Northeast Nuclear Energy Company, Licensee herein, that he is authorized to execute and file the foregoing infor=ation in che name and on behalf of the Licensee herein and that the statements c 2tained in said information are true and correct to 'che best of his knc , ledge and belief.
Quie e-Notary Public hu bwieu u /@ % O~ N SI f
< o Docket No. 50-336 Millstone Nuclear Power Station, Unit No. 2 Attach =ent 1 Radiation Service Conditions Inside Containment April, 1981
e o MILLSTONE UNIT NO. 2 RADIATION SERVICE CONDITIONS INSIDE CONTAINMENT
! 1. GENERAL 1
By Reference 1, the NRC provided the detailed methodology for determining the radiation service conditions inside containment for the Millstone Unit No. 2. In reviewing the material given in Reference 1, NNECO determined that a detailed radiation environment analysis which was performed in 1979 fulfilled the requirements of Reference 1. The methodology and assumptions used to generate these radiation service conditions and the results are provided below.
2. SCENARIO The shielding analysis was performed assuming design basis accident assumptions. The scenario is based upon the guidance given in NUREG0588 in that an accident occurs which totally depressurizes the reactor vessel and releases substantial fission products into the containment atmosphere.
~~3. SOURCE TERMS AND DISTRIBUTION OF ACTIVITY f~~
NNECO assumed an initial release of 50% of the core iodine and 100%
of the noble gas activity to be uniformly distributed in the contain-t
e 4 ment atmosphere at t=0. For conservatism, no plateout on the containment walls and no removal of iodine from the containment sprays were assumed.
NOTE: It should be emphasized that 50% of the core iodine activity has been assumed to be uniformly mixed in the containment atmosphere (e.g., no plateout assumed) because '
this assumption is conservative and simplifies the modeling by avoiding the necessity of calculating the plateout dose rate. NNECO does not believe that 50% of the core iodines would be available for release from containment in a DBA.
For off-site dose calculations to comply with 10CFR100, we assume that 25% of the iodines are available for release from the containment. This is consistent with criteria given in Regulatory Guide 1.3. Decay of fission products was the only means of removal assumed in the analysis.
l l
l Core activity levels were based on TID-14844 source terms. In order l
l to simulate the band of gamma ray spectra emitted by the nuclides, the source was broken up into a seven energy group gamma source.
The mean energies of the source are: 0.4, 0.8, 1.3, 1.7, 2.2, 2.5 and 3.5 Mev.
I l
l I
~~4. METHOD OF ANALYSIS~~
a. Gamma Dose A modified version of the QAD-P5F (Reference 2) computer code was used to evaluate the gamma dose rates at various locations inside the containment. The airborne source was broken up into four main source regions. The source volume in these regions was represented by a total of 36,000 point sources.
I Shielding which surrounds the steam generators was modeled in the QAD runs. Since the shielding is irregular, the shield wall was modeled as a cylinder in order to simplify the calcu-lation. The inside radius of the cylindrical wall was conservatively taken to be about 35 feet, and the wall thickness was 3.5 feet. The density of the concrete was assumed to be 2.24 gm/cm3 ,
Twelve receptor points were placed throughout the containment and the highest dose rate was used to compute the integrated dose at 30 days after the accident. This receptor location i
corresponds to a receptor point located on the containment centerline. The dose from this receptor location was used to qualify all equipment inside containment except the equipment at the electrical penetrations. Another specific dose calcu-lation was performed at the electrical penetrations using the l
same methodology.
l l
l i
t e a
b. Beta Beta doses inside the containment were obtained using the semi-infinite cloud dose model based on the concentration of fission products which exist inside the containment. This method is appropriate because of the short range of beta particles in air. The beta dose in Table 1 represent the beta dose in air and does not represent the beta dose the equipment will actually receive. Actual beta doses to equipment are expected to be significantly lower due to local shielding considerations (e.g., metal casing around electric motors will absorb most of the betas, etc.).
~~5. SAMPLE CALCULATION~~
~~a. Gamma-LOCA Dose The calculation of the dose at the center of the containment will be used as a sample case.~~
A detailed description of the geometry model of the containment is given in Figure 1. This figure is based on information contained in Drawing #25203-11177 and represents the contain-ment as 5 different regions. Regions 1 throutb 4 represent different source regions, whereas, Region 5 is the concrete shield wall. All boundaries and regions are clearly depicted in the figure.
A seven energy grcup representation of the source was obtained using source data (see Tables 2 and 3) provided by Stone and Webster for the Connecticut Yankee (CY) electrical equipment qualification project. The CY source terms were ratioed by d
core power level and containment volume to obtain appropriate values for MP-2. The appropriate ratio to multiply the CY source terms is:
Ratio = R = V CY PMP-2 X
VMP-2 PCY Where: V *
~~I""* C " "I""*"~~
CY
= 2.23 x 106 gg 3 V = v lume f MP-2 containment MP-2 6 3
= 1.9 x 10 ft P = MP-2 core thermal power level = 2700 Mwt MP-2 P = CY core thermal power level = 1825 Mwt CY
~~00 Mwt R=~~
x = 1.74 1.9 x 10 ft 1825 Mwt The CY source terms (Tables 2 and 3) were s.altiplied by the above ratio in order to obtain the MP-2 source concentrations.
The resulting MP-2 source terms which were used in the QAD code are given in Table 4.
. o In order to simplify the geometry, the containment was modeled as a cylinder of radius 1981 cm and effective height of 4785 cm.
The effective height was based on a total containment volume of 5.853 x 10 IO 3 cm ,
The gross volume of each source region was computed as follows:
Region Volume Calculation Gross Volume 2 2 2 2 cm 3 1 Vi = n(r -r )h = v(1982 -1071.9 ) 467.7 = 4.258 X 109 2 2 V 2=n(r-r3)h=n(1982-1178.6) 2 cm 3 2 (1173.5-487.7) = 5.471 X 109 3 V3 = n r2L = n(1071.9)24785 = 1.727 X 1010 c,3 4 V4 = n(19822 _1071,92 ) (4785-1173.5) = 3.153 X 1010 c,3 10 c,3 Total Volume = V3+V2*v+V4 3 = 5.853 x 10 0 3 Because the free air volume in the containment is 1.9 x 10 ft 10 (5.4 x 10 c,3), the gross volume of each region calculated above must be ratioed by the factor:
5.4 X 10 10 5.853 X 10 in order to account for the actual free air volume of the containment. Therefore, the free air volume of each region is:
a .
Region Free Air Volume 9 3 9 3 1 V = 4.258 x 10 m x .9266 = 3.945 x 10 cm 3
9 3 2 V2 = 5.471 x 109 cm3 x .9266 = 5.069 x 10 .cm M 3 3 V = 1. 27 x 10 cm3 x .9266 = 1.600 x 10 cm 3
10 c ,3 x .9266 = 2.921 x 10 10 c ,3 4
V4 = 3.153 x 10 The entire listing of QAD input parameters which were used in the QAD computer runs are given in Tables 5 to 8. For conserta-3 tism, a density of air has been taken to be 0.0012 gas /cm and 3
for concrete, the assumed density was 2.24 gm/cm . All attenua-tion, build-up, and dose conversion factors which were used in the analysis were obtained from the Stone & Webster RP8A shielding manual (Reference 3). The source was assumed to be t uniformly distributed in each region.
The results of the QAD runs for each source region are given below (see Appendix A for QAD runs).
l l
Source Dose Rate Region (mR/HR)
I 1 1.213 x 10 l 2 8.324 x 10 7 l 3 2.124 x 10 9 4 1.149 x 10 9 3.4 x 10 9 I
l

The (0-30) day integrated LOCA dose was calculated by ratioing l results obtained from a Stone & Webster calculation regarding l
l
_g-CY electrical equipment qualification. Figure 2 shows the gamma dose rate and integrated dose as a function of time at an area on the CY charging floor. Since the same mixture of isotopes (e.g. 50% core iodine, 100% core noble gas) was assumed to be released into the containment, the integrated dose for a similar geometric configuration would just be a constant factor multiplied by the initial dose rate. The integrated dose for MP-2 would be obtained using the following equation:
Dy =DR MP-2 MP-2 X D r D CY where: D = 30-day integrated dose in the MP2 IMP-2 containment D = d se rate at t=0 in the MP2 contain-IMP-2 ment 6
= 3.4 x 10 R/HR D = d se rate at t=0 in the CY containment Rg
= 1.2 x 10 6R/HR (see Figure 2)
D = integrated dose in the CY containment 1
at 30 days (see Figure 2)
DI = 3.4 X 106 R/HR MP-2 X 6.6 X -10 6 Rads = 1.9 X 107 rads 1.2 X 106R/HR
9
b. Beta-Dose-LOCA The beta dose calculation was based on a Stone & Webster computer calculation for dose rates and integrated doses inside the CY containment. Since the particular computer run assumeo a 25% iodine and a 100% noble gas release, a correction was made to account for a 50% iodine release.
The computer doses are based on a semi-infinite cloud dose model and are given in Table 9. Corrections to the numbers in these tables are given below to account for MP-2 plant specific parameters.
7 Total Dose (Noble Gas & Halogens) = 6.12 x 10 rads (from Table 9)
Halogen Dose (based on a 25% halogen release) = 1.39 x 10 rads Noble Gas Dose Only = 4.73 x 10 rads Dose from 50% Halogen Release = 1.39 x 10 rads x 2 = 2.78 x 10 rads Total Beta Dose 7
in MP-2 Containment = (4.73 x 10 7 + 2.78 x 10 ) x 1.74 = 1.3 x 100 rads
c. 40-Year Normal Operating Dose The 40-year normal operating dose was calculated based on surveys (Reference 4) performed in the MP-2 containment. The receptor location from the survey was taken to be point N-5 (see Figure 3). It should be recognized that at the time these surveys were taken, MP-2 did not have a neutron shield in the cavity area. A neutron shield was installed during the second
refueling outage and appropriate dose reduction factors have been used to specify the normal operating dose rates.
Neutron Dose Rate = 65,000 mR/KR Gamma Dose Rate = 10,000 mR/HR Assumptions: 1) This neutron dose is a result of streaming
~~2) The neutron shield will reduce the neutron dose by a factor of 20. This assumption is conrervative since Reference 5 specifies tLat the reduc-tion is about a factor of 65.~~
~~3) Quality factor for neutrons = 2.0~~
~~4) No attenuation taken credit for gamma rays because of neutron shield~~
~~5) Plant Capacity factor of .8 assumed The neutron dose rate is, therefore:~~
I '" I #*d 65,000 mrem /HR x x x 1 = 1.6 Rad /HR 103 mRen 2 rem 20 Total Dose Rate = neutron + gamma
= 1.6 R/HR + 10 R/HR = 12 R/HR Total 40-Year Normal Operating Dose 6
40 years x 365 days x 24 hours2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months x .8 x 12R/HR = 3.4 x 10 Rad year day Assuming 50% higher radiation levels due to changes in core configuration from when surveys were performed would give a dose of:
3.4 x 106 Rads + .5 x 3.4 x 10 6rads = 5.1 x 10 rads 0 Total Gamma Dose = LOCA + Normal Operating 6
= 1.9 x 10 rads + 5.1 x 10 rads = 2.4 x 10 rads A summary of the computed doses is given in Table 1.
t
~~6. COMPARISON WITH NRC NUREG 0588 l~~
l The NRC performed a detailed calculation of the LOCA doses at several locations in a PWR containment. in Appendix D of NUREG 0588.
The sample calculation was performed for a 4000 Mwt reactor housed 6 3
[ in a 2.52 x 10 ft containment. Integrated 30-day doses developed j by the NRC were 1.5 x 10 rads gamma at the containment centerline
! 6 and 9.1 x 10 rads gamma on the containment wali Correcting for MP-2 power level and c,atainment volume we obtain orresponding 7
values for MP-2 o; 1.34 x 10 rads gamma (at the cent.;r of contain-ment) and 8.1 x 106rads gamma (at the containment wall). .
The NNECO calculated LOCA gamma dose at the containment center is 7 6 1.9 x 10 rads and 9.4 x 10 rads at the containment wall. The NNECO LOCA calculation, therefore, bounds the NRC calculation and supports the position that the values used for equipment qualifica-tion are conservative and acceptable.
The Beta LOCA dose calculated by NNECO at the center of contsinnent is 1.3 x 10 rads. After correcting NRC NUREG 0588 Beta LOCA dose of 1.4 x 10 rads for MP*2 power level and containment volume, we 8
obtain a beta dose of 1.25 x 10 rads.
The NNECO calculated LOCA beta dose, therefore, bounds the NRC calculated value.
I
t TABLE 1 30 DAY INTEGRATED DOSE IN MP-2 CONTAINMENT 40 Year Normal
~~P'.ceptor Point. Operating Doses 30 Day Integrated~~
~~Location (Rads) LOCA Doses (Rads) Total Dose (Rads) n+y Gamma Beta Ganuna Beta t~~
i 6 8 7 8 Center of Containment 5.1 x 10 1.9 x 10 7 1.3 x 10 2.4 x 10 1.3 x 10
~
4 6 8 6 8 Containment Wall 1.0 x 10 9.4 x 10 1.3 x 10 9.4 x 10 1.3 x 10 i
4 1
4
[
.I t
i i
4 1
2
Table 2 emessesene RESULTS asescocare RADIOISOTOPE e e e REVISED 3/14/68 .
CC'24 YA* NEE LCCA STUDY ItGIOE CCriTAIt@ TENT ICDIllES y .
CECAY tit!E (HCURS)= 0.0 PLTIFICATION CC3E trJSER: 0
)
tra'EER CF ISOTCPES HAVIttG INITIAL ACTIVITIES: 5 trJSER OF ALTERATIC:45 TO LIBRARY PART is 0 3
huSER CF ALTERATICNS TO LIBRARY PA'tT 2a 0
)
INITIAL FINAL M ACTIVITY ACTIVITY SPECIFIC ACTIVITY (ItEV/CC-SECS AT ENERGY OtEV) 0F 0.40 0.80 1.30 1.70 2.20 2.50 3.50 ISOTCPE (UC/CCI (UC/CC)
FISSICr4 PRO 7UCTS - N00LE GASES
., c ./'..
-g FISSICM PRODUCTS - HALOGEtiS 0.38BE 07, , 0.947E 06 0.0 0.0 0.0 0.0 0.0
- *' I131 0.3350 03 0.335E 03 .
T 5- 0.50C0 03 0.500E 03 0.0 0.280E 08 0. SSE 07 0.303E 07 0.185E 07 0.0 0.0 1132 I133 0.0180 03 0. alee 03 0.0 0.167E 08 0.0 0.424E 06 0.0 0.0 0.0 0.527E 08 0.193E 08 0.119E 08 0.0 0.0 0.0 1134 0.e69D 03 0.869E 03 0.0
~
113S 0.7740 03 0.774E 03 0.0 0.347E 07 0.272E 08 0.172E 08 0.286E 07 0.0 0.0 J
FISSIQti PRODUCTS - REMAINDER d' CORRCSION/ACTIVATICH PROOUCTS
)
TOTAt. SPECIFIC ACTIVITY (ifEV/CC-SEC) AT ENERGY (HEV) OF v* 0.40 0.40 1.30 1.70 2.20 2.50 3.50 FISSICM PRODUCTS - NOSLE GASES 0.0 0.0 0.0 0.0 0.0 0.0 0.0
.s FISSICr4 VRCDUCTS - HALOGENS 0.388E 07 0.102E 09 0.520E 08 0.325E 08 0.471E 07 0.0 0.0 FISSto'd PRODUCTS - REHAINDER 0.0 0.0 0.0 0.0 0.0 0.0 b.0 r
CORFOSICN/ACTIVATICH PRCOUCTS 0.0 0.0 0.0 0.0 0.0 0.0 0.0
.i O -
I l
s e
O.
O O
t
' O
, P l
O
\ u I et l
N 6
l e
o las Lt1 H
M e
M U
0 3 m C e
~~c4 w c .~~
O o f : o A
a N
~~O O E Eh.~~
eA O Ef.e 4
U O
h E<
~~o P-O .~~
W D
G O
l O
u Es.
7 o
o n
o U
9 4
bl 6i og h
es.
O
\ f,,
I l' l
~~c. e.- , , , . -, -, 3 , 3 3 o g w ,,~~
G O
O Inf en. N O
M 9 S. O. O. O. G. 4A. S. S. S. O.
O O O O S. S.
O O O S S S S S S S S O S O taf Ibi 4A. # e4 e4 4 N O SJ s O. e O. N. e S. S. S. S. S O O O S. S. e O.
O O O O O 9 S O O S O
.o ens Z P* S
~~. S O~~
>O the 800 O N. w 3 .#4 D ens N e4 E O. O. O. N. O. S. S. S. O. O. O. et.t ens O 3 O O O O O 9 S S S e O
>=
4 U
P* G 9 w O 9 G yt O Ind taf eM F* O lat U
O en U e4 4 M F* g s O. O. O. O. e &. O. S. S. O. O. S.
> O O O O O O S S S S S S S
Z e en O
3 w >* M 3 N &
8 4 84 O
e e4
>O S % he
& P% MM M 3 M
e4 s g g U a4 e4 9 6 4 O. O. O. O. O. S.
e u O O O O O O O. O. S. e.
O O O O S O O G O
.e M > .*
H w .nn.
4 p E 0d
,4 e O w G P* M P* G e a a.
e G G I O O M and w 3 LS MS tee the .
S EsJ he Inf f$ u 4 * @ D g en O .thf 4
S T A 9 M 4A G M E4 .c O Inf w O. O. O. ee.k e. O. O. G. S. P=. M. e. e4 S O O 9 O O O S S S S S S
. ,b= , -
8 O 9 W4 ,1 O. O M O O e
e O
O M P*
O e
M S
M O
fan S
P*
, S 8 *e 4 O e O t g anB og hab nat 16 60 esa S et >= .
g S e am e at 2". N N N N e e4 S P=
O O O M O O 88 e4 N O. N. *
~~e4 e* *e S. &. G.~~
~~U M O O O O~~
*
O.
anp b. 6 O O O O S O O 9 O M u. a.
a e >
M > >
th N = =
O di ena .J 4
>4 ** > M M fJ M M e e4 es 4* M M P W J .J P*
O O O O O O O O p e4 A O O O O 6-
>4 O O 6+
h >>4UQ M w w ins ans w one u P=
Z e4 w .a.ns and ena ans M L%
O O 40 . 4ins enJ Z ** a M O to sh r* e e M ce O 4 e of M e an.a e M A P4 M* M bUJ l
e.4 e4 P4 e4 Ps e 4 M e tft ft >=
g3 r 4w 0 ef.t G. P.e 7 4 e4
~~e. 84 e4 ej ene U ca a~~
tr o
Z ti M
O M
O O O O O O O O O O O e.4 O O g a tad et w *-e M >= .J 49 >= P 4 4 O p> n ex U M
$ C;
. *i* z w w > M M ** M M e ** .J -
w en 6+ M D= P= .J ba ** O O O O N e M M e e I u
O a M .4 .J 4E ed Lt 8 O O O O O O O u O 5 M w and es 2 M>U O O 0 9 *4
~~! ta ti ft >=>8 O O O Es a D D O O O *=~~
~~4J *s O O E A 44 o o ed o .O4 e4~~
~~ar e M 0~~
O ** e e M O +a e.m O .M o re o e J ** M et O *- U O 4 y, e en M.
> M >
.J 4
~~o ,Z e ggU. U 3~~
.4 M.
e4 43 w e4
~~e. a.~~
e4 y en. ce. e4 O e4 M & (L O D O
. p p.
tas
~~=* nne b~~
~~4 M ens nas O CD O O. O O O O O O O O O U~~
i; Z *= w 9 g CE U og O g g a ae; ss )
4 .M.
U en e.
. . w -
> .r.e t.r. O E *
- - .ae
~~, .t M~~
. e p' 6.- M M
= nM ,E. n M C4 M r* G O.
. D.
M O
u t- o M
~~i O e in e. e . M M e M M M M M M er b.~~
u ba J b M g u
.O ce n . e4 . e4 e.e e. ** M vi es
. x x wx Ins f*
O s. 4 =
Cr g w
>< iM. M .i. C$
2 ;c end x xtaa x tesx ans e4 en.
De an.
U U
l 18 g
L '
$ l
Table 3 (continued) .
TOTAL SPECIFIC ACTIVITY (MEV/CC-SEC) AT ENERGY EHEV8 CF
). 0.40 0.80 1.30 1.70 2.20 2.50 3.50 FISSIC*I PRCOUCTS - NO3tE GASES 0.15tE 08 0.410E 08 0.117E 07 0.117C 09 0.801E 08 0.475E 08 0.502E 08 3
FISSICH PRODUCTS - HALCGENS 0.0 0.0 0.0 0.0 0.0 0.0 0.0 FISSIC'4 PRLOUCTS - ret:AIN3ER 0.0 0.0 0.0 0.0 0.0 0.0 4.'J J
CCRP05ICTVACTIVATICf4 FRCDUCTS 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Stft CF FISSIC:t At3 CO.720S10tt PRO 3. 0.15tE 08 0.410E 00 0.117E 07 0.117E 09 0.801E 08 0.475E PS 0.SoIE 08 J
J J
J V
W
~
I
'Q II l .
.- -. - - - - - . . . . - -. . - - ~- - - -- . . . - _ _ _ _ . -- -.
e 8# otTE')/1%j'7I I
CHAD.By DE TABLE 4: Conservative Source Terms
~~CAT. I cate,,M-Z l *S(,, gj Specific Activity (Mev/cc- rec)~~
SHEET NO. b or_f 9 l Conn Yankee 3
.4 .8 1.3 1.7 2.2 2.5 3.5 :
Energy of Gax.a (Mev) italogensl 3.88 x 10 6 1.02 x 108 5.2 x 10 7 3.25 x 10 7 4.71 x 10 6- 0.0 0.0 8 7 7 7 1.52 x 10 7 4.1 x 10 7 1.17 x 10 6 1.17 x 10 8.01 x 10 4.75 x 10 5.02 x 10 i i Noble Cases 2 Total 1.91 x 10 7 1.43 x 108 5.32 x 107 1.50 x 108 8.50 x 10 7 4.75 x 10 7 5.02 x 107 i i
I MP 2 l
Energy of Gamma (Mev) .4 .8 1.3 1.7 2.2 2.5 3.5 4
Halogensl 6.751 x 10 6 1.775 x 108 9.048 x 107 5.655 x 10 7 8.195 x 106 0.0 0.0 2.645 x 10 7.134 x 10 7 2.036 x 10 6 2.036 x 108 1,394 x 108 8.265 x 107 8.735 x 107
, Soble Cases 2 i e 2.488 x 10 8 9.252 x 10 7 2.602 x 108 1.476 x 108 ,8.265 x 107 8.735 x 107
} i Total l 3.320 x 107 I
I j 1 50% of core inventory of Halogens released to containment atmosphere j 2 100% of core inventory of Noble Gases released to containment atmosphere 2
3 as calculated in S&W Cat. 1 Calc # es PR(B)-008, PR(B)-009. PR(B)-010 (Computer Runs 8024, 8025) t l
i V

~~e e O M n Ct O M O O O O O O O O O O n O O O O O O O.tOOO e=e t J M t e.+ 4 f~~
ere to o ee e J Pe F 40 .s b 4A 4e O ce ed e9 M w t,O up O e oOmeO og OO se Oy (3 O n O t., n FD D Oeoeoe4eocececee4e4ee ta eJ tJ N 's N e a N r d ed #9 e9 M 89 s9 t> t o O o o f a e o va O C3 O n n O o o O M O O O O 3 43 es o et OOOOOO O n O O O (s FD O O O O O O O O t b 4 3 O O O (D CJ teD D f.3 o o o O *1 O O u u c) to o #4 n n n Cs o o o < > u O n O n n () u n O O O Cs O O O O O P3 n O to O a, . O s.b Ls O O t3 O tb U O u t s U C t o t)O O O O O O s:o e s ts L2 8.a o O u O sn u G O O O es o ca u o O O O v 0 G O n u u O u G o u G O u n O O O O O es o
~~F 4A Q* *u- o u. u - N Q e4~~
h. G. eJ. N* O O e4 n 93 e n- ? O 4A tJ 4 (* O uo W 7 d' IA b M 4A 4* M .
,a cJ
>4 M o.
ee e4 eo .O., es eo O O
(* D*
CE = * . P=
se O. O. O O O tas taa F) 4 OO no u P. @e M. f. Fs se
@ e4 *f 6 f9tO. 29 es toe og e4 e9 @e
@ e4
~~O OO~~
~~Oe =O O. N~~
>= 4 4A @ e h e4 ene Z * * *N th OCDOOO in so n & #9 e-e ** * -fe 99 6A O 4 E f4 O 4 e J c1 e4 e4 e4 e4 es eJ CL #4 O ce e4
~~e4 ee c e @~~
D U
eJ ee O
@ #J* @. P. and A e O* O. nn. 4. t . 4A eJ O. c M c c ce e e4 M e4 t a b f J b e M to @ f= b b uO LA e eO P e 83 e4 = e4 e4 0 4*
e-o e n e4 7 to f 4 e4 e4
(*. et e4 ee
>=
u C
e.sJ d h O* O- O. and anJ 4*en- 4A ed. N M t in N OOO N CE o es te e se
~~O E e A M ee O t= s9 f = O e M W~~
~~. 99~~
7*
e U t a hA 9 49 9 en 4* 3L re eet o e4 e4 ee eJ g N ses 7 %
D- as u L Q.>- > e en O e @@ P= 4A O ** >= N . . ene *
.( @e t-***
~~O O. P. e9 ee. LA e e ee sa fJ 4,2 O.~~
ga U #4 e4 & en Pt att c. M e. P P= b nn e0 n LA >< e4 O e 6A 40 +7 3 se an e4 4 O ed #9 e4 4 as.
~~o e4 e4 f4 f e4 ee~~
~~N L> og e-o LA 4 6@ P me .c QQ O 4~~
3 eJ O C O
$ =< O 7* en. 4 4. trie ee9e c sq 4 O. O. O. O. Pm. tA. 6A= 4 4A Ps 4 4A ens -
OO 4= O O O O N 99 O 4 O O La
~~7 N**4A-f9 f~~
~~e4 = @hbMe44e4M O. ed e)~~
OM OO4 og o'1 t tJ e4 ee lA 4 e4 4 O .
4*
heJ and 64 e J ee 4 eO e4 4 e4 e4 Q. A >= e4 e4 e4 e4 e4 M M tJ NO QJ et ned A #4 64 4A E OOO P@ P= sO OO at tJ O + C>=
~~4A O nn+ fJ. O. @. O #9 en es N e4 e=e ve es M M M M e4 e4 e4 ee N ee eJ Ow enJ N~~
~~na se Q nmA ce nft O O (* OON~~
~~OO OEO~~
~~>= tJ en A Pe O e4 de LAhOOOOOOO C.* to u~~
2. ed O e 4 ,9 O f 40 89 M4 M N e -t e tJ P ce ce e4 e>
e Z EL O et t. e9 4 4A e b e4 ed M 4 LA ed M enJ e sa E M e4 E eQ ese e oe aus .
e o OOOOOOOOnOOtoOOOOOOOOOoOOOOOOOOOC DO ce e 4 m .? t*t O es es O O es t m F eh e % sJ e o eoeders-F eA e es O P s.s og *ee9 -F eMMe e o o o O o vi o o e O e,o e4 e4O o ca
~~c. eo do ed o oedOedo eJ o oe O s eOs O e sn89 o s,4 F5 O O O o (* C., O c o e o e= e4 ee e o - e a-c e, Eooo D~~
o o o s. o ouooOOOooonuooouOoOoonOuoouoocs ed, o o o oucO a sseea D e u o o aouO o o o o n,onoon n e. e o o o,o unconoDoooooConO o o ts o O M O o o O O O O O Le m OooouoooooooooouoouOoooooooooooOuo e4 o o o O Es O M =
te e me b eo
~~eJ* f*e~~
~~- + + -~~
o O e4 O G ed e
y* -
~~km* e4 oO oo~~
& e4 to 4 te h Z O
en 9 4 t-ed (2 ta o M th E8 en M ee
=
>< ee og ce O
w gm OO * *
P*
ee = =0OO has ene eO 4O OO er u - *
~~O4+~~
~~eJ *e Le V e4 M s%~~
4 #*
3 ee F ee e4 e C,J 2e eV G te ce e'4 ee O + eO h 6- 4A C i4 en e = e4 OO *O e O. and Z + = . IA = ts O (s CD o to mJ FP+O PM + 4 eV en o e L es e- O 4A M e4 et e9 e4 ee ed k M e- e@ e4 *
~~ee ce O 3~~
(7 aan e4 *4& Q M e3 - = tas J e Oo Oe P *eJ
~~4A*tJ4A O=89 Q Wb st) ee d~~
~~E & O e A 4 & 8st~~
~~89 s d - 9 e- P* P=~~
UO 89 e se e a e P- ee e-o es o 4
>e M e& e en) ce e ce ce e tn ee we re ve e4
>=
U anJ f- O
-.s es4A 42 e @ ed OOO*
- + ene saa = * *
9 4A A OOo ed tr e &a O ee O F@* V - @* OZ S es. G) e4 & ed t @ e e9 *M 4 \ e9 e4 S O e4 d'* U I#b ens c4 4A e E e 4 e4 es ce e4 ed w 2 E w *E O E r e- e4 iA < > es an O af e- P M P* M e & 89 ee to .ee+
es + ena e
'J O *( = * * * * *4 e e W O e4 ed cJ g,.3 (J @ O e=0 eO ? = e9 - EP F* ts en en)
Ia Ps+ ** i A J ha e) d e en s** o aA e4 ee o ed.
e9 as at 6 s e er. @ to e ce e4 e4 ed I 6- es ce e4 ee eo en e P- e @
at .J O ta *E
- a T ed O 4 th P* e in O s
O Cy
.e o e ce A O M e e4 e .,
- = = = - + 89 *Ps O. O. O. O. F* .4A. .A*
O o O o em M gs 6.,
gn o y 7 O 4
~~e4 e J Oo~~
ed
O P* F- M e4 4 et og O. ed d as O Ct* OO4 e-e 1 e (a & ** eA J +9 4 O + 4 ena ma ***4 e4 nA es tA f* O ce ed +
ft J >= e4 es ed et ce e4 89 F9 ed ed O O oa et amo em De og @
E OOO P e O 89 h
~~99 O en e9 in ed ed ed 89 m M M e4 e* es et ed ed O F* e Ou af ed o - + + * * * * -~~
~~O ee 4 em 4 - taa *J O.~~
wi H C1, oO OEO p- 6.s ha tC.O D er e4 e4 49 P* 4e F- *** O #4tof*
~~O O O O O *3 O o M es u E ed o e4 e ce en en F O e4 est N e~~
.e**
a to o ee en e< ** . >
e ._ tL - O et ed 99 -F en e P* ** ed 89 4 th ,ed e us E en e est E w ou
.g e ee ame
v.m ,-. 2,- _ , m _m. t m, _ . . _m ,
e t I
F t
P t
+
l 3f5 O n et O O O etet O O n
ce o et s' .fe3ase O r) es o eo esaus cs o O sa CD oasof=oens OO &OOatOe 'fa tra s81 um o e= es of- et ce e d #8% th O ee *3<est a e - o Ose es e eesoe7 o g eece c ecdceses 4 th4 e e ce e4 *-4
~~e e4 e e e a ed a a~~
~~e s ; ed a e e a M~~
~~8t en M ert era h e a e e Q 41 e) O e.s M O f~~
~~O O e s e1 s 3 O n O O O O O O O~~
a - . O O O O O O CD as O u u n u n a v u o n u O O o u n O O n o n O n cu O O O O O O O ce O O O c's O n O o o o n O O o Cs o ee ca es u o O O o O n o o u O O O O o o O O n Q o n O O O O O U eJ G O O e a f4 e 9 O O O O O O O O e e O O O u O O O O O O O M
oOOuOeaOOOOOueuoOOOOOOOOaOOOOoOOOuO GQOOO O eA p ** N@ In Nh - * * *
N est * *
In AA *
~~O O e4 O O e~~
@ th M 4 *
~~to 4 oO Oo tai p 2 ts O e4 f J en M en O th~~
~~O e81 e3 ** P e e** e4 eo e4 M 4a~~
(*b NM taa gr OO * *
h so * *OOO ens ed 4e * * *OM4 OO en U
~~e t= M &~~
a;
~~M ee O 44 M O th *4 b p) te tA W ei an 6b e4~~
~~O M to ed #4 f% G 4A 4 w~~
*O *O h
~~v. O~~
~~P= til IA IA GA P= e4 OO OOOOO~~
O
taa th Z O * * * *
th
~~9% M @ LA *4 ee an O e te e@~~
E ed N@ & F* 4 N e4 e4 e4 e4 *=e td La* 4 f% O e** @ c'e
~~I es NM4 G D~~
(3 ens ee *49 0 4 e4 @ * * *
In G M N *
~~tea~~
.4 * *
~~eO 4 O e ed *G ED e0 es e~~
~~( @ M e4 u81 e-0 P @~~
M tJ* @ f= 9% b UO e4 4 F= @ P e4 4 e4 e4 e4 O 4 ee M 4 4 et e4
~~M Neo e4 ET.; et 9=~~
U e w tw OOO ,
J G= L* s* M th * *
~~taf '~~
~~teJ~~
~~th th LA C lb S OOO N ET~~
$ O P a) eO + * *P -P OI e 6 O pe e es e4 rs 4 O 4 *M
4 \ e4 e4 3 O e4 en O 4 th ort O th *E 3 a ce is t$ e9 N taa 2 e4 e') 4 E
> *t O R CL k M nn O *4@ P= th O at > ed O t- * * *
M ee an eJ *
~~inJ~~
UO at * * * @ LA ce h e *# eG e0 ee eo N O - O P= @ 4 og O N4 *M P es f = en e)
(E 4 MNO O e*) c M tA @ ee , op e4 O N M
.a sa 'w e4 th e cee44 ee e4
ed I* M th 4 h4 e et J o e G.
~~,) c- "n N O O O O O r% th~~
~~4 th r~ 4 4A~~
~~* * * *~~
~~th O~~
~~{J 44eeIALAGAIA**@ 4~~
~~M O4 had e O a~~
~~.w (7 in~~
~~Z e8B fJ e4 & 4A et tw~~
M
N
~~O O O Of*Ma,) e g% f m e4 q e4 e *N g Q EE OO4 IA e et GA #9 e4 M th 4 ee 4 O~~
~~4 e4~~
~~ans esa E *J eo N 8=~~
4 P e4 4 P* P reNM e4etM M N N ' NO InA OJ =E M
hM M O O nn M nA tJ N N M M M M et e4 e4 og N N O E OOO Ow *% GA O e
h aO OO se set e4 O * *
~~4 e* * - *O es e4 ee ee e tsJ N~~
~~th to gE tsJ e @ t- Q f= Un 40 O N~~
OO OEO 9= ens O O N 44 eJ en N en F% O O O O O O O o* M ed U E N O ce O 4 40 e4 N @ e4 M N 09 * >
~~$ ee e 44 4~~
~~Z EL~~
O r4 N M 4 IA 4 f% e4 N M # GA N #9 taa e en E et og E 6u G 90
e Table 9 CONrl YAfNEE LCCA STUDY ItGIDE CC :!/.It# TENT r4TEODATED OCSE (RElil It4 VOLUttE 1 ( PRIltARY CCMAlt0 TENT I BETHEEN TIttE T(J-1) Atc Tt JI T(J) HRS 2.00 8.00 24.00 24.00 96.00 720.00 720.00 1440.00 2160.00 BETA CCSE .
I127 2.455-04 1.47E-03 3.93E-03 2.62E-08 1.77E-02 1.53E-01 2.40E-07 1.77E-01 1.77E-01 2131 2.89E+04 1.71E*05 4.39E+05 2.05E+00 1.69E+06 5.13Ee06 2.15Ee00 5.66E*05 4.28E*04 1132 5.56Ee04 1.31E+05 2.52E+04 4.41F403 1.98E+02 6.40E-08 0.0 0.0 0.0 I133 1.30E+05 6.97E+05 1.31E+06 6.6:E*00 1.70E*06 1.74E*05 6.36E-09 1.97E-04 9.38E-15 1134 6.29E+04 5.16E+04 4.50E+02 1.19E-07 1.41E-03 2.40E-08 0.0 0.0 0.0
/
I135 1.30E+05 5.53E+05 5.21Ee05 1.36Ee00 1.23E*05 7.25E*01 7.3 E-31 7.26E-27 3.58E-59 1136 6.23E-10 7.87E-23 0.0 0.0 0.0 0.0 0.0 0.0 0.0 LPG 3 5.86E+03 1.40E.04 2.72E+03 7.15E-04 2.22E+01 d.64E-09 0.0 0.0 0.0 FC84 7.23E+03 2.e6E+03 1.49E+00 3.5:E-13 2.6:E-09 1.04E-48 0.0 0.0 0.0 EPS5 3.27E-03 3.1 E-07 2.39E-45 0.0 0.0 0.0 0.0 0.0 0.0 CR87 1.80E-16 1.06E-35 0.0 0.0 0.0 0.0 0.0 0.0 0.0 HF allt 3.31E*03 1.15E 04 3.65E+03 1.34E-03 4.34E+01 1.99E-08 0.0 0.0 0.0 k385tt 2.53E+04 9.07Ee04 5.30E+04 7.7dE-0 4.6 E*03 5.4E-02 1.55E-48 1.01E 44 0.0 kPG5 2.4E+03 1.45E.04 3.80E+04 2.59E-01 1.75Ee05 1.51E*06 2.36E+00 1.73E+06 1.72E*06 HF67 2.04E405 3.05E+05 1.30E*04 1.47E-04 2.50E+00 5.64E-17 0.0 0.0 0.0 H308 1.55E+05 4.26E+05 1.22E*05 6.27E-00 2.37E*03 4.26E-05 7.80E-76 3.2 E-72 0.0 kP89 1.63E-01 3.70E-07 5.06E-41 0.0 0.0 0.0 0.0 0.0 0.0
> XE131tf 4.51E*02 2.7:E.03 7.36Ee03 4.96C-02 3.44E+04 2.30E*05' 2.09E-01 9.01E+04 1.90E+04 XE133!! 6.91E*03 4.14E+04 1.07Ee05 6.91E-01 3.49E+05 2.7:Ee05 1.34E-03 1.09Ee02 1.09E-02 XE133 1.70E*05 1.02E+06 2.67E*06 1.75E*01 1.03E*07 2.18E+07 4.06E+00 7.49E+05 1.50E+04 XE135tt 3.0SE+04 1.31E.05 1.03E+05 3.00E-01 2.91Ee04 1.71E*01 1.73E-31 1.72E-27 8.46E-60
J XE135 1.58E+05 1.10E+06 2.43E+06 1.13E*01 1.69E+ 6 1.0:E404 1.65E-21 2.2:E-17 3.03E-41 4.22E+00 1.15E-04 4.66E-32 0.0 0.0 0.0 0.0 0.0 0.0 XE117 XE138 0.28E+04 2.16E+03 9.00E-04 2.30E-04 8.81E-21 0.0 0.0 0.0 0.0
"' TOTAL 1.22E*06 4.76E*06 7.87E+06 4.11E*01 1.61E+07 2.91E*07 8.79E+00 3.14E*06 1.00E+04 Cult. TOT AL 3.40Ee06 8.16E+06 1.60E+07 1.60E*07 3.21E+07 6.12E+07 6.12E*D7 6.44E+07 4.4 E+07
'J HALOGEtt CCitTRIEUTICr4 TOTALS EL EllCt4T AL 4.21E+05 1.6:E*06 2.29E+06 1.08Ee01 3.52E*06 5.30E+06 2.15E+00 5.46E+05 4.:eEe04 ttETHYL 0.0 0.0 0.0 O.0 0.0 0.0 0.0 0.0 0.0 HALCCEt4 CCNTRIBUTIOff Cult. TOTALS 1.14E+06 2.76E+06 5.06E+06 5.06Ee06 8.57E+06 1.39E+07 1.39Ee07 1.44Ee07 1.45E*07 EL EttEtiT AL 0.0 0.0 0.3 0.0 0.0 0.0 0.0 0.0 ItETHYL 0.0 s/
b/
e k
1 l
J
.I'
. 11
~~4 1~~
~~C O O CJ O O C3 O O O O O O O O O O f'3 O O O O O O O O O O O O O O O O e4 4 4 89~~
~~da A Fw ens 9 a a e-o s S 09 4 ese e t - (L & O et e a 49 7 en 4 f- 40 ** O e4 tJ #9 f Ore Oee tD 43 4 A C e O e4 e4 es e4 e4 e* e4 ee et e4 4 A e4 4 J f J e J ( J d a f J e * (J M #9 49 e9 e9~~
<>O O u o n O O <> s* O O O O c> o O O O O O O O O O O O n O O O O O O O O O O O O O O O O (* O r3 O O 0 O ED O O 4.s ta () D OD OO O O O O #2 4 3 OO t*4s O fJ O O OOO() 4 3 O4 3u Cine O.C O O O O O O O O th o ') t n G B C1 O peu( CJ fp O (2 (36.4 O f e O E o O O CD O FJ O E.e 4.3 O O O O O O O (8 O O O Ga CJ OOO O O u tJ O O O sJ uOOOOOuOOOOOuOOOOOOOOOOOOOO O OOOOO O
4 4A th e4 fJ f* * * * *
fA Q 4 * * * *
O O e4 O O 9 O? P= f J f4 ,f* GO OO t1 4A O 4A tade Z (P tA 89 h e9 C M e-e O 4 ve re ce e4 4499 O
taa LL OO + e b s
e e OOO* W ee a ** e th 4A 4 OO eA
+ el>* + e9 O e ens 5
fr h eJ *4 3 4
-10 O. tA O et e O M r* i 4 (* @
in e4 f4 F9
- O *
~~O +O N~~
>+ h e4 OO *O + t.J Z 4 +4A. *f*Oe sA OOOOO en asJ P s9 4 e=4 *fe @&
ee ce 4A O e4 e4 4
fJ E CJ 47 4 8- ta e4 e4 e 4 (J Js O to e4 e4 e 4 toel @
3 0 G smo ee
@ *4@*
es
and e.J e e. Os e 4* an* 6AeJso* en M el 4 e4 4 r-et en e4 e J LA O ea e M e4 e f - t-UO 6A 4 sJ & F h e4
e4 e4 0 4 ee eJ e4 + c 09 4 4 ee re e e4 a re es ee M O O eeJ h OOO> ene J 4*tA LA f 4 e0 4 *
OOO (4 tr taJ * * *
4 IA N e e ed e to @* 40 OI e te. O e4 O #w e e e4 en O * #9* @* 4 \ e4 e4 e O N@ P f
et 4 4A *E 9 e ce e4 e e ce M 4 ed and CE Z E w at O h EL >= o e 6A O *4@ th e
~~= @ =~~
Fw M @ M et GA eJ *
~~taJ O4 e p- ee~~
~~eJ N uO ad 4~~
~~4 @ O e4 O ga~~
es e 4 e7 P&M + e9 * & f = ts LA t3 fd M Es e e4 ef O 4 Wt O #9 h N 4A e4 M O en. eecec44A @ 4 es c4
~~N 4 +4 64 @~~
3,, e- e4 ee c4 e 4 4 en 4 at J fl O 4 e
/. O.e
~~) O D eJ O 4 4 sA eo N 09 e440 4 O. O e Oa O eN ethth* 4 in b 4 IA e ens Oe~~
* * * * * #9 - M O O O O h D't 40 04 *1 O OO 40 N F- M N 4 es e9 - e4 to C
~~7 f* e4 4A 4 e M *N~~
O EL UO4 e4 es -2 4A @ 4 an 4 e4 4 O e 4 ena ens e-* 4 J re f ese9 h rJ e4 N *
(1 .J >= re e4 e4 et fJ 4 e4 ee M en N GJ Q tsJ O .A *( in an. e4 e4 O@ @ in to e4 ts O to e9 IA fJe4eJ N M M M 99 ee 0 0 ee e4 fJe4fJ* O N eO E OOO
*
~~O ee ce ens e8~~
~~O s2 +4 s J ee * * * -~~
~~En H E indetth O #9 O N O fs~~
OO OEO t- taJ 9 O N e4 4 4AF* O O O O O O O O M f4 U I 6 3 O e4 94 Ob '4 M ee 4 O e4 e4 09 %
~~e et t eJ & e4 e4 e4 e4 e4 4 N 99 eaJ b 7 CL~~
O ce fJ ri 4 4A @ P'= e4 N M 4 4A e ed E fJ e4 E oO e ee um 1
)
1
Figure 1 QAD Geometry Model Ci (Conservative Analysis)
-x 1178.6cr, '
O Corresponds to regions A corresponds to boundarie Density of air'=
Ref. 5 .0012gm/cm3 -
Density of concrete =
-Y _ Y 2.24gm/cm 3
, 1982cm 1071.9cm (ref, dwg 25203-11177)
,f I Dose Point Locations .Y
~
Dp X Y Z r Pt 1433. 0 487.7 P9 1433. 0 830.6 P ' 1433. 0 1173.5 P4 1707. 0 1173.5 z P
5 1707. 0 830.6 o P
6 1707. 0 487.7 P7 1981. 0 1173.5 P
8 1981. 0 830.6 g 4785cm (dimension calculated assun-P9 1981. 0 487.7 ing a total source volume Poi 0.0 0 1066.8 F la ny- @ O of P 0.0 0 1935 CAD i P 0.0 0 2382.5 c. d o.n M Y.' ?,
l 1173.5cm a
hm '1:.
?o l 487.7cm
~~q. -~~
0.0cm_ y
_7 -
Ref. Dwg. 25203-27021, 25203--11177 f.
N
- - , . . - . . ., _ . - . , _ , . _ , _ .-,y,_. - _ , . - _ _ _ . _ _ - , , -, _ _ - , . _ . . , - , _
Figure 2 Jigin c io
'-W/
~~m a.',,~~
~~~~. ~ ~ , ,~~
~~; , , '~~
.DOH & h -J '
. ,'~~~. .
=
's ,
s ,.
. % , , ., . 's, s s
% g ,
s, s s s, f4; _ . . . . . . . . . . . . . . .. .
.s >s .
's N \
\
. 's \ N s
Ns ,
s
\
a m
s i s .
\
b 4 \'
N .\ f0 Iy q FJ t - ,- - _ . _
\ '
8 ! g m
g s i
e s
s .s .
g i ; s, %--- o 2 3
's N N 'd I BETA DOSE s-
'O' s m
g 8
I ft i te GA}F1. DOSE m g
\
h .
so \

l i
\i
! t
\ '
i \
l
\
.c ,
\ c to ,
\- th a !
'5 I
, 1 i
i l F l i
jp,; ' - - . . . .
- t_.. .... .. .. ... . ..
in<
ro'..
t r0 is t o' ' oo to' to TILE (llRS) .
TIME DISTRIBUTION OF DOSE RATE AND DOSE AT REFUELING CAVITY TERMINAL. BOARDS (100% NOBLE GASES, 50% HAWGENS)
I j . .
. e j
S L
E V
E L r. 0 0 0 0 0 0 5 5 0 0 0 0 0 0 0 0 O 0 0 O O 0 0 0 a 0 0 0 0 0 5 2 2 0 0 0 A /h M R 8 8 M
0, 0, 4 0, D 4 2 2 0, 4 5, 5, 5, 2, 8 8 0 1 4 2 0 0 0 1 2 3 0 0 O 0 0 SO 0 5 5 5 5, A 5, 0 2 8 2 8 1 1
J 4 3 4 I
Am 1 G
S L
E V r.
Eh L/ 0 0 0 0 0 0 0 0 0 00 0 0 0 Nm 00, 00, 00, 00 0 0 0 0 0 00 0 M 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o Oe 0, 0, 5, Ra Tm 0 0 0 0 5 4 6 6 6 6 6 1
5 0, 00, 0, O. 0, 0, 0 0, 0, 0, 4, 0 0, 0, 1 5 4 0 6 0 0 6 0 6 5 I 7 2 2 N.a 2 3 U 2 1 CB 1 1 1 E
N T
N I 2 3 4 5 6 7 8 9 O l 2 3 4 S G I
O 7 S 9 O 1 2 3 4 5 N N N N N N N N N N N N N1 N NI N N4 NI MN2 2N 2N 2 I i 1 1 I 1 2 2 P N N "
3 e
r u
g i
F R
E W 9 G O N P O R I O ~
N 5 T , '
2 C IN N .
A
~~E R~~
% 9 S
N 7 l O N 1
' o i O N N lo )
V
~~4 i~~
D 6 I E
' N -
N 8
T 3 A (
r L T O
P N 6_'
l gD 2 N
- E I' N 3 EA1 , 1 o
A M I' N i R N I
l H l l
T I l l ,
X A l B 1
n,11 ,
2
_ E s
T N H I
I N N ,
3 N
n1 n1 1
- a O T i1 C R g1/
1 S
L L O
. E E N S ,3 V V f N
I
_ E L
E L
N 4 ,
- A O 1
N , t M 2 ' 4 M
+1 N 1
[/#' 2 A
G o 2 li 3
2 N
N N W
N , ~
O R
T U
E N
2 2
ft oN
REFERENCES
~~1. I&E Bulletin 79-01B Supplement 2.~~
~~2. AKERN, RSCI Computer Code Collection, CCC-190.~~
~~3. Radiation Shielding Design and Analysis Approach for Light Water Reactor Power Plants, RP-8A, Stone & Webster Engineering Corporation, May 1975.~~
4. D. C. Switzer letter to G. Lear dated April 15, 1976, transmitting Millstone Nuclear Power Station Unit 2, "Radistica Survey Results In and Around Millstone Unit 2 Containment Building", Northeast Nuclear Energy Company, Hartford, Connecticut, April 1976.
~~5. W. G. Counsil letter to R. Reid dated November 9, 1979, transmitting, Evaluation of Neutron Shield Effectivenss Report.~~
APPENDIX A Computer Code Output
NCRTHEAST UTILITIES SERVICES COMPANY RADIOLOGICAL ASSESSMENT BERLIN CCNNECTICUT QADPS-F FROGRAM 04/23/81 MP-2 RADIATION QUALIFICATI0H OF ELECTRICAL EQUIPMENT (SOURCEzREGION I)
FROGRAM CONTROL *****
NUMBER OF SOURCE POINTS ALONG THE X AXIS. MAX. 30 8 20 NUMEER OF SOURCE POINTS ALONG THE Z AXIS.NAX. 30 = 20 13.JMBER OF SOURCE FCINTS ALONG THE Y AXIS.HAX. 30 = 20 m 2 NUMBER OF MATERIALS.NAX. 30
= 2 NUMSER OF COMPOSITIONS. MAX. 50
= 5 NUMBER CF ZONES. MAX. 200 NUMBER OF FHOTON ENERGY GROUPS. MAX. 30 8 8 a 7 NUMBER OF BCUNDARIES. MAX. 200 s 0 SOURCE GEOMETRY TYPE CPTICH
= 1
~~10ST FRCSABLE SOURCE ZONE~~
~~= 2 SCURCE CCMPUTATION OPTICH HUMBER OF NEUTRCH SASE MATERIAL ADO ENERGY GROUPS~~
~~O FIRST SOURCE-DETECTOR TRAVERSE FCR GECMETRY FRINTs 0 LAST SOURCE-DETECTOR TRAVERSE FOR GEOMETRY PRINT = 0~~
~~O DEL SOURCE-DETECTOR TRAVERSE FOR GEOMETRY PRINT a 0 GAfftA RAY AND NEUTRON REFERENCE MATERIALS CONVERSION OF GAMMA RAY AND HEUTRCH OUTPUT OPTIONz O~~
~~I GANMA FTOD FACTORS. CARD INPUTS 0. INTERNALS NO.~~
a 4 SUILDUP FACTORS. CARD INPUTz0.INTERNALzNO.
s 0 GAMMA HEAT CONVERSION FACTORS IN0:0.YES*11.
O i
e 4 MM f4 N OO DO OO DO DO DO DO DO DO 90
+ + + + ++ + + + + + +
OO DO DO DO DO DO 4m OO OU 00 00 0 0 O4 b4 OO DO DO DO Pm Om OO DO 00- OO Mb b@ tJ N OO 90 e e e e e a e o e O. O.
MM MM (34 MM MM M et MM N eJ OO OO DO SO DO DO 00 00 00 OO
+ + ++ + + + + + + + +
OO GO DO DC GO DO 70 OO OU OO DO OO 4e M4 OO DO OO DO O 40 4M es O DO DO DO e Mb 44 W4 30 O e e e e e o e O. O. O O.
MM MM M4 MM MM MM MM NN OO OO DO GO o fs OO OO 00 OO OO
+ + ++ + + + + + + + +
OO DO OO DO DO DO 4m oO OO DO OO OO
@M WO DO DO DO DO O @@ Mb NO DO OO DO O
e nes e SJ M e e MM e e Oe O.
09 e
OO e e MM MM re d MM MM MM MMM M N eJ OOO OOO OOO OOO C00 000 000 000 000 000
+ + + + ++ +++ + + + + + + + + +
000 (300 000 000 000 000 900 000 000 000 000 000 M G) t4 O@h DOM 000 000 OOO O mHe m tJ N WOW 4:00 000 000
N4P b@@ N @ f4 000 000 006 O e e e e e e e e e e e e e e e e e e MMM P tJ 4 MM4 MMM MMM MMM MMM MNN HOO 000 000 OO@
OOO 000 000 000 000 000
+ + + + ++ e * * * + + + + + + + +
000 000 000 000 000 000 dmm 000 000 000 000 000 G th e ONM COO GOO C00 000 O ObM NOM DON 000 000 000 e NmP 4m@ 000 OOO 000 O e e e Me e. d. e e e o e e e o e e e e MMM bN4 DMM MMM MMM e MM MMM MNN MOO 000 OOO OOO C00 000 000 000 000 000
++ + +++ e + + + + + + + + +++
000 000 000 000 000 000 eOO 000 000 000 000 000 NhM 00@ 000 000 000 000 0 @N@ OMG COM 000 000 000 e Mm@ G4M M* e4 @ 000 000 000 O e e *
e * *
e e e o e e * *
~~MMM 4N4 @MW MMM MMM HMH MMM MNN MOO COO OOO SOO 000 000 000 000 000 000~~
++ + +++ 0 * * + + + +++ + + +
000 000 000 000 000 000 44m OOO GOD 000 000 000 bMM 04% 000 000 000 000 O MG4 4 3 .! 004 000 000 OOO
M4C 4 M ee MGM OOO DOD OOO O e e e e e a e e e o e e o e e e e e MMM NN4 MNm MMM MMM MMM P
O MMM N r* OO OOO OOO SOS
+ OOO 00 OO 000 000 OOO O ++ + ++ + * * + + +++ + ++
0 000 OO DO 000 000 000 m eem 00 00 000 000 000 4 MMO O td OO C00 000 000
@ bMO mo CM OOO OOO C00
O4e OPP O Vs 0 000 009 000 M e e e e e e e e e e o e e e e e e e MMM OMM ONW MMM MMM HMM W
U g N M a a a I J E Z A - = w 6 E E m
-O -
. . _ _. ___ _ __ _ . _ _ _ _ _ .8 . _ . . . _ - 9 8.. __ _
. , a - .- ._n . - -n. - - - .._.. -- .+. + - e
9
'~ ,
e 4
e 4
1 j
OODOOOOOOOOO e b O P O M N M 4 4A @ b M e4 m e4 eJ e4 N N tJ ed N N 1 00n000000000 4 OunOOOOOOOOO
, OOOOOOOOOOOO OOOOOOOOOOOO 1 OOOOOOOOOOOO feNOMN -
OOOOO
+ + + + e OOOOO OOOOO ,
GOOOO d OOOOO

~~Oe O e eO e O D. O De o e D. O. Oe O e O O O O O O O M in H M en i~~
~~Oe Oe Oo O e eO O eO e O. O. O. Oe O.~~
OOOOOOOO0000 MM MM OO OO e + e +
4 OO DO DO OO OO OO DO OO O O O O O O O @ O O lA e4 e o e e e e e e e e e e i,
OOOOOOOMMOMw MMM
\ DOO 1 ++ +
O O f3 O 4 4r NOH Ohh I O e4 O O O O O O O O O O e o e e e e e e o e e e l
nnnOOOOOOOOO i OOOOO C0000 OOOOOOO e e e e e o eO0000 OOOOOOO l
MMM OOOOO OOO
+ + +
OOO O40' OOOOO NOM Obb 7ADOOOO e e e e e o een 4 O b 4 4 HHMOODO I
N bd h 2 OOD D ++ +
M 000'
>= D eA O M N 4 N M EL h M in
. M NNO
, EE O C' O O U N N U a e e e e e eceM M M N OO.1OO4H4 e
W Q
NNNMMMMMMNHN 5 >Ne4M yOOODOOOOD000
. 6.a j' O N N M 414 e Pe H N M 4 e i
t i
I i
i . ..
e %
W Z
w M
U M
h h
ted O
U w
b M
M 4
5 4ed W
O k ed ed ed PJ ed ed ed ed O 4 OOOOOOOO e e e e e e e e e O
O "dedC 0000000 OOOOOOOO ed O N Oe3OOOOOO
~~9 & 4 M e4 6 ed O~~
-? et M Q O. ed. g @. O. e. P. M. O. 4. h.
O ed w P A 4A 4 4 4 M *J fa e eg ed ed es ed ed ed ed O .
e ce Oe O a eO oOeOeOe O O.
O InJ OOOOOOOO O y OODOouOO e4 O e. OOOOOOOO O w # F= 4A P G ed M ed ed. O. a.a e 4A. O. @. C. ed. O. M. en.
e4 O h P b IA 4 4 4 M ed w
.J k 4 L 4 *e e a E a ee o N ** ed w N M e4 M 4 en o b c G. > ed >
4 e4 4 E E U
S $$
e M O
O
+
O O
O M
M e
4 O
e%9M.94 9@4 O C0000000
e e o e e e e e O M 00000000 v Q MueMOwbu O M d M m & M*P W O COOPM&Pe m Me eh. ed. te. O. N. **. 4 M 4 4 M O W M *J tJ e 8 e s e a O
M M rd to N tJ M M O C0000000 +
e e o e e o e e O N 00000000 O e U OMMNema M f 4 FJ en M 4 e O
O
(*A & P M M er, ed* wt th 4e2. W .e4. M. 4 6.e be N NMGWMN4%
O OMMMMMMM O 00000000 +
+ e e e e e e e O es D0000000 O
& 4494kM+G O M4hMMMGM O OmemeM4N to MMtJhNONG *
~~* * * * * *~~
~~N M@@bbh44 O~~
MMMMMMOO O C0000000 +
0 e e e e a + + O O 00000000 O G O G -1 D e s s te m o th 4 M te re te M m O
@ m M * @ F= O O b
@ e e@e @ P.e.t*, eO e O M
@@@PP&MM 22 O OaMMMMMMMM O HOOOOOOOOO +
mee e e e o e e e O aWOOOOOOOO O w 4 O O O O O s> O O O
/h00000000 O 2 00000000 M O
~~u M. O. O. b. e. m. 4e M. M edNMMMMMM E M Nehechbo 3 O W4cOOOOOON O e ut * * * *+** e g O HOOOOOOOO O O~~
@J U D O O O O O O O-U and O qu to 44 e en en O g O
O m h EJ W m o b 4 M O O O b
~~m M. 4. (J. @. 4. to.19 O. g MN@NMCOM >~~
0 m M w O Z e w O
& O a Z O --
O MNM4mehe 4 O W D E
~~4 9 99~~
e s nnanGAnnen ce me ce e4 e4 OOOOO DOOOO 00000 OOOOO
+ + + e
~~e e e e s *** * +~~
0OOOO OOOOO O O O O f'3 O O t- P= b O & O (e e) uoOOO
> ce f= an en a) > OnOOO >= @@MMM b= 4 ta en O 4 >= 0OOO@ > b P* s't O $
~~64 64 M #9. O. M. e. M. M ed. O. O. @.tJ. g 4. @. @. W. G.~~
Z M M 4 4 th Z Oe444 . e4 e4 ** e4 **
ens taJ tad D- D. Z 64 Pe to 84 89 M so M OOOOO e*0*J eJ fa N OOOOO OOOOO OOOOO
++e * + e + * * * * * * *
~~00000 OC2000 00000 nsa re ee t a tA r e taJ O t e O O nn tee OnnOUO~~
>= >= tA O O 6A 4 >= 4A eO 4 O en 4 e4 M e4 M nn
& 8%.
P to & 4 @ an en + H 4 M +4 O t# Rn 2 Z.,
% en @ @ f* 8*
~~e N. f. GA. h. @. e Q. 89. e. etJ. P9 H e . . . .~~
O e4 e4 e4 e4 e4 O re *J M 4 4 O 4 ee 'J M 4 m 4 48 8 8 8 U
U U cecececeog inanen Win O O O et O OOODO ODODO OOODO e *
e e e e e e e * + + * *
~~J OODOO DOOOO (J.h O P=De-O#O~~
> enJ0- tu b en > uOOOu > e =
Z >= + M O Pm 4 >= 0OOOO >= M M e9 M e9 U >4 39 89 #9 PJ (J M O O O O CD ** e) O @ M 8)
M f J. $ =. N. f%. N.
g gJ. J. O. O. 4 M Z @. G. e.) @. c).
.a4
= .
44@@@ e4 ee ce e4 **
!L ena M M 4 4 in ta esa O >= ** >=
Z Z Z
> H re M I
C=.e o M e9 et M e9 eg O O O c3 ed es N N fJ fn ODOOO OOOOO OOOOO N * * * *
e ++e * *****
tnJ nna OOOOO nnd OOOOO ttJ OOOOO C= o= -u e b b 8,. o= 0OOuO > O h ta o O Z ee af GOOOO @ e4 c4 Z t.A
) b@ P4peM 8at
~~4 Z tA 4 o nn ee $.~~
e O in CO O.n M e o e-e eo +4 esJ O c4e e9. nn. ef* e9 O Oe O. M. IA. O. O e4e 4A. ts.e IA. 4A >
U [x e4 e4 et e4 e4 fu f* f479 4 4A tt @ e4 94 04 4 O O 8
e.#
O U
O U
CD In nn th er in ee ee ee es ee OOOOO OOOPO OOOOO OOOOO e + + + + e e e e e * * * + +
> OOOLO > 00000 > 00000
> @ en en to art >= OOuOO *= P* h I- #- 8 =
De SJ Ca GA e9 O >4 OOOOO ee M e84 89 M M to e4 O re O O in C; O O O O in Q eD @ 6 4 Z 2 Z W G G end 4 n.3 ee. @. e4. @. e4 t.J 4. N. O. O* N
taJ * * * - *
>= M 96 4 4 4A t= @444@ >* e4 ee *"e e4 ee O Z Z Z
>4 >4 M taJ CL
> M e9 M M 89 eeooOO e4 N N ed @d O
>= OOOOO OOOOO OOODO e taa * * * + + teJ e * * ** taJ + * * *
~~O taJ >= 00OOO >= OOOOO >= OOOOO~~
>= 4 e4 e4 e a w e4 4 OOOOO 4 OOOOO 4 Z O fd 4 e M Z O iA O O en Z O e4 4 68 F=
Z >4 4 N O SJ e he O tJ In AA P be @ 4 ee P @ 01 he Q e4 M en e 40 O O @ #9 M fd 'J O tt * * * *
P=. f=* .@*N 4= CE * * * * *
h O e4 ee e4 ee ce 4 e4 N 4 to O M ce #4 M 4 2 O O O **
O V U U E U Z IA6Annlaen ,4 ,e re e4 ee OOOOO e4 OOOOO OOOOO OOOOO
> N e * * * * >= e e e e e >= ** * * *
>= 0OOOO >= 0OOOO >= OOOOO Int 64 4 se ce o e4 >e OOOOO e4 t= P= t= b O E GAJ to e0 GA f a 8'> N nnJ M oOOOO nnJ WD M 89 M e9 @ e4
>= Z G S) 83 h N >= Z OOOOO >= Z @ g @@ @@ h
>=
4 tad 4 and 4 and Z> @. 4. @. 4. @. Z >= N. 4. O. O.(J. Z e.= G. w. . . G.
>4 % NMM44 64 Z @@@@@ ke Z e9 pe et e4 e4 O re OH O >4 D (E CL thJ O O O O O O O U seMMMM u e4 O O O O U eeNNNN tap taJ OOOOO anJ OOOOO tal OOOOO M Er >= + + + + + e.e >= a + e ** Pd >= * * * + e (
at O000O I4 00000 4 00000 U e d e t~ O e, Z OupOO Z C 0 0 0 4n Z.
> 4 e eo O M .4 O O O O en e.e O P- ea as se a O & f* GA 4 N O 4A ce en 4A @ O N Ch P* 4 H e CE .t en 4 4 e e4 Cr NOOOO 8 O. PJ. 4. @. O* O + - *
O * * * *
~~a 8u e4 eo ce ce e4 O U~~
ce ce WJ M th O U
e4 e4 N M 4 ee an e M N ed to e M tm p e In P e9 h e4 e4 e4 ee ce e4 0 OS
. .a -- a.~ ,
i e %
e O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O Q O r O O O O O O O O O O O O O O O O O O O O O O O O O O O O D0000000000000 e
~~C0000000000000 , +~~
9 00000000000000 n
O DOOOOOOOOOOOOO M
w
~~C0000000000000 M~~
a D0o0000000o00o H
4 00000000000@@@
r DOOOOOOOOOOOOO 2
OOOOOOOOOOOOOD N
C0000000000000 M
00000000000000 s
D0000000000000 OOOOOOOOOOOOOO 00000000000000 00000000000000 0000M000000000 40D04000@@@D00 NOMOMOMONOfC4O MONOMOMOMONOMO e
Q "MONOMOTOWO@ONO E
a e DoOOc O O O O co OOOOO
+
OOOOO OOOOO e=
0OOOO O
kJ h
OOOOO X
m H
OOOOO w
X H 0000O EE b-OOOOO 4
E DOOcO O
m@Obe (O
.J 4 an b e 4A 9 0 0 0 W6N4HM e e a e HHMMN l 4 o
2 H N M 4 an un z
O N
e 4
t1P-2 RAD 5ATION WJALIFICATION or EL2CTOICAL EGJIPt1ENT (SOURCE *CEGIO*411 RECEIVER hut 18ER 1 toopDINATES - X 0.4 Y 0.0 Z . 3S25E*03 GEOMETRY PRINT FCR PSE000 SOURCE POIHT AT THE COORCINATE ORIGIH ZONE BOUFCARY DISTANCE X y g 3 0 2.3900D*03 1.07190*03 0.0 2.43850*02 I
t NP-2 RADIAT20N QUALIFICATION OF ELECTRICAL EQUIPMENT (SOURCE: REGION 1)
COCRDINATES - X 0.0 Y 0.0 Z 2.3825E+03 RECEIVER HUMBER I ENEPGY FLUX DOSE RATE GRP NEAN ENERGY MEAN BUILDUP DIRECT BEAT 1 WITH BUILDUP DIRECT BEAN WITH EUILDUP ND ENERGY GROUP LINITS FACTCR5 NEV/CNZ-5EC ttREN/NR MEV NEV 1.39410+00 1.75990*08 5.4535D+08 3.69590+05 5.15230+05 1 0.4000 3.5957D*06 2 0.8000 1.2517D*00 1.4363D+09 1.79780*09 2. 872 7D + 06 1.1896D+00 5.6332D+08 6.6954D+0S 1.01400+06 1.2052D+06 3 1.3000 3.22960+06 1.162SD*00 1.633fD*09 1.8993D+09 2.7775D+06 4 1.7000 1.52300+06 1.7435D+06 5 2.2000 1.1448D+00 9.5186D+08 1.08970+09 5.39360+08 6.1320D+0S 8.09040*05 9.19800+05 6 2.5000 1.13690+00 9.24123+05 7 3.5000 1.11870 + 00 5.9004D+08 6.600!D+0S S.26050*05 1.0977D+00 7.0823D-20 7.77440-20 7.79060-23 8.55193-13 8 6.1500 5.8907E+09 6.97550+09 1.0192E+07 1.2133!+07 TOTAL 1.2864 WDBU 1.324i ENERGf FLUX BUILDUP DDSE EUILDUP 1.15410+00 1.190SE+00
~~TIME FOR DETECTOR IN NIN. a 0.0 ese END OF JOS E16103 ==a t~~
s NORTHEAST UTILITIES SERVICE 3 COMPANY RADIOLCGICAL ASSESSMENT BERLIN CONNECTICUT QADFS-F FROGRAM 04/C3/81 MP-2 RADIATION QUALIFICATION OF ELECTRICAL 23JIFMENT (SOURCEsREGION 23 eenen PROCRAM CONTROL emmen NUMBER OF SOURCE ."0INTS ALONG THE X AXIS MAX. 30 a 20 NUMBER OF SOURCE POINTS ALCf G THE Z AXIS.t1AX. 30 a 20 NUMBER OF COURCE POINTS ALONG THE Y AXIS. MAX. 33 = 20 a 2 NUM3ER OF MATERIALS. MAX. 30
= 2 NUMSER OF CONFOSITIONS. MAX. 50 NUMBER OF ZONES. MAX. 200 s 5 NUMBER OF PHOTCH ENERGY GROUPS. MAX. 30 a 8 NUMBER OF BOUNDAKtES. MAX. 200 h 7 a 0 SOURCE GEOMETRY T1FE OPTION a 1 t10ST PROSA8LE SOURCE ZONE a 2 SOURCE COMFUTATION OPTION NUMBER OF NEUTRC*4 BASE MATERIAL AND ENERGY GROUPSs 0 FIRST SOURCE-OF,TiCTOR TRAVERSE FOR GEOMETRY PRINT 8 0 LAST SOURCE-DE1ECTOR TRAVERSE FOR GEOMETRY PRINT a 0 a O DEL SOURCE-DETECTOR TRAVERSE FOR GEOMETRY FRINT GAPT1A RAY AND HEUTRON REFERENCE MATERIALS 8 0 CONVERSION OF GAMMA RAY AND NEUTRON OUTPUT OPTIONS 0 GAft1A FTCO FACTORS. CARO INPUTS 0. INTERNALS NO. = 1 BUILDUP FACTOR $, CARD INPUTS 0.INTERNALsNO. s 4 gal 1PtA MEAT CONVERSION FACTORS (N0s0.YEssil = 0 e
e e MM NM SO OO DO OO DO GO DO uo OO C0
+ + + + ++ + + + + + +
OO GO DO DO DO DO wM OM ou OO DO OO OM t- N OO DO 90 00 20 bO OO DO DO OO 4b NN 00 09 OO e e NOe e e e e o e o e e MM NM N4 MM MM MM .
MM NN OO DO SO OO DO DO OJ GO OO OD
+ + + + + + + + + + + +
OO DO DO DO OO OO oD uu OO O ca DO 00
@M & eO OO OO OO OO O e4 4 Mb WO OQ OO OO
~~4h @@ OO CO O e e e o W7o e e e e e O. O.~~
MM e@ m4 MM HM MM MM NN GO #36 OO OO DO CO 00 DO OO DO
+ + * + + + + + + + + +
OO Cf 3 OO DO DO DO no L s up OO OO DO
@O Nm OO DO DO CO O NO @M WO DO OO 00 e Mb WM MM 00 OO 09 O e e e e e e o e e o e e MM @@ M4 MM MM MM MMM NNM 000 000 OOO OOO 000 000 000 000 000 000
+ + + + ++ +++ + + + + + + + + +
000 000 000 000 000 000 M+O uom OOu OOO C00 000
@ O tJ @ +J M OOM 000 000 000 O Men 43N WOG 000 000 000
M we @ NOM Ne Ge tJ. 000 e e 000 e e e 999 o e e O e . e e o e HMM 4@M Mme MMM MMM MMM MMM NNM MOO OOO OOO OOO 000 000 000 NGO COO 900
~~+ + + + + e + + + + + + + + + + +~~
000 000 000 OGO 000 000 Mme CON 000 000 000 000
@OM @@@ C00 'J O O OOO 000 O @N4 04M ooh OOO OOO OOO e N4O @@H tm@ 000 OOO 900 O * * *
e e * *
e e o e *
e *
~~MMM med @Me MMM HMM MMM MMM NNM MOO COO 000 OOO C00 000 000 000 000 000~~
+ + + + + # e + + + + + + + + + + +
000 OGO 000 000 000 000
@Mb c- O @ 000 000 000 000 COM 904 4 000 000 000 000 O
meO Nm@
- 400 MMM com MM@
OOO 000 OOO 000 000 000 O e e e e e o e o e e e o e o e e e e MMM MGM eMm MMM MMM MMM MMM NNM MOO OOO OOO OOO C00 000 000 000 000 000
*++ e * * * + + + + + + + +
000 000 000 000 000 000 e1 M m 004 000 000 000 000 GOH OMO C00 000 000 000 M44 Neh 004 000 000 000 Oe Nec tJ @ O MGM 000 000 000 O e o e o e e o e e o e o e o e e o e MMM mbH MNm MHH MMM MMM O MMM NNM OO OOO OOO SOS
~~OOO C00 DO 000 000 000 0 + + + + + + + + + + + + + + * * +~~
O 000 000 OO 000 000 000 P eOM OOM DO Cu0 000 000 4 COM NQ4 OO C00 OOO OOO O b o tJ b eJ M OM 000 000 000
~~@@O Omo OOO C. 0 0e 000 m MmW.~~
e e e e e e e o e e e e e e MMM dbH Oum MMM HMM MMM M
u a N M = a e Z J E Z h w w w h b b m
^ %
, s s - u -- - = -,,. - - --> .- ~ - ._ w.. , . - a 1
~~e t~~
1 5
i 1
OOOOOOOOOOOO .
O F* G 9 O re ed M d th @ b a M en ee eet.n N 84 N te N e4 N f OOOOOOOOOOOO OOOOOOOOOOOO
{
,uOOOOOOOOOOO d O O O is O O O O O O O O OOOOOOOOOOOO tANOMN t OOOOO

~~e *+~~
O O r3 O O O O O fb O OOOOO OOOOO O. O. O. O. O. O. O. O. O. u. O. O.
O O O O O O O M GA M M IA k
i-O. O. O. O. O. O. O. O. O. O. O. O.
OOODODODOODO 1
MM MM
' OO DO e + + +
i 30 00 OO OO OO DO ,
OO OO O. O. O. O.'J. O. O. e. e. o.an. c.e O O O O O O O M M O et M
} MMM ,
i 000 *
+e +
OOO 049 N G ee Ohh

P e4. O. O. O. O. O. O. O. O. O. O.
> M re M O O O O O O O O O OOOOO 4
OOOOO Oe O. O. O. O. O. O. O D O O O OOOOOOO MMM OOOOO 000 e e e DOO 049 00000 N SJ ee ONN
@. ed. O. O. O. O. O.tA @ c h @
M ese4 O O O O N M M 4te h 44A 2 O,Oe O O +
OOO e.e b O an O M N 4 e4 M
, & N M nn eg hhe 6 O O O O O ce N U * * * * * * *e4 e4 M M N e inODOO4H4 taA r O j N N N M M M M e4 e4 e4 ee N h et ce e4 k
~~1. >=~~
tse O O O O O O O O O O O O t
49 et N M 4 tA @ h e4 N M 4 th b
e E
h e,. ee
. , - . - , - , .,.-,,,s.,.~.4.. _ . , . , , . - . , , , - . ,,,,m ,,,..,,,,,,,,_-y . , _ , ,,,,..._r , . , , , , , , ,m .,...y , . _ , _ , , , , , , , , _ , . , ,,.. ,
~~8 Z~~
w M
U
~~M b~~
b w
O U
Z O
M N
4 S
O r
O N NNNNNNNN O 4 00000000 e e e e e e e e e O deJOOOOOOOO N
O O
E L
00000000 00000000 4 4 MeeMMbNo m O O. N. g @. O. c. @. M. O. 4. b.
ON w &bm444MN M NeJNNNNNN O Z C0000000 e M e e e e e e e e O W 00000000 O U OOOOOGOO MO Z 00000000 O w 4hmeeNMN E
N. O. w M. Q. 4. G. N. O. M. m.
MO b Pbm444MN w
J H 4 L g MM a L MM Q
\MN w NNNM4m4b@
E F e4 >-
E U
e.
- , - .~ --. .= .. , + ~ > - . . - - - _ - - . ~. . _ e > _ -
f
)
J' 1
J 1-i I
, i
.h I
(-
)
i
.1 O
O e
O O
O m
1 M e
4 O
M4M444m4 O C0000000 +
e e e e e e e o O M 00000000 n Q -M O e M o ve-O O e4MmeMee O GOO *MP@@ m*
M. m. H. N. O. h. 4 4 M 4eMemMNN e 9 e 4 5 o O
M M N N ed N M M O 00000000
~~r e e e e e e e O N 00000000 O~~
~~. e e O M M es e 4 4 O g M 4 M ta m M%' 4 O Oe@MMMMM M.~~
~~4. @. td. N. M. 4. m. h. N NMemMN4b 1 O~~
OMMMMMMM O 09000000 *
e e e o e e e O M 0 0 0 t2 0 0 0 0 O M 44@% NMee O m4hMMMwM O Om4meM@h N s M. M. N. b. N. O. ed e. N Y
M@ebbb44 O
. MMMMMMOO O i O0000000
e e o e e e *
O-O C0000000 O e e e 4 O 4 (d sd M O 4' m e M N M ed M e O PmM4OhDO b dd *
@@ . . .@@ . . .@ @ O.O. M
@@@@@@MM ,
2 66 O OWMMMMMMMM O MOOOOOOOOO.
~~M> e o e e e e o e O~~
, MU00000000 O a4GL 000000 O ,
1<
gbOOOOOOOO 00000000 O
M 1 6 M. o. e. b. e. m. 4. M.
u H NNMMMMMM 4 & M d
neheehhD 3 O W4DOUOOOON O e UQ * * ***** e G O
, >O0000000 @ O
~~U00000000 O d~~
wOeNNemmO M O MAeJemObdMO O b O=
i M M. 4. fd. @. 4. N. h. O. e i
M ed @ N M e e n >
i O a M 6 4 w O 2 e w O
& O O Z O o M ea M 4 m e h e e O
-! w O i E =
4 1
2
, . - , . -.v-v-e ..p.v--- - - - - - - . . , , , - w,r,,v,, . - - , - ~ , - , - , . ,y-,..-.w,,,- - ~w m , w- -
e e mmmmm MMMMM 00000 COOOO 00000 00000 e e + e e o e e a a e e + + +
C0000 0D000 00D00 e n ee m m GOGOO memem
> M P h o ed > O O O Ce O > f>GOOM
> 6444M N 00004 H 4444@
M M M m M. m. @. M. W. e N. O. O. e. N. p e. w. 4 4 4 Z MMM44 2 44444 2 N ed ed N N w w w Z D. $.
M M -
M MMMMM C0000 NNNMM C0000 00000 00000 e e e e e * * * * * * * * *
~~00000 00000 0D000 ans e4 9 m ed @ w O O O e) e end en m ere ed M~~
> @@ OMM W MOOm4 > NGO@4 4 Mh4O4 4 @ m m e fd 4 AdeeMW Z Z Z M M. 4. @. Q. P. M O. M. @. W. M. M 6 4 4. G. M.
O MMMMM O MNM44 0 4h4MM M M V O O 8
U O
u O
U mmmmm MMMMM 00000 00000 00000 00000 e e e e + e o e e e e *
~~e e W 00000 00000 00000~~
~~> e s ea m h > 00000 > mmmme~~
~~W 4 ed O N M k 00000 > GCCMC b~~
M M
e Oh4MN M e
00000 M m
<d444 n Z 0 4. e. n. a. Z N. 4. O. O. 4 Z e. e. o. e. s.
& W M M M 4-F w e4444 W NedNNN O > > e Z Z Z
> M M M b
M MMMMM MOOOO N N N fA M M 00000 00000 00000 2 + + * * * * + * * * +****
w w 0000p W 00000 M 0D000 e e ON 4Dn M 00000 e emmme Z 4 @ @OMM 4 00000 4 4 m h @ td M Z h M o d ea 2 M40mM Z MOh4N M M M w o N. 4. e. h. @. Q W. O. M. m. @. O b. M. 4. @. M.
u Q MMMMM y bMM4m Wh49M O O O O U U V W
mmmmm MMMMM O O s. OO 00000 00000 OOOCO
+ + +e e e e e a e e + + e *
> 00000 > 03000 > 00000
> N M ed c 4 k 00000 > mumme M OhMOC M 00000 M GOCCe M G@@mM M 000n0 M .f4444 2 2 Z 44444 w @. M. h. M. m. W 4. tJ. O. O. te. w M fdMM44 W @4444 > NNNNN O 2 2 Z M M M W
> MMMMM MOOOO e4 4 ed N M
> 00000 00000 00000 O.
W e e e e e W e * * *
W e * * *
O N > OOOOL H COOOO Y COOOD k 4 EmNee 4 0000O M 20 mmh 4 Z CPOOM Z OmOOM Z MM4@h 2 M M O 4 ed e M O fe m m e M P4MO4 W M O O O o g f4. M. m. h. e. g b. h. e. te. d. g M. h. M. m. o. .
M O MMMMM O 4MN Fm O me4@M Z O O O M 8
U u u u E Z
mmmmm MMMMM OOOOO M 00000 00000 00000
> e e e e * > e e e e e > + e * *
H C0000 > 00000 > 00000 W M M@ ed e m M 00000 M mmmmm Z WM M OhMM WM 00000 Wm GGGGM M WZ @ kmmM WZ 00000 HZ 44444 &
dw (w WW @@@@@
Zu G. N. d. O. 4 Ze eJ. 4. G. O. N. Ze . . . . . g M Z NMM44 MZ 44444 MZ NNNNN J OM OM OM e R R R W O O O M O O O U MMMMM U MOOOO U NNNNM W W OOOOO W C0000 W 00000 m Me e * * *
~~Me e ++ e~~
Ne * * * *
4 4 00000 I4 00000 4 00000 U Z h4064 EZ 00000 2 mmmm4 M @@OOM M OOOOm M OOMMM S O PmHG4 O mMmme O 4 ed @ e m a R M 5 O M. M. m. e. C. O M. 4 4. O. M. G. 4. h. M. O. o O MMMMM O MMNM2 mobeH U U U Mmemb Me@MN Me@Mk MM MM MM
O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O o O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O C0000000000000
~~00000000000060 G~~
b 0000000000000O w
R O 00000000000000 M
w 5 00000000000000 M
Q 00000000000000 l
4 0000000000000O E
DOOOOOOOOOOOOD Z
C0000000000000 N
CD000000000000 2
C0000000000000 Z
C0000000000000 00000000000000 00000000000000 OOOOOOOOOOOOOO OOOOWOOOOOOOOO s
400040002O2000 NOmOmOmONOeO40
.HONOHOHOHONOAO HONOMO40mO4ONO b
2 E
e &
OOOOO e'
OOOOO OOOOO OOOOO OOOOO n
OOOOO O
ina OOOOO X
iA M
OOOOO w
X H 0000O EE k
00000 4
C OOOOO O
nA4Ob4 0
.J f an b 4 IA e e e a MN4MM I 4 8 9 MMMMN I
M N M 44A u
w..,_.- --- .. . _ . - . - ~ . , - - . - .
. . . - - ~ . - - . - - - - . . . . - - ~ ~ . -- ~..--~ . = . . - - . . - - -- -. -. . . . --. - . - - ...-... - - . . - - .,n... -- . .. . - .- -
1 l
i i MP-2 RADIATION QUALIFICATION OF ELECTRICAL EQUIPMENT (SOURCErREGION 3) i

1 j RECEIVER HUNGER 1 COOPDINATES - X -0.0 Y 0.0 Z 2.3825E+03 l i i 3 GEOMETRY PRINT FOR PSEU3O SOURCE POINT AT THE COCRDINATE ORIGIN i
, ZONE BOUND AR Y DISTANCE X Y Z 5 -3 1.7642D+02 1.1786D*03 0.0 8.30600+02 3 0 1.7723D+03 1.0719D+03 0.0 9.71100*02 !
1 k
' k 1
1
~~i m~~
, r i
i 4
'
+
t 1
1
^
i l
}
-
1 3
i 4
4 i '
i.
k i
i l
4 l
l
[
t n.
V T 'T1t- * -* 9 T' * * '-
'F'
~~Fu e + e---- -Te='+ "* T~~
. - - m _
NP-2 R ADI ATIDH QUALIFICATICN OF ELECTOICAL ECUIPMENT (SDURCE sREGICX 2 3 RECEIVER HUMBER 1 CDDRDINATES - X 0.0 Y 0.0 Z 2.3825E*03 GRP MEAN ENIRGY MEAll BUILDUP fHERGY FLUX DDSE PATE NO ENERGY G7 DUP LIMITS FACTORS DIRECT BEAN WITH DUILDUP DIRECT BEAtt WITH BUILDUP HEV HEV MEV/CH2-SEC t1 REM /H1 -
1 0.'*000 3.31290+00 1.30940*09 1.7191D*C9 2.74973*06 3.6101D*06 2 0.8000 1.18620*00 1.0G1tD+10 1.2491D+10 2.10250*07 2.4981D*07 3 1.3000 1.1332D*00 4.0714D*09 4.61350*09 7. 320( D
0 6 8.304*D*06 4 1.7000 1 1100D*00 1.17090+13 1.2997D*10 1.9906D*07 2.20950*07 5, q 2.2000 1.0937D
00 6.7657D*09 7.3990D*09 1.08250+07 1.13390*07 6 2.5000 1.0867D*00 3.8188D+09 4.15000609 5.7283De06 6.2230D*06 7 3.5000 1.0709D*00 4.12550*09 4.4180D*09 5.7757D*06 6.18520+C6 8 6.1500 1.0520D*00 4.85440-19 5.10700-19 5.33990-22 5.61770 22 TOTAL 1.2781 4.2312E*10 4.77880+10 7.3335E*07 0.3241E*07 WDSU 1.3134 ENERGY FLUX BUILDUP DDSE DUILDUP 1.1294D*00 1.1350E*00 meen TIME FDR DETECTDR IN MIN. e 0.0
~~ENU OF.JDB E16103 ene ,~~
S
s NORTHEAST UTILITIES SERVICES COMPANY RADIOLOGICAL ASSESSMEt4T BERLIN Cot #4ECTICUT QADPS-F PROGRAN 04/03/81 NP-2 RADIATION QUALIFICATI0tl 0F ELECTRICAL ECUIPMENT (SOUPCEsREGION 31 mumme PROGRAN CONTROL summ*
HUMBER OF SOURCE POINTS ALottG THE X AXIS.NAX. 30 a 20 HUMBER OF SOURCE POINTS AL0tiG THE Z AXIS.NAX. 30 s 30 HUMBER OF SOURCE POIt4TS ALot4G THE Y AXIS.NAX. 30 a 20 a 2 HUMBER OF NATERIALS.HAX. 30 a 2 NUMBER OF COMFOSITICitS.HAX. 50 s 5 NUMBER OF ZOt:CS. MAX. C00 HUNBER OF FHOTON ENERGY GROUPS.NAX. 30 8 8 a 7 HUMBER OF BOUNDARIES.NAX. 200 SOURCE GEOMETRY TYPE OPTI0t4 s 0 MOST PROBABLE SOURCE ZONE a 1 s 2 SOURCE CCMP'JTATION OPTIO?4 HUMBER OF 'dEUTRON BASE NATERIAL AND ENERGY GROUPSs. O FIRST SOvRCE-DETECTOR TRAVERSE FOR GEOMETRY FRINTs 0 LAST SOUPCE-DETECTOR TRAVERSE FOR GEOMETRY PRINT a 0 a 0 DEL SOURCE-DETECTOR TRAVERSE FCR GEOttETRT PRINT
~~O GAft1A RAY AND NEUTRON REFERENCE NATERIALS CONVERSION OF CAMt1A RAY AND HEUTRON O!!TPUT DPTION 0 s 1 GAtt1A FTCO FACTORS. CARD INPUTS 0. INTERNALS NO.~~
a to BUILOUP FACTORS. CARD INPUTS 0eINTERNALsNO.
gat 1MA HEAT CONVERSI0H FACTORS (H0:0.YEss1) = 0
~~e e~~
NN MMM OO DO 000 OO DO C00 OO DO OOO DO
++ +++ + + + + + + + + +
OO DOD OO DO OGO DO 00 mme ou OO 000 0C 00
A @ @fa@ OO DO 000 mM MP4 OO DO C00 OO 60 MM@ Nb 000 00 e e e e e e e Oe O. e e e e MC M tJ M N4 MM MMM MM (J N NMMM OO DO OOOO DO DO 0000 00 OO OOOO DO
+ + + + + + + + + e + + + + + +
00 0000 00 00 0000 OO DO 0000 OO DO OOOO DO
@M OMVm OO DO OOOO 90 O MO NMOC MO OO 0000 00 e WNmN G4 OO 0000 09 O fJ. me e e a e e e o e e Mh @NM4 M4 MM MMMM MM NN NMMM OO OO SOOO OO DO OOOO DO DO OOOO DO
++ + e * + + + e *
~~e s e e +~~
OO C000 00 OO 0000 OO OO Ommm OO DO COOO DO Oh mM@m CO DO OOOO 90 O@ N N o tJ NO DO 0000 OO O= @@ MM DO C000 00 O e e @OM@e e e o e e e e e MMMM e e MM e
Ne bNM4 M4 MM PJ M M M OOO OOO OOOO OOO
'NOOO tA M OOOO DOO C00 0000 000
+ + e + + + + + + + + + + + + + + + + +
000 0000 000 000 0000 000 00@ OOOO DOO C00 0000 000 GMM G404 OOM COO OOOO OOO O 4Mb mMe@ mOC 000 0000 000 M40 ed O N 000 0000 000 O
e o e M&M4e e e o e e o e e o e e e e e e e tJ @ M eMM4 MM@ MMM MMMM MMM tJ N M PJ M M M MOO OOO OOOO OOO DOO OOOO DOO C00 0000 000
+ + + + + + + e * + + + + + + + + + + +
000 0000 000 000 0000 000 OOM Ommm OOO 000 0000 000 G@G M4G@ C00 000 OOOO OOO O 09& GmMO ooh OOO 9000 000
~~4CO bbOM dm@a 000 e e e 0000 e e o e~~
- 000 e o e O e e o e e e e e e MmM 4MM4 @Me MMM MMMM HMM N N ed NMMM MOO C00 0000 000 000 0000 000 000 0000 000
+ + + + + + + e + + + + + + + + + + + +
000 0000 000 000 0000 000 000 0000 000 000 0000 000 nob OWMN 000 000 0000 OOO had @@h4 OOm 000 OOOO C00 O* OM@ MMON 000 OOOO O e o e * * *
MM@*
~~* *~~
~~e o e e~~
~~Oe O* O.~~
Me@ MMN4 eMm MMM MMMM MMM MNN NMMM MOO COO OOOO OOO COO OOOO DOD 000 OOOO OOD
+ + + + +++ e + + + + + + + + + + + +
000 0000 000 000 0000 000 000 Omme OOu OOO C000 000 04M mmMN 000 000 0000 000 O @NM @MHQ CD4 000 OOOO OOO
MWM W4h@ MGM 000 0000 OOO e e o e e e e e e e e e e e e e e O e e o 24@ MMNM MNm MMM MMMM MMM O OOO M PJ N MMM OO 000 0000
~~OO 000 OO COO 0000 000 O + e + + + + + + + + + + + + e + +~~
O 00 000 00 000 0000 000 O DO C00 DO 000 0000 000 O GM @NG OO OOD . OOOO DOO Ob NmN OM 000 0000 000 4= ONe@ Omo O00- 9000 000 M O= Ne m. e e e o e e o e e' e o e e e e e C4D OMNMe ONm MMM HMMM ~ HMM W a O g N M = a T J Z A - E. =
b b b c ..
- -- - ,r---., , - - - - - - , , . . , - _ _ . . , , , , . . , _
e e O00000000000 N G P O M N M+3 2 @ b 6 M M M N N N 92 ta e s t e N N 000000000000 000000000000 O O O O O O O O O O ts O D00000000000 000000000000 NNOMN 00000
+ + + + +
00000 00000 OOOOO DOOOO C00000000000 e e e e e DOOOOOOM@MM@
000000000000 e 000000000000 MM MM DO DO
+ + + +
OO DO OO C0 OO DO OO DO Oe Oe Oe O. Oe O.Oo@e e.O eMe Mo OOOOOOOMMOMM MMM 000
+ + +
000 Dee NGH Obb Oe M e eOe O e eO O O.O eO. O.O.O.
PMMOOOOOOOOO COOOO COOOO C.000000 C000000 e e o e eDOOOO MMM 00000 000
+ + +
000 04@ 00000 NGM Obb P. He eO O. eOe O OemqON@
MMMOOOO NMM4Wh4W 2 000 O + + +
M 000 W OmOMN4MM E NMm M bbe R Oo O.Oe Os Ge oMeMMMMN u b WOOOO4M4 W
D NNNMMMMMMMMN
>MMM M
N WOOOOOOOOOOOO E
O w
OMNM4WebMNM42
i
. . 1 l
l 1
i i
I l
I i
Z W
H U
M h
b W
D U
Z O
M 9*
4 2
~
tah 7-O V NNNNNNNN O 4 OOOOOOOO e e a e o e e e a O 4 fJ O O D O 0 0 0 0 O { OOOOOOOO fJ O L OOOOOOOO 4 4 M C' @ e4 H N N O EA O O. N. g @. O. @. P. M. O. 4. b. a ON W &bth444MN M N N eJ N N N N fJ O Z OOOOOOOO e et t t e e e e e e O taA OOOOOOOO O OOOOOOOO e4 O Q OOOOOOOO O W 4 6 in & C N M CJ M
N. O. W 4A. O. @. @. N. O. M. 4A.
ee O E P b 44 4 4 4 M fJ an.e G
J F 4 (L 4 MM M E GH Q N e4 N W N e8 N M 4 4A 4 h C EL D- N H E 4 ee 4 O E E U
~
e O
-O
+
0 O
O m
M e
4 O
M?M44424 O 000u0000 +
e e e 6 e 8 0 0 0 M 00000000 O ,
o MOmHOonO eeMmesoe O
O DOOPMP&& W M e tJ N o b 4 4 e e o e a e o e e M 4eMemMNN 8 s e a 6 0 O
HNNNNNMM O C0000000 +
9 e e 9 0 0 8 8 O N 00000000 O e W d O M 4OeMth M mb en e m1 4 O OP@MHmmM m
@e m4d N o Me 4 m b e e e e e e N NHe@MN45 O
.OMMHHHMA O C0000000 +
+ 8 0 0 9 0 4 8 - O M 00000000 O e 44@4bMee O 24hMWMcM O Om4meMeb N MMNbNONe
~~e e e e e e o e N M&ebbhet O~~
HMHMMMOO O C0000000 +
6 4 0 6 e e + + 0 O 00000000 O e e W W O 4 84 N M O M4MHMNHm O
@mM44NDO b
@@@@@@OO *
. e e o e e e e M
@@@@@@MM TM O OEMMMMMMMM o MOOOOOOOOO +
MM S 9 0 4 9 8 8 8 O EUDOOOOOOO O w(OOOOOOc0 0 E00000000 O e COOOOOOO M NOebem4M e y e e e e e e e e g (J N N H M M H H L M beheeNNO 3 O W 4 D O O O O O o sJ O e um******+ e a O F00000000 O O U00000000 O
. wOeNN4mmO g O M & ed e m o b @ M O O O MM4N@4Nbo b =
e e e o e o e o e MNPNMeen >
0 m H w O
+Z 0 w O E O a 2 O O MNM4mebe 4 O w O E
4
O l
COORDINATE TYFE O SDURCE INTENSITY OPTION 2 R COORDINATE COORDINATE INTEHOITY COCRDINATE INTENSITY COORDINATE INTENSITY CODRDINATE INTENSITY 1 2.6800D+01 8.61890+03 8.04000+01 2.58570+04 1.34000+02 4.30940*04 1.87600+02 6.0 3320 + 04 5 2.4120D*02 7.7570D+04 2.9480D*02 9.48080+04 3.48400+02 1.1205D+0h 4.02000+02 1.29280+05 d
9 4.5560D*02 1.4652D+05 5.0920D+02 1.63760*05 5.6275D+02 1.80640*05 6.16300+02 1.9320D+05 13 6.6990D*02 2.1544D+05 7.2350D*02 2.326t0+05 7.77100+02 2.49920+05 8.30700+02 2.67150+05 17 8.8430D*02 2.84390+05 9.37900+02 3.01630+05 9.9150D+02 3.18370+05 1.04510+03 3.3610D+05 PHI COORDINATE COORDINATE INTENSITY COORDINATE *NTENSITY
. CODPDINATE INTENSITY CODRDINATE INTENSITY
) 1.55000-01 6.20000-01 4.70000-01 0.40000-01 7.85000-01 6.20000-01 1.09500+00 6.20003-01 5 1.4100D+00 6.40000-01 1.72500+G0 6.20900-01 2.04000+00 6.40000-01 2.35000+00 6.00000-01 9 2.6500D*00 6.00000-01 2.95000*00 6.00000-01 3.30000+00 8.00000-01 3.65000+00 6.00000-01 13 3.9500D*00 6.00000-01 4.25000+00 6.00000-01 4.55007+00 6.00000 01 4.86500+00 6.60000-01 17 5.18500+00 6.20000-01 5.49500+00 6.20000-01 5.81000+00 6.40000-01 6.1265D+00 6.26000-01 Z COORDINATE COORDINATE INTENSITY COORDINATE INTENSITY CODRDINATE INTENSITY CCDRDIN AT E INTLNSITY 1 7.97500+01 1.23130+01 2.39250+02 1.23130*01 3.98750+02 1.23130+01 5.5S25D+02 1.2313D+01 5 7.17750+02 A.23130+01 8.7725D+02 1.2313D+01 1.03670+03 1.23130+01 1.19620*03 1.23130*01 9 1.3557D+03 1.23130*01 1.51520+03 1.23130+01 1.6747D + 03 1.2313D+01 1. 83420 + 0 3 1.2313D+01 13 1.99370+03 1.23130*01 2.1532D+03 1.23130+01 2.31270+03 1.2313D+01 2.47220*03 1.2313D+01 17 2.63170+03 1.23133*01 2.79120*03 1.2313D*01 2.95070+03 1.2313D+01 3.1102D+03- 1.2313D+01 21 3.26970+03 1.2313D+01 3.42920+03 1.2313D+01 3.58870 + 0 3 1.2313D+01 3.7482D+03 1.2313D+01 25 3. 9077D + 0 3 1.2313D+01 4.06720*03 1.23130+01 4.2267D*03 1.23130+01 4.3S620+03 1.2313D+01 29 4.54570 + 03 1.2313D*01 4.7052D+03 1.23130*01 0.0 0.0 8.61890+03 3.3200D+07
~~CASE SETUP TIME IN NIN. s 0.0~~
, - a ,. - - _ . , - _. - _ , . . .- ..s..
e b O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O. D' f
I O O O O O O . O O O O- O O O O O O O O O O O -O O O O O O O O O O O O O e
O O O O O' O O C0000000000000 T .
~~OOOOOOOOOOOOOO i O S~~
a O0000000000000
. G R
O S0000000000000 M
w X OOOOOOOOOOOOOO M
M C0000000000000 4 00000000000000 E
C0000000000000 2
~~C0000000000000 9~~
N C0000000000000 M
OOOOOOOOOOOOOD 0000000000000O I. Co00o000000000 C0000000000000 l
O0000000000000 L
0000m000000000 f
4 COO 4COOmOMOOO i
I uOmOmOmonO4040
( -
.MONOmOMOMONOAD
! 9
~~'HOuOmO40mOeOno~~
. E e
I a
.-~ - , . . - _ , * . . . , ~ , - . , . . . . , . . . , _ , . . , _ , , , ,, , _ _ _ . , - - , . . . _ . , _ _ _ , , , , , , _ , , . . , _ _ ,.',._ ,[], , , , _ , , , , , , , , _ . . , , . . , _ _,, ,. ,
9
. 4 OOOOO OOOOO OOOOO OOOOO OOOOO OOOOO LS w
N 00000 X
M H
OOOOO w
X H 00000 M
H OOOOO 4
E OOOOO O
en4ON4 53
.3 4 nn P= 4 LA e e ee M N 4 et M 8 e e I H e4 M M N e
H H M 4 S6%
5 N
e . ..
MP-2 RADIATION QUALIFECATION OF ELECTGICAL ECUIPMENT (SOURCE:PEGICt13)
RECEIVER HUMBER 1 COCRDINATES - X 0.0 Y 0,0 Z t.3825E+03 GEOMETRY PRINT FOR PSEUDO SOURCE POINT AT THE COCRDINATE CRIGIN 2CHE BOUtOARY DISTANCE X Y Z 3 0 1.00000+01 0.0 0.0 2.3950+03
.- --- . , . , - - - . . . - - - . - . . . - - . . , . . - ~ - - - - . . ,- - .-- ..- . - . - . . . - - ~ . . , . . _ . - . -
i MP-2 RADI ATIDH QUALIF3CATEDN OF ELECTRICAL EDUIM1Et4T (SDURCE*REGIDH 3)
CDDRDINATES - X 0.0 Y 0.0 Z 2.3S25E+03 RECEIVER HUMBER 1 MEAN BUILOUP Et:ERGY FLUX DDSC RATE '
GRP NEAN ENERGY DIRECT BEAM WITH EUILDUP DIRECT BEA.". WITH BUILDUP t.'D ENERGY GRDUP LIMITS FACfDRS '
HEV/CH2-SEC NREM/tfR MEV NEV I
.3.92260+10 4.33430+10 8.25003607 9.1020D+07 1 0.4000 1.1033D+00 3.0146D+11 3.19280+11 6.0292D+08 6.3354D+08 2 0.8000 1.0591D+00
'1.1365D+11 1.18070+11 2.04570+08 2.1253D*06 ,
3 1.3000 1.03890+00 5.6449D+08-1.03120+00 3.22000+11 3.32060+11 5.47400608 4 1.7000 1.8374D+11 1.88640+11 2.93993+08 3.01S20*08 '
5 2.2000 1.0266D+00 1,5473D+0S t 1.0315D+11 1.05710+11 1.5256D+08 6 2.5000 1.044e0600 1.0975D+11 1.12130+11 1.53660+0S 1.56900+0S ,
7 3.5000 1.02160*00 1.4174D-20 6.1500 1.0174D+00 1.26653-17 1.28850-17 1.39320-20 l 8
1.1730E+12 1.21920+12 2.0398E*09 2.1240E+09 TOTAL 1.2784
. WDBU 1.2919 ,
ENERGY FLUX SUILDUP DDSE BUILDUP 1.03940+00 1.0413E+co t
TIME FOR DETECTOR IN MIN. 0.0 ene Ete OF JDB E16103 *mm ,
e n
I e
- ~.
e NORTHEAST UTILITIES SERVICES COMPANY RADIOLCGICAL ASSESSMENT BERLIN CONNECTICUT QAOPS-F PROGRAM 04/23/81 HP-2 RADIATION QUALIFICATION OF ELECTRICAL EQUIPMENT (SOURCE: REGION 4) ename PROGRAN CONTROL *****
NUMBER OF SOURCE POINTS ALONG THE X AXIS.NAX. 30 m a0 NUMBER OF SOURCE POINTS ALONG THE Z AXIS.NAX. 30
20 NUM3ER OF SOURCE POIN13 ALONG THE Y AXIS.NAX. 30 a 20 a t NUMBER OF MATERIALS.NAX. 30 a 2 HUMBER OF COMPOSITIDNS.NtX. 50 NUMSER OF ZONES. MAX. 200 a 5 NUMSER CF FHOTON ENERGY GROUPS.NAX. 30 m a s 7 NUMSER OF BOUNDARIES.NAX. 200
~~0 SOURCE GEOMETRY TYPE OPTION NOST PROBABLE SovRCE ZONE 1~~
a 2 SOURCE COMPUTATIOt3 OPTION NtR*BER OF NEUTRCt1 BASE NATERIAL AND ENERGY CROUPSs 0 FIRST SOURCE-DETECTOR TRAVERSE FOR GECMETRY FRINTs 0 LAST SOURCE-DETECTOR TRAVERSE FOR GEONETRY PRINT a 0 CEL SOURCE-DETECTOR TRAVERSE FOR GEONETRY PRINT s 0 a 0 GAMMA RAY AND NEUTRON REFERENCE NATERI ALS CONVERSION OF GANNA RAY Ato NEUTRCN OUTPUT OPTION
~~O u~~
~~GANNA FT00 FACTORS. CARD INPUTzo. INTERNALS NO. I BUILOUP FACTORS, CARD INPUTa0. INTERNAL *NO. a 4~~
~~0 GANNA HEAT CONVERSION FACTORS (N020.YES*I)~~
0 - 4 1
4 MM MM OO DO DO OO DO DO DO DO DO DO
+ + ++ + + + + + + + +
OO C0 OO DO OC DO to mM DO 00, OO DO 04 kN DO DO DO DO em MG OO DO DO DO Mb 4@ ed h DO DO OO e e e e e e e e e e e e MM e M N4 MM MM MM MM MM CO OO OO OO OO DO OO DO OO OO
+ + ++ ++ + + + + + +
OO DO DO CO DO OD eO Om ou OO DO DO 49 NM On OO DO DO
' O 4O 20 GO DO DO DO
~~Mb NN C4 OO OO OO O e e e e e o e e o e o e MM NM M4 HM MM MM I~~
MM MM OO OO DO OO OO DO C0 00 OO 00
+ + + + ++ + + + + + +
00 00 00 00 DO DO am 40 00 00 00 OO en eM OO OO O O' OO O @@ S fd NO DO OO C0 e eJ e Om OO DO 90 O e e e e me M. e e e e e
, HH HM M4 MM MM HM i
MMM Men OOO OOO OOO OOO C00 000 000 000 000 000
+ + + + + + +++ + + + + + + + + +
000 000 000 000 000 000 eDO C40 000 000 000 000 MNN mom OOM 000 000 000
~~O mMO P o eJ 200 000 000 000~~
~~+ CMb fJ Q N 000 000 000 O ede e. ?. e e e e .~~
~~e e +~~
~~MMM MM4 MM4* MMM MMM M Haf MMM MMM MOD 000 000 000 000 000 000 000 000 000~~
~~+ + + + + e + + + + + +++ + + +~~
000 000 000 000 000 000 omm NoF C00 000 000 000 GN4 m&4 000 000 000 000 O ONM MMO CON . 000 000 000 000
+ Nme NMe (me e e e 000 e
000 O e e e e e e e o e o e i MMM MM4e PMW MMM MMM MMM MMM MMM MOO OOO OOO OOO COO COO OOO OOO OOD 000
+ + + + + + e + + + + + +++ + + +
000 000 000 000 000 000 POO NMe 400 000 000 000 NhM OOM 000 000 000 000 O @f4@ MNN COM 000 000 000
~~MMC m&4 MMe OOO e~~
~~000 000 e e~~
O e e e e *
e e e e * *
~~HMM MN4 4MM MMM MMM MMM MMM MMM MOO COO OOO OOO 000 000 000 000 000 000~~
+ + + + + + e + + + + + +++ + + +
000 000 000 000 000 000 44m Mhm 000 000 000 000 NMm JOM 000 700 000 000 O Med m@@ cod OOO 000 000
M4C MNN MGM 000 000 000 O e e e e *
e e * * *
e e *
~~e e MMN MN4 MNm MMM MMM MMM O~~
M MMM MMM OO OOO OOO OOO O 000 000 00 000 000 OOO O + + + + + + + + + + + +++ + +
O 000 000 CO 000 000 000 M Pem mMb DO 000 000 000 N MMO MON OO 000 000 000 P NMO hMe OM 000 000 000
C44 Omo 009 000 000 N e o e M@Oe o e e e e e e o e e o e e e MMM MN4 ONm MMM MMM MMM M
U R N M a a a 1 J C Z 4 - - -
b b b W
e L e
OOOOOOOOOOOO
@NOPOHNMdMON
. H H H H tJ N N ts H ts es eJ OOOOOOOOOOOD UC0000000000 000000000000
- O000D0000000 000000000000 N N O M tJ 00000
+ + + + +
00000 00000 00000 00000 000000000000 e e e e OOOOOOOMWHMM 000000000000 p e
000000000000 MM MM 00 00
+ + + +
OO DO OO DO DO DO 0D OO O. O. O.O. O. O. O. P. P. O. M. M.
DOOOOOOMMOHH MMM ti c e
+ + 4 000 OO&
NWH Obh
%. H. O. O. O. O. O. O. O. O. O. O.
HMHODOOOOOOO OOOOO C000O D. O.O. O.O.* O D. 0 0 0 0 0 0000000 MMM 00000 000
+ + +
C00 Doe O0000 NGH ebb
@. H. O. O. O. O. O. m e O 6 0 MHHOOOO NMM4Mb@@
T 000 Q + + +
H C00 F GMOMN4HM
& NHM M bbo R O.O.O.O. G.M.h.H H M M N o
MOOOO4H4 W
O NNNMMMMHHHHN
>HHH E
H-WOOOOOOOOOOOO g - _
O W
O H N M 4 M 4 b H N P1 4 $
e
~~u. =~~
COMP / MAT 1 2 1 1. 2 C .' 03- 0 3 0.0 2 0.0 2.24000+00 MATERIAL REFERENCE HUMBERS 12 13 GAMMA ATTENUATIDH CDEFFICIENT MAT /GRP 1 2 1 9.54000 02 9.63000-02 2 7.07000-02 7.09000-02 3 5.65000-02 5.6600D-02 4 4.89000-02 4.91000-01 5 4.28000-02 4.3100D-02 6 4.02000-C2 4.07000-02 7 3.33000-02 3.42000-02 8 2.52000-02 2.7000D-02
_ _ m .. . m. - -- ~ - --._ _ . -,-. - - _ . .m .&-
O d 4
F 6
E i
6 I k i
j O
~~O I +~~
0 O
O W
H e
4 I
J O 4
M4M444ma u 00000000
l . e e e e e e e t Q M 00000000 o G H Q 40 M O @ 8- () O CeMm@H4@ O *
@OOPM@@@ me He m e e tJ No Oe ebe 4e 4 M 4GHCmMNN i
e e a e I e O
i e4 H N tJ tJ N M M O 90000000 +
8 8 8 e 9 9 9 0 O i tJ 00000000 O 2
S P O M Mf= & m 4 O
~~d40tJmH4@ O~~
~
O@@MHmmM m
@ e o meNo N e H 4.m. be N i
NHCmMN4b 8 O OHHHHHHH O C0000000 +
+ 0 0 e s 6 0 t O
& C0000000 O
^ gD 4o@ 4 fm FA m e's C
' 24bHMMGM O i Om4meH4b N J
HHNNNONG e e e o e e e e e N
! H@@bbhet O
HHHHHHOO O 00000000 +
0 6 e e e t ++ O O 00000000 O O
(Q 40 v) 4 O e tJ4J#4 meMNHNHm O
@mM4ebOO b
@@@@@@OO e o e e e e e e o H
@@@@@@HH I *m O i 6 c4 8 M MMMMMMM DOOOOOOO O
+
Ob e e e a e a e e O l
2000000000 O w(OOOOOOOO O O
QEO0000000 C0ts00000 M O
u HOWho.m4H o e e e e e e N e
NNHHHHHH k H b@b6ebbO O O M4COOOOOON O e UE* + + ++++ 0 g O
$b00000000 O O JUDOOOOOOO O UWOONNemmO E O M E N el m O b e M O O O h e W Me 4. N. ee 4e Ne b. O. g MN@NHOGM N O
E H W O Z 8 w O e e E O R 2 O O HNM42@b6 4 w
O O
1 g e 4
s I
i, t
-- -*w-- yw. -,,-,wy ,ei -wwwr ,- r y. , v.~ ~ - - - -- -++ ---,,-4. - - - . ., m e- -- m- - - -es - -- <----a,m --s+-- --,e-- - -4 r
= -- - .___ _ _ _ _ ._
CDORDINATE TYPE O SDURCE ItiTENSITY OPTIOff 2 e'
R COCRDINATE INTEt451TY COD 90INATE INTENSITY COORDINATE INTENSITY CDDRDINATE INTfH51TY CDORDINATE 1.1401D+03 3.11260+05 1.18560+03 3.236SD+05 1.2311D+03 3.36100+05 1 1.09460+03 2.9884D+05 3.85790 05 1.32210+03 3.6095D+05 1.36760+03 3.73370+05 1.4131D*03 5 1.27660+03 3.4853D + C5 1.59500+03 4.3553D+05 9 1.45c60+03 3.93210+05 1.5042D+03 4.115fD*05 1.5497D*03 4.23083+05 1.66620+03 4.60350+05 1.73170+03 *.72770+0S 1.77750+03 4.90593+05 13 1.64070+03 4.47920+05 5.3432D+05 4.92210+05 1.8682D+03 5.1003D+05 1.91370+03 5.20=5D+05 1.9592D+03 17 1.82300+03 FNI COORDINATE INTEt:3ITY INTENSITY COORDINATE INTENSITY CCORDIHLTE INTENSITY CDOFDIt4 ATE CCORDINATE 4.70000-01 6.40000-01 7.85003-01 6.20000-01 1.09500+00 6.20000-01 1 1.55000-01 6.20000-01 6.00000-01 6.40000-01 .1.7250D+00 6.20000-01 2.04000+00 6.43000-01 2.35000+00 5 1.41000+00 3.65000+00 6.00000-01 9 2.65000+00 6.00000-01 2.95000+00 6.00000-01 3.30000+00 8.00000-01 6.00000-01 4.5500D+00 6.0000D-01 4.66500+00 6.6000D-01 13 3.9500D*00 6.0000D-01 4.25000+00 5.49500+00 6.20000-01 5.81000+00 6.40000-01 6.12650+00 6.26000-01 17 5.18500+00 6.20000-01 Z COCRDINATE INTENSITY INTENSTTY CDDRDINATE INT EttSITY COORDINAT E CODRDINATE INTENSITY CDORDINATE 1.4444D+03 1.3941D+01 1.62490+03 1.3933D+01 1.80550+03 1.3941D*01 1 1.26 380 + 0 3 1.3941D+01 1.39410+01
~~1. 3941D~~
01 2.1667D*03 1.3941D+01 2.3472D+03 1.3933D+01 2.5278D*03 5 1.9061D+03 3.25010403 1.3941D+01 9 2.70840*03 1.3941D*01 2.88900603 1.3941D+01 3.06950+03 1.39330 01 1.39330+01 3.791eD+03 1.3941D*01 3. 9724D
0 3 1.3941D+01 13 3.4307D*03 1.3941D+01 3.6112D+03 4.3335D*03 1.39330+01 4.5141D+03 1.39410+01 4.69470+03 1.39410401 17 4.1530D+03 1.3941D+01 seen CASE SETUP TIME IN NIH. m 0.0
~~4. .i ,~~
?
e
_- - = .~. - - + . _ .>, .
I
- 4 l
1 i
O O O O O O O O O O O O O O O O O O O O O 4
O O O O O O O O O O O O O O O O O O O O O O O O O O O O e O O O O O O O O O O O O O O O O O O g- O O
, O O O O O O O r
C0000000000000 J
a O0000000000000 G
5 00000000000000 +
2 O 900O0000000000 M
w I
X 00000000000000 M
, R 00000000000000 4 00000000000000 1
~
E C0000000000000 Z
C0000000000000 N
00000000000000 0 K k
D0000000000000 l Z f
. 00000000000000 I
i O0000000000000 00000000000000 000o0000000000 0000WO00000000 4000400020$000 NOWOMOMONO404O e
HONOHDHDHONOMO 9
"HONOMO40$O@ObO K
N 5
A w OOOOO OOJOO OOOOO OOOOO OOOOO m
OOOOO O
w L
OOOOO X
m M
OOOOO w
X H OOOOO CE OOOOO 4
E
~~OOOOO C~~
sh40h4 40
.J t2h@W e e e 5 M N-f M M 0 0 0 9 MMMMN O
O ZMNM1m W
6 n
oms e e.
~~6 1~~
a l
M O
+
W 4ft N
80 m m.
Cd O N W
E se W
U Z n M D O O M
@ E w O O.
H O W Z >-
W 4 E Z CL **
H > O M 3 ft O cy O +
W D D U N J N&
4 W N O I @
M H e 63 N k O H U = 4 W D d &
W Z w
6 O O X (L >
Z W O O u -
M O k
4 S O @ M l Ce to O w W O +
H H O O oJ 4 3 @
W Z W XM gv N
O M
CL N
l a O.
Z O N e4 O O O CA u w M
F 4 H O C4 Z W+
O 4
M E QO 80 m (L Me W e4 N h ON e a 6e e R H OM E W 5
W O b M
e4 4 eo a
W o
k W
> W M ~M w &
u N W
R
+ . .
- ~ . . - . . - . _ . - . . - . ~ . . . - . . . - .
.- ~. . . - -
. . - - , . - . . . . - . . _ . . . . . - . - . . . . _ . . . . - _ . . . ~ . . . . . .. - . ~ . . - . . ~ . . , ,
1 n
J
,.
l NP-2 RADIATION QUALIFICATI0H OF ELECTRICAL EQUIPMENT ISOURCE*REGICil 4) g i RECEIVEP tRJMBER 1 CCDRDINATES - X 0.0 Y 0.0 Z 2.3825E+03 5 i
.. GRP MEAN ENERGY MEAN BUILDUP ENERGY FLUX CCSE' RATE HD ENERGY GRDUP LIMITS FACTD9S DIRECT BEAN WITH BUILDUP DIRECT BEAM WITH EUILCUP MEV MEV MEV/CM2-SEC MREM /HR

i 1 0.4000 1.2314D+00 1.9319D+10 2.37900+10 4.0571D+07 4.99580+07 ,
1 2 0.8000 1.1353D+00 1.52480+11 1.7310D+11 3.0495D+08 3.4620D + 08 [~
i 3 1.3000 1.09260+00 5.84180+10 6.3S25D+10 1.0515D+03 1.1489C+08 j 4 1.7000 1.07460+00 1.6694D+11 1.79390+11 2.83300+08 3.04960+0S 5 2.2000 1.0621D+00 9.5922D+10 1.01870+11 1.53470+08 1.6300D+0S
-6 2.5000 1.0568D+00 5.40070+10 5.7075D+10 8.1011D+07 8.5612D+07 .
}
7 3.5000 1.04520+00 5.7915D+10 6.0533D+10 8.10600+07 .8.4746C+07 j 7.4189D-21 7.65070-21 8 6.1500 1.0313D+00 6.74440-18 6.95520-15

TOTAL ;.2760 6.0500Eill 6.5932D+11 1.0500E+09 1.1494E+09

i WDBU 1.3045 d
ENERGY FLUX EUILDUP DCSE EUILDUP 1.0902D+00 1.0946E+00 5 **** TIME FOR DETECTOR IN MIN. t 0.0 1
j *** END OF JOB E16103 ***
I

4 i
t i
l 1
3 4
1 i
. _. _ _ _ _ . _ _ _ _

ML20003H548

Text

O OO

Navigation menu

Search