ML20148T736

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Rev 0 to Calculation 6612-96-030, Rms Levels Corresponding to NUMARC Eals
ML20148T736
Person / Time
Site: Three Mile Island  Constellation icon.png
Issue date: 11/08/1996
From: Parfitt B
GENERAL PUBLIC UTILITIES CORP.
To:
Shared Package
ML20148T644 List:
References
6612-96-030, 6612-96-030-R00, 6612-96-30, 6612-96-30-R, NUDOCS 9707090305
Download: ML20148T736 (28)
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Text

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Enclosure 5 i

0G99 NL CLEAR CalculatlOn Sheet I bebject Canc. No. Rev. No.

RMS LEVELS CORRESPONDING TO NUMARC EALs 6612-96-030 0 Origenster Dnee Revtew y Date PARFITT November 8.19% m,, q jf_f g

xJ . <

. 1.0 Problem Statement To estimate site specific RMS monitor readings that would require an Emergency Plan declaration under i the NUMARC EALs.

2.0 Results Summarv -

UN SUAL E V NT ALERT

~ ~

RELEASE RMS MONITOR RMS MONITOR PATHWAY MONITOR READING UNITS MONITOR READING UNITS l COG RM-G-25 2.40E+02 mR/hr RM-G-25 2.40E+04 mR/hr t STATION VENT RM-A-8G 2.90E+05 cpm RM-A-8 HI 8.00E+02 cpm RB VENT RM-A-9G 6.40E+05 cpm RM-A-9 HI 4.40E+03 cpm ESF VENT RM-A 14 3.05E-02 uCl/cc RM-A-14 3.05E+00 uCl/cc LIQUID OUTFALL RM-L-7 1.43E+03 cpm RM-L-7 1.43E+05 cpm IWTS/lWFS RM-L-12 1.78E+05 com RM-L-12 Offscale com j

k Si1E A E A I Mi R GI NE NCY 3 RELEASE RMS MONITOR RMS MONITOR

PATHWAY MONITOR READING UNITS MONITOR READING UNITS COG RM-G-25 3.04E+05 mR/hr RM-G-25 Offscale mR/hr STATION VENT RM-A-8 HI 1.20E+04 cpm RM-A-8 HI 1.20E+05 cpm RB VENT RM-A-9 HI 6.45E+04 cpm RM-A 9 HI 6.45E+05 cpm ESF VENT RM-A-14 4.48E+01 uCl/cc RM-A-14 4.48E+02 uCl/cc 1

3.0 References 3.1. Procedure 6610-PLN-4200.01 "ThU ODCM" 1

i, 3.2. Procedure 1101-2.1 " Radiation Monitoring System Setpoints" 3.3. TMI-l FSAR Table 14.2-4 3.4. Procedure 6610-PLN-4200.02 "TMI EDCM" 3.5. Raddecay 4.0 3.o. TMI-l FSAR Table 14.2-2 and Section 14.2.2.1.b.1 3.7. TDR 989 Rev 1, "TMI-I Cycle 8 Reload", Table 5.7-2 9707090305 DR 9707o1 .

ADOCK 05000289 PDR

B n?eu uuctrAn Calculation Sheet s.m x cm. 3 an.3 j RMS LEVELS CORRESPONDING TO NUMARC EALs 6612 96 030 0 l Ortstnaaer Done Revwwed by Date ]

PARFITT November 8.1996 l 4.0 Assumptions

41. It is assumed that the RCS activity when an event occurs has the same isotopic distribution as Reference 3.7 and Reference 3.3. Both references provide the same values, however, there are typographical errors in Reference 3.3. For the ESF Ventilation System, the isotopic dis'tribution is . 1 provided by Reference 3.6.

4.2. Monitor sensitivities and release flow rates are those assumed in Reference 3.2. l

43. The following Reduction Factors (RF) were used in this analysis NOBLE GASES (ALL PATHWAYS) 1 Ref. 3.1 IODINES (CONDENSOR OFFGAS) 133 Ref. 3.1 IODINES (STATION VENT AND REACTOR BUILDING) 25 Ref. 3.4 IODINES (ESF VENTILATION) 1000 Ref. 3.6 Iodine reduction factors for station vent assume 60% plateout on building surfaces and 90% charcoal filter efficiency. Iodine reduction factors for ESF Ventilation assume 90% charcoal filter efficiency. i A decontamination factor of 100 for the spent fuel pool is already incorporated in Reference 3.6 j I

4.4. Detector responses (DR) for the monitors were taken from Reference 3.4. lodine DRs for beta l scintillation detectors were not available in Reference 3.4 but were derived in accordance with the methods in Reference 3.4 and beta ray data in Reference 3.5. This derviation is contained in Appendix II . The derived iodine DRs are as follows:

BETA SCINTILLATOR RESPONSE FACTORS Xe-133 RESPONSE (Prob)(Emax) (Prob)(Emax) FACTOR l-131 0.58 0.35 1.67 l-132 1.33 0.35 3.84 l-133 1.14 0.35 3.31 1134 1.60 0.35 4.64 l135 1.04 0.35 3.02

.4.4. Whole body and organ dose conversion factors are provided in Reference 3.1 4.5. Maximum annual average atmospheric dispersion factors are 1.16E-5 sec/m' for a ground level release and 7.17E-7 sec/m' for a station vent release in accordance with Reference 3.1 i

l l

I Qeu NUCLEAn Calculation Sheet s.m cm. 3 -

x, 3 RMS LEVELS CORRESPONDING TO NUMARC EALs 6612 96 030 0 Oristmeser Done N by Dese PARFITT November 8,19%

5.0 Data and Calculations -

)

, 5.1. The calculation of the Xe-133. equivalent concentration going past the monitor at a given monitor

count rate is detennined using the following equation

i Cx t33 = CR/S ,

Where:

Cx m = Xe-133 equivalent concentration going past the monitor (uCi/cc)

CR = Monitor count rate (cpm)

J S = Monitor sensitivity to Xe-133 (cpm /uci/cc)  !

5.2. The normalized isotopic distribution reaching the detector is based on the RCS activity and any reduction factors that may reduce an isotope's activity prior to reaching the detector. The fraction of the total mix reaching the detector that an isotope i constitutes is calculated as follows:

Fi = (Ai/RFi)/I(ApfRF)i Where:

Fi = The fraction of the total activity reaching the detector constituted by isotope i Ai = The activity ofisotope i in the RCS (uCi/g)

RFi = The reduction in isotope i between the time it leaves the RCS and gets to.the detector I(A,i/RFi) = The total activity that would reach the detector following application of appropriate reduction factors (uCi/g)

The reduction factors for each release pathway are discussed in Assumption 4.4.' For releases from the ESF Ventilation System (RM-A-14), the activity released does not come from the RCS but from the postulated fuel handling accident in the FSAR. As a result, the isotopic fractions (Fi) are generated by replacing Ai with the activity released into the fuel handling building from Reference 3.6.

5.3. The conversion of the Xe-133 equivalent concentration to the actual isotopic distribution passing by the detector is accomplished by determinmg the overall detector response factor for the isotopic mix reaching the detector. This overall response factor is a function of the response factors for the

i .

l .

&u l

l l NUCLEAn Calculation Sheet  ;

bebject Calc. No. Rev. No.

i RMS LEVELS CORRESPONDING TO NUMARC EALs 6612-96-030 0 Originesor Duee Reviewed by Date PARFTIT November 8.1996 l individual isotopes in'the mix. The determination of the overall response factor is performed as

! follows:

DR = E(Fi)(DR)- i Where:

DR. - The overall response of the' detector for the isotopic mix compared to the calibration nuclide (Xe-133)

Fi = The fraction of the total activity reaching the deter: tor constituted by isotope i Dr = The individual response of the detector to isotope i compared to (Xe-133)

The tme activity concentration passing the detector is then calculated as follows:

C = Cx i33 /DR.

Where:

Ci = the true total activity concentration passir.g the detector (uCi/cc)

DR. = The overall response of the detector Ihr the isotopic mik compared to the calibration nuclide (Xe-133)

Cx m = Xe-133 equivalent concentration going past the monitor (uCi/cc)

The isotopic activity passing the detector is then determined:

Ci = (C )( Fi )

Where:

Ci = the activity concentration passirag the detector for isotope i (uCi/cc)

Ci = the true total activity concentration passing the detector (uCi/cc)

Fi = The fraction of the total activity reaching the detector constituted by isotope i

! ' The release rate for the pathway is calculated as follows:

i I

A i = (Ci)(Q)

. I l

i

%u NUCLEAN Calculation Sheet -

Subject Calc. No. Rev. .No.

RMS LEVELS CORRESPONDING TO NUMARC EALs 6612 %C30 0  ;

Oprinesor Dese Reviewed by Date l PARFTIT November 8.1996 1 Where: l l

A; = the release rate ofisotope i (uCi/sec) l Ci = the activity concentration passing the detector for isotope i (uCi/cc)

Q = the flow rate from the release path (cc/sec)  ;

i 1

5.4. The offsite dose from the release is calculated as'follows: j l

Di =(Ai)(X/Q)(DCF)i Where:

D = The offsite whole body or organ dose rate from isotope i (mrem /yr) 6

- l A; = the release rate ofisotope i (uCi/sec)

X/Q = the highest sector annual average gaseous dispersion factor for ground or station vent release-(sec/m')

DCFi = the whole body or organ dose factor for the submersion or inhalation pathway (mrem /yr/uCi/m')

The whole body dose (noble gases) and organ doses (iodines) from each isotope are then summed.

5.5. Using this methodology, the gaseous monitor readings corresponding to the mo;:t limiting dose (whole body or organ) for each of the following event categories in the NUMARC EALs were then calculated for RM-G-25, RM-A-8, RM-A-8 Hi, RM-A-9, RM-A-9 Hi, and RM-A-14:

EVENT WB DOSE ORGAN DOSE UNUSUAL EVENT 1E3 mrem /yr (0.11 mrem /hr) 3E3 mrem /yr (0.34 mrem /hr)

ALERT 1ES mram/yr (11 mrem /hr) 3E5 mrem /yr(34 mrem /hr)

SITE AREA 8.8E5 mrom/yr (100 mrem /hr) 4.4E6 mrem /yr (500 mrem /hr)

GENERAL 8.8E6 mrem /yr (1000 mrem /hr) 4.4E7 mrem /yr (5000 mrem /hr)

The complete calculations are contained in Appendix I of this calculation.

GPU NUCLEAR caiculation Sheet 5ebject Calc. Na. Rev. .%o.

RMS LEVELS CORRESPONDING TO NUMARC EALs 6612-96-030 0 Onginosor Dese Rev6ewed by Dese PARFTIT November 8,19% i T

5.6. For liquid monitors the ODCM limit is 10 times the concentrations specified in 10 CFR 20.1001-20.2401, Appendix B, Table 2. The most limiting concentration for isotopes released by TMI is 1.0E-06 uCi/cc for C-137. The ODCM limit for this isotope is then 1.0E-05 uCi/cc at the station discharge.

The calculation of the limiting concentration for a specific release pathway is as follows:

C. = (C4)(f+F)/(f) 1 Where:

C. = The allowable concentration from in the effluent line prior to dilution and release (uCi/cc)

Co = the limiting concentration at the station discharge after dilution (uCi/cc) f = the flow rate in the effluent line prior to dilution and release (cc/sec)

F = the flow rate of dilution water prior to the release point (cc/sec)

The monitor reading at the limiting concentration is calculated by:

CR = (C.)(S)

Where:

CR = Monitor count rate (cpm).

C. = The allowable concentration from in the effluent line prior to dilution and release (uCi/cc) l S = Monitor sensitivity to Cs-137 (cpm /uCi/cc) )

l For RM-L-7 and RM-L-12, the following parameters apply per Reference 3.2:

RM-L-7 RM-L-12 C,(uCi/cc) 1.0E-05 1.0E-05 l

. f (gpm) 30,000 280 )

F (gpm) ,

30,000 8000  !

S (cpm /uCi/cc) 7.16E+07 3.0E+08 l l

I l

, Qeu NUCLEAR CalculatlOn Sheet i

subjoet . Calc. No. Rev. No.  !

RMS LEVELS CORRESPONDING TO NUMARC EALs 6612- % 030 0 Ortsteaser . Dane Revenwed by Duee l PARFITT November 8.19%

The limiting concentration for each pathway, the sensitivity of the detector, and the detector reading at the limiting concentration are tabulated below: i

)

ODCM CONC SENS READING READING (uCl/cc) (CPM /uCl/cc) 2X ODCM 200X ODCM UNITS RML-12 2.96E-04 3.00E+08 1.78E+05 Offscale CPM RML7 1.00E-05 7.16E+07 1.43E+03 1.43E+05 CPM This approach is conservative in that it assumes that all activity seen by the detector is Cs-137, the

~

isotope with the most limiting concentration limit.

i l

l l  !'

l l

i  !

l (2eu NUCLEAN CalculatlOn Sheet subject Calc. No.

  • Rev, No. ,

RMS LEVELS CORRESPONDING TO NUMARC EALs 6612- % 030 0 oristmaer Dese Re*wed by Dese PAPJITT November 8,1996 I

l 4

e APPENDIX 1 GASEOUS MONITOR CALCULATIONS 1

1 l

l 4

I l

l i

i  :

Mos#f088 8tEAOING FOst 2x 00CM tas'TS RMG25 RCS RCS RMG25 CE133 REL EQSE ' ItELEOSE . WB ORGAN SE985tTMfY ES8 3 5M

  • 01 mRNeheCWee AFTER PF NORh4 RESP 20 CONC' RATE WS DCF, ORGAN DCF, DOSE RATE DOSE RATE  !

1 - 8tCS4AJ IAJEWJ IFJ tEW EFJt0ItJ tCJ tAJ R/O tmsom'vrt (mesm/wel GDJ - 10) uC&cc uCWce uCWeee teocimi - ,q uCWmi . tuCWai emeomyl smromtyst ,

uCWee

, . sueA COUNT fuit 4Cett 240 m8tNw 2.43 ERS9M 2.43E + 00 5 70E43 2.39E + 00 1.34E 02 3 00E O2 7.OE

  • 02 1.14E 05 11M 403 9 45E o 00 net 33 EO Cosec IC. I S SM *00 uCWcc 9.75 EROS 9.7M+00 2 2SE 02 1.90E 02 2.5M 04 1.40E 01 2 WE 4 03 1. tee 05 tSIE+01 5 22E Of S 47E
  • 00 uCWee 1.20 RftS7 1.20E
  • 00 3 00E 03 3 59E + 00 - 1.00E42 1.94E 02 3.7E 4 02 1.10E 05 5 9M
  • 03 2 5M 4 01 TflUE ACTMTV 4CJ 3 95 EROS - 3 90E
  • 00 92M03 3 70E +00 3.43E 02 S001IO2 1.1E 4 03 t. tee 05 147E + 04 ' t.9M
  • 02 seGA Raft 0 32Me03 2.08 NE13tM 2.SOE + 00 - S 29E 03 5 40E 02 3.40E 04 4 07E 02 7.M + O2 1.tGE OS 9 ISE
  • 01 81M Of 2.t tE 03 uCWec 4.22 NE1334 4.2M
  • 00 9 9tE-03 3.70E 01 3.74E-03 8 41E 02 1 M
  • 03 9. tee 05 2.5tE
  • 02 3.5M
  • 02 9.20E 01 1.00E + 00 9.20E 01 5.90E + 00 ' 1.tE
  • 05 t.lGE 05 2 94E
  • 02 3 83E
  • 02 net 30M 4.05E Ot 1.14E-03 2. tee +00 2.40E 03 7.37E 03 1.4E402 1. tee 05 3.12E + 03 5.03E
  • 00 STACE ROW 000 40 CfM 0 405 8.37 NE135 S 3M
  • 00 1.90E 02 2.54E + 00 4.90E 02 1.2M 01 2.4E
  • 03 1. tee 05 f.StE
  • 03 504E*01 NE138 4 9M ot I SM 03 1.04E
  • 01 1.eBE 02 1.0EE 02 2.0E
  • 02 1.49E 05 8 83E 4 03 2 0M 4 08 IOoseE REOUCTIOes tRPI 133 O SS2 ,

S9M e02 4.29E 02 1.0 f f -04 2.00E + 00 2.00E 04 S SM 04 1.M

  • 01 1.90E 05 t SM
  • 07 2.3tE
  • 03 o 5.74 1931
  • 1.44E 02 3.30E 45 S.2SE + 00 2.StE 04 2.19E 04 4tE*00 - 1. tee 05 1.94E
  • 05 9 3tE *00 L 1.92 1132 '

4.5GE 02 1.07E 04 . 2.4M

  • 00 2.8ft 04 8 93E 04 I.3E
  • Of ' 1.1GE 05 3 OGE 4 08 5 S4E
  • 02 8 07 4133 5 00E 03 4.34E OS S.01E + 00 S OSE 05 3 SBE 05 IeE*00 1. tee-05 5 O M eOs 9 00E Of 0.757 1134*

3.7M + 00 2.esE 04 3.5M 04 SSE+00 f. tee 05 7.9M + 05 S.10E

  • 01 3.08 Il35 2.3M 02 5.44E 05 4.2EE + 02 - t.00 91( = 1.05 5 47E + 00 29Me03 4.2M + 02 TOTAL 4 20E +02 800 TOTAL 4.2EE + 02 S 4M
  • 00 '

1.79E 4 01 i TOTAL 1.3M 01 2.00E 03 IUCS ACTMTV REOUCEO WV 133 AS PARTIOefueG OCCURS PfuGR TO t N DETECTOR h

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-- _ _ - . - _ - - _. - . - - _ . _ - . - - _ _ _ - . - - . _ . _ _ _ _ . _ - . _ - - - _ - _ _ _ _ . . _ . _ _ _ _ _ . - _ - . . . _ _ - _ _- _ _ . _ . _ _ _ - _ . . . _ _ _ _ _ - _ . . _ _ - . . . - ~ _ _ ~ _ _ , _ - _ _ _ ~ _ _ . - - - _ . _ _ - . _ . - - - - . _ . - - _ - - _ - _ _ _ _ _ - _ - _ _ _ _ _ - - _ _ _ _ . _ - . - _ _ _ _ - - -__'

. . _ . _ , - .n.. x. ._ -. ._. -. .,

1 MONITOR READueG FOR 200X ODCM LedITS RMG25 -

RCS ~ RCS fedG25 NE133 RELEASE RELEASE WS . ORGAN SEM51TfvtTY tSt 3 52E

  • 01 at*#wiucWce AFTER PF 9eORM RESP EO CONC MATE We DCF. ORGAN OCF. DOSE RAf'E ASE RATE flCS lAJ (A,lRFJ IFJ 100U IFJIDey ICJ (AJ Rf0 terem/gr1 trmemtvel tDJ (DJ uCuce uCwce ,vCWec uCWeec (sec/mi tuCWei tuCWmi smromtvel tmromtvel RMA COUNT RATE GCSS 24000 enRMw 2.43 KRe5M 24M*00 5 70E 03 2.35E + 00 1.34E 02 300E*00 70E+04 1. tee 05 1.17E + 03 9 45E*02 NE133 EO CONC tc. J 6.eM +02 uCyce 9.75 Emos 9.75E
  • 00 2.2M 02 1.10E 02 2.5M 04 I .4eE + 01 2.eE 4 05 1. tee 05 t61E401 5 22E e 01 TRUE ACTivtTY ICJ S 47E 4 02 uCWee 1.2e KRS7 1.20E
  • 00 300E03 3SSE+00 t.00E 02 1 SeE + 00 3.M +04 1.10E 05 5 92E 403 2 SM + 03 3.95 ERee 39M e00 52M03 3.70E + 00 3.43E 02 0DeE+00 1.tE
  • 05 1.19E 05 14M*04 9 93E
  • 04 NGA Raft 0 3.2M + 03 2.se NE13tM 2 eeE + 00 S.29E 03 5.40E 02 3,40E 04 4.07E + 00 7.7E + 04 1. tee 05 9.tSE
  • 01 0 TSE
  • 01 0 Cosec 2.11E 01 uCWee 4.22 net 33M 4.2M + 00 9.StE 03 3.7eE 01 3.74E 03 8 41E o 00 1.2E
  • 05 1.1GE 06 2 51E +02 3 62E + O2 302 NE133 3.92E + 02 9.20E 0? 1.00E + 00 9.20E-01 59eE*02 1.1E
  • 07 1. tee 05 2.94E *02 3 eM
  • 04 STACR FLOW tot 40 CFM 0.4e5 NE130e4 4.0$E 01 1.14E -03 2. tee
  • te 2.4eE 03 7.37E 01 1.4E + 04 1. tee 05 3 tM
  • 03 . 5 03E
  • 02 0.37 NE135 S.37E + 00 1.90E 02 2.54E
  • 00 4.90E 02 1.2M
  • 01 2.4E + 05 1.10E 05 1.91E
  • 03 5 0eE s 03 IOOest REDUCTt000 lirl 133 0.0e2 NE13e 0.9M Of 1.82E 03 1.04E
  • 01 1.SSE 02 1.08E + 00 2 CE + 04 ? lee 05 ee3Ee03 2OMe03 6 92E e 04 5.71 ~ 1131 4.29E-02 1.01E 04 2.eEE
  • 00 2.Get-04 S.52E 02 1.M + 03 1. tee 05 102Eo0F
  • 2.3tt 405 1.92 1132 1.44E O2 3.30E 05 0.2SE +00 2.91E 04 2.19E 02 4.1E + 02 1. tee 05 1.94E e 05 9 3tE *02 0.07 1133 4.SSE 02 10M44 2.4M + 00 2.8tE-04 8 93E 02 1.3E
  • 03 1. tee 05 3 95E + OS 5 04E
  • 04 .

0.787 1134 5 OSE-03 1.34E -05 8.01E +00 0 03E 05 e 95E 03 1 SE o 02 1. tee 05 5 OM + 04 9 SOE

  • Of 3.se 1935 23M02 5.44E-05 3.7eE + 00 2.0E 04 3 5M O2 S SE e 02 1. tee 05 7.9M + 05 8.10E
  • 03 4.20E +02 TOTAL 4.20E + 02 1.00 Det. = 1.05 S.47E
  • 02 2.97E
  • 05 4.2E + 02 peg TOTAL 4.2SE + 02 9.47E
  • 02 1.79E
  • 01 tTOTAL 1.3M 01 2.00E 01 6

RCS ACTMTV REOUCEO SY 133 AS PART10NueG OCCURS PIWOR TO REACHBeG DETECTOR s

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ItCS RCS RMG25 RE133 RELEASE ftELEASE SEN$tifVITY 189 3.52E + 01 mRPwAstuce . AFTER PF NORM RESP EO Cosec MATE W8 DCF, OHGAN DCF, DOSE RATE DOSE RAtt RCSIAJ 1A/RFJ IFJ IC R) (F,1100U ICJ (AJ MlO teremtvel tmeemerl IDJ (DJ uCWee uCWee uCuce uCWsee tsechni tuCWmi tuCdmi towemtyrt Imremryrt RMA COUNT RATE ICRI 3040000 mRitw 2 43 KR95M 2.4M + 00 5 70E 03 2 35E + 00 1.34E 02 4 SSE + 02 8SE+06 1.1M 05 1.17E + 03 1.20E

  • OS i' NE133 EO CONC GC ,,,) S Get + 04 uCWce 9.75 KROS 9.75E o 00 2.29E 02 1.10E 01 2.52E 04 1SSE+03 35Eo07 1.1M 05 1616 + Of ' 6 61E e 03 S.20E +04 uCWec 1.29 ER87 1.20E + 00 3 00E 03 35M*00 1.tnl542 2 4GE + 02 4.8E + 0s 1. tee OS 5 92E
  • 03 3 tM
  • 05 TRUE ACTfvt1Y tCJ 3 95 KRSS 3 95E
  • 00 9 2M 03 3.70E
  • 00 34M 04 7.90E + 02 14E+07 1.10E 05 1.4 FE
  • 04 2.4 % *06 NGA RATIO 3 2M + 03 2 et NE131M 2.00E
  • 00 S.29E 03 5.40E 02 3 40E & 5.1GE + 02 9 FE + OS 3.1M 05 9.1M +01 1 OM + 04 RE133M 4.22E + 00 9.91E 03 3.79E 01 3.74E AS 3.1N + 02 1.5E
  • 07 1.10E 05 2 51E
  • D2 4.48E
  • 04 ICONC 2.87E
  • 01 uCWce 4 22 392 NE133 3 92E + 02 9.20E 01 1.00E o 00 9 20E41
  • 54E + 04 1.4E + 0e 1.10E 05 2 94E
  • 02 4 85E o 06 40 CFM O.485 XE13the 4.05E 01 1.14E 03 2.10E + 00 2.40E C M + 01 1.8E + 0S 1.1M 05 3.12E + 03 6.37E 4 04 ST ACK FLOW 809 8.37 NE135 8.3M + 00 1.90E 02 2.54E o 00 4 99E 0 #81E*03 3 OE
  • 07 1.10E 05 181E+03 0 3eE
  • 05 133 0.002 NE138 S.92E 01 1.62E 03 104E
  • 01 1.00E 02 1.3M + 02 2.5E
  • OS 1.10E 05 8 SM + 03 2 57E
  • 05 10 DEME ftEDUCTION GRF) 8 76E + 06 5.71 1131 4.29E 02 1.01E 04 2.00E + 00 2.00E 44 8 2eE *00 f .eE + 05 f.tSE 05 162E
  • 07 29M*07 1.92 1132 1.44E 02 3.39E 06 0.29E + 00 2.81E 04 2 ?SE
  • 00 5 2E
  • 04 1.10E 05 1.94E*05
  • 05 1.07E 04 2.43E + 00 2.StE 04 8.79E + 00 1.M + 05 I ISE 05 3 95E + 08 7 40E
  • 08 8 07 B133 4 SSE 02 1.34E 05 S 01E + 00 8 OM 05 1.10E + 00 2 tE + 04 f.tM 05 5 07E + 04 122E
  • 04 0.757 1134 5 GSE 03 3.79E + 00 2 00E 04 44eE*00 S.4E
  • 04 1.19E Of 7 92E
  • 05 7 FM + 05 3 08 B135 2.32E-02 5 44E 05 '

1.00 Det, = 1.05 8 20E + 04 3 F6E + 07 4 20E + 02 TOTAL 4.20E

  • 02 4.2eE +02 NG TOTAL 4.26E
  • 02 8 20E 4 04 1.7M + Of ITOTAL 1.32E 01 2 54E
  • 01 ftCS ACTNITY REOUCED SY 133 AS PARTIONING OCCURS PMIDR TO lEACHDeG DETECTuft I

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-- " - - - - - - + - _ . _ _ _ _ . _ _m.__., .__ _____ _ _ _ _ _ _ _ _ _ , , , . _ _ _ _ _ , _ _ _ , _ _ _ _ _ _ _ _ _ _ ,_ , _ __

9 i

MONITOR READeeG TOR 2X OOCM LIMITS RMAe RCS

  • AFTER PF RCS RMAS XE133 RELEASE RELEASE W8 OHGAN SENSITIVITY ($1 3 69E + 07 CPM /uCi/cc lA,flEJ NORM RESP EO CONC RATE W8 DCF, RGAN DC DOSE RATE DOSE RATE uCi/cc (FJ ' (00tJ IFJtOftJ (C,8 (AJ X/O tmrem Nel Imremkul 10J 10J uCi/cc uCa/sec Isoc/m'l tuC1/m'l - tuci/m'l (mrem /yd tmrem/yel RMA COUNT RATE ICitt 290000 CPM KR85M - 2.43E + 00 5.70E 03 1.92 1.09E42 4.10E 05 2,1 E + 03 7.17E-07 1.17E + 03 1.79E 4 00 -

XE133 EO CONC (C.,,,) 7.86E-03 vCi/cc KR85 9.75E + 00 2 29E-02 ' 1.98 4.53E42 1.65E-04 85E+03 7.17E-07 1.61E + 01 9.00E 02 TRUE ACTIVITY QC,) 7.20E43 uCi/cc KR07 1.2SE + 00 3.00E-03 9.12 - 2.74E42 2.18E 05 1.1E + 03 7.17E-07 5.92E + 03 4.76E + 00 KROS 3.95E + 00 9.20E-03 2.78 2.57E42 8.57E45 35E+03 7.17E 07 1.47E + 04 3.65E + Of NGA RATIO 907.0836 XE13tM 2.00E+00 8.29E43 0 0.00E + 00 4.52E 05 2.3E + 03 7.17E47 9.15E + 01 1.54E 01

  • ICONC' 1.29E45 uCi/cc XE133M 4.22E + 00 9.09E43 0 0.00E + 00 7.12E45 3.7E + 03 7.17E47 2.GIE 4 02 6 65E 01 XE133 3.92E + 02 9.19E-01 1 9.19E41 S.62E-03 .3.4E +05 7.17E47 2.94E + 02 7.24E + 01  ;

ST ACK FLOW iel 110000 CFM XE135M 4.05E-01 1.14E 03 0 0.00E + 00 8.19E OS 4.2E + 02 7.17E-07 3.12E+03 ' 9 50E 01 )

XE135 S.37E + 00 1.90E-02 2.59 5.00E-02 1.41E44 7.3E + 03 . 7.17E47 1.81E + 03 9.52E + 00 25 XE138 6.92E-01 1.42E43 4.62 7.49E43 1.17E-05 6.1E + 02 7.17E47 8 83E + 03

  • 3.84E + 00 10 DINE REDUCT10N fff)
  • TOTAL = > 1.31E + 02 ,

5.71 1131 2.29E41 5.35E44 1.87 8.93E44 3.86E-06 2.0E+02 7.17E47 1.62E + 07 2.32E +03 1132 7.00E-02 1.00E-04 3.84 S.90E44 1.30E46 6.7E + 01 7.17E47 1.94E + 05 9.36E + 00 1.92 1133 2.43E41 5.09E44 3.31 1.30E43 4.10E46 2.1 E + 02 7.17E~07 3 85E + 06 5 87E + 02 .

S.07 I 3.03E42 7.10E 05 4.04 3.29E44 5.11E47 2.7E + 01 7.17E 07 5.07E + 04 . 9.64E 01 0.757-- 1134 1.23E41 2.89E44 3.02 8.71E-04 2.00E46 1.1E + 02 7.17E 07 7.92E + 05 6.13E + 01 3 08 1135 4.27E + 02 1.00E + 00 Det, = 1.09E + 00 7.20E 03 TOTAL =>. 2.98E + 03 i TOTAL s

7 I

i I

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v 1

1

_ _ _ _ _ _ . . _ . _ - _ _ _ _ . _ _ _ _ -_ . _ _ _ _ _- _ _ _ . . . _ _ _ _ . _ _ _ -._.--..m_ . . _ _ _ _ _ _ ___.._._._____._--__.__..__.u._.-__m________e_.______m _ _m-u- - - _ _ _ _ _ _ _ _ _ _ - -_.____A___________mm--_h___.- -.-.._._________.m__

i MONtTOR READING FOR 200X OOCM LIMITS ' RMA8 HI RCS RCS RMA8HI XE133 REtEASE RELEASE WB ORGAN SENSIT MTV (5) 1.00E + 03 CPMACi/cc AFTER PF NORM RESP EO CONC RATE W8 DCF. RGAN DC DOSE RATE DOSE RATE (AlRFJ i (FJ 10%) (FJfDRJ (CJ (AJ X/O twem/vrl (mrem /yr) (DJ (DJ

. uCi/cc uC6/cc uCi/sec (sec/mi ~tuCi/mi tuCL/mi (mrem /yr) tmrem/yri RMA COUNT RATE (CRI 800 CPM KR85M 2 43E + 00 5.70E-03 2.35 1.34E-02 199E43 2.1 E + 05 7.17E-07 1.17E + 03 1.74E*02 XE133 EO CONC IC ,sd 7.41E-01 uCucc KR85 9.75E + 00 2.29E-02 0.011 2.51E44 1.80E-02, 8.3E + 05 7.17E47 1.81E + 01 9 80E

  • 00 TRUE ACTIVITY ICJ 7.01E41 uCi/cc KR87 1.28E + 00 3.00E-03 3.59 1.08E-02 2.10E-03 1.1 E + 05 7.17E-07 5.92E + 03 4 83E + O2 KR88 3.95E + 00 9.28E-03 3.7- 3.43E 02 8.49E 03 3.4E + 05 7.17E-07 1.47E + 04 355E+03 NG/l RATIO 807.0838 XE131M 2.88E + 00 8.28E43 0.054 3.39E-04 4.40E43 2.3E + 05 7.17E47 9.15E + 01 1.50E + 01 ICONC 1.22E 03 uCi/cc XE133M 4.22E + 00 9.89E 03 0.378 3.74E43 8 93E43 3.8E + 05 7.17E-07 2.51E + 02 8 48E + 01 XE133 3.92E + 02 9.19E-01 1 9.19E41 8.44E-01 3.3E + 07 7.17E47 2.94E + 02 7 05E + 03 STACK FLOW tel 110000 CFM XE135M 4.85E41 1.14E-03 2.18 2.48E43 7.97E-04 4.1E + 04 7.17E 07 3.12E + 03 9.25E + 01 XE135 8.37E + 00 1.90E 42 2.54 4.98E42 1.30E-02 7.1E + 05 7.17E 07 1.81 E + 03 9.28E + 02 IODINE MEDUCTION 1RF) 25 XE138 8.92E41 1.82E43 10.41 1.89E 42 1.14E43 5.9E + 04 7.17E 07 8.83E + 03 .3.74E + O2 TOTAL => 1.27E + 04 5.71 1131 120E-01 5.35E-04 2.88 1.42E43 3.75E44 1.9E + 04 7.17E47 1.82E + 07 2.26E + 05 1.92 1132 7.88E42 1.80E44 8.288 1.49E43 1.20E44 8 5E + 03 7.17E O7 1.94E + 05 911E + 02 i 2.43E41 5.89E 44 2.432 1.30E-03 3.99E-04 2.1E + 04 7.17E 07 3.85E + 08 5.71 E + 04 8.07 1133 0.757 8134 3.03E42 7.10E45 8.011 4.27E44 4.90E-05 2.8E + 03 7.17E47 5.07E + 04 9.38E + 01 3.08 , 1135 1.23E41 2.89E44 3.784 1.09E43 2.02E 04 1.1E + 04 7.17E47 7.92E + 05 5.98E + 0,3 TOTAL 4.27E + O2 1.00E + 00 DR, = 1.08E + 00 7.01E41 TOTAL = > 2.90E + 05 9

9 e

4

..- - _ -..-_-_____._______.-.m._ _ _ _ . - . . . _ . . _ _ _ .

e MONITOR READING FOR SITE AREA EMERGENCY ~ RMA8Hi RCS RCS RMASH1 XE133 RELEASE RELEASE WO -ORGAN SENSITfVITY (St 1.06E+03 CPM /uCucc AFTER PF , NORM RESP EQ CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE (A,NEJ (FJ (DRJ (FJtDRJ (CJ (AJ X!O tmrem/pl (mrom/pl 80J IDJ uCuce uCUcc uCi/sec Isec/m'n tuci/m") tuCi/m'l (mrem /vil Imrem/pl RMA COUNT RATE (Cal 12000 CPM KR65M 2.43E + 00 5.70E-03 2.35 1.34E42 5.99E42 3.1 E + 06 7.17E-07 1.17E + 03 2.61E + 03 KR85 9.76E + 00 2.29E42 0.011 2.51E44 2.40E41 1.2E + 07 7.17E-07 1.61E + 01 1.44E + 02 XE133 EO CONC ICh us) 1.11E +01 uCi/cc TRUE ACTIVITY (CJ 1.05E + 01 uCi/cc KR87 1.20E + 00 3.00E 03 3.59 1.08E42 3.18E42 1.6E + 06 7.17E47 5.92E + 03 635E + 03 Knes 3.95E + 00 9.2SE43 3.7 3.43E42 9.74E42 5.1E+06 7.17E47 1.47E + 04 5.32E+r4 NG/I RATIO 907.0836 XE131M 2.seE+00 8.20E43 ' O 054 3.39E44 6.81E42 3.4E + 06 7.17E-07 9.15E +01 2.25E + 02 iCONC 1.83E42 uCnke XE133M 4.22E + 00 9 89E-03 0.378 3.74E43 1.04E41 5.4E + 06 7.172-07 2.51E + 02 9 71E + 02 XE133 3.92E + 02 9.19E-01 1 9.19E41 9.86E + 00 5 0E + 08 7.17E47 2.94E + 02 1.06E + 05 STACK FLOW tel 110000 CFM XE135M 4.85E41 1.14E43 2.16 2.49E43 1.20E-02 6.2E + 05 7.17E47 3.12E + 03 1.39E + 03 XE135 8.37E + 00 1.SeE42 2.64 4.90E42 2.00E-01 1.1E + 07 7.17E-07 1.81E + 03 1.39E + 04 XE136 S.92E41 1.82E-03 10.41 1.99E42 1.71E-02 SSE+05 7.17E-07 8.83E + 03 5 60E + 03 IODeNE REDUCTION IW) 26 TOTAL = > 1.91E

  • 05 2.28E41 5.35E44 2.86 1.42E43 5.63E 03 2 9E + 05 7.17E47 1.62E + 07 3.39E + 06 5.71 1131 8.296 1.49E-03 1.99E43 9.8E + 04 7.17E 47 1.94E + 05 1.3 7E + 04 1.92 4132 7.OSE 02 1.90E44 5.89E-04 2.432 1.30E43 5.90E-03 3.1 E + 05 7.17E-07 3 85E + 08 8.57E + 05 6.07 1133 2.43E41 4.27E44 7.46E 04 3 9E + 04 - 7.17E-07 5.07E + 04 1.41E + 03 0.757 1134 3.03E42 7.10E45 6.011 ,

2.89E-04 3.784 1.09E-03 3.04E-03 1.6E + 05 7.17E 07 7.92E + 05 8.95E + 04 3.08 1135 1.23E-01 4.27E + O2 1.00E + 00 DR, = 1.00E + 00 1.05E + Of TOTAL = > 4.35E + 06 TOTAL

+

f I

. . . & ~ . .- ._ ._. ._..m.-. _ . . - . . _ . = . . _ . - . . . _ _ .

_ - _ ..m. _. - . _ .

t MONITOR READMG FOR GENERAL EMERGENCY RMA8 HI ,

RCS- RCS RMAOHI XE133 RELEASE RELEASE WB ' ORGAN '

SENSITIVITY (St 1.00E +03 CPM /uCuce AFTER PF NORM RESP EO CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE -}

(N WFJ IFJ (D%I (FJtDRJ ICJ IAJ X/G tw em/wel (mem/vrt 10) (DJ [

uCi/cc uCuce uCi/sec :sec/m'l luci/mi - 'tuCs/mi (mem/yel' t=em/ vel RMA COUNi MATE ICal 120000 CPM KROSM 2.43E + 00 5.70E-03 2.35 1.34E-02 5.99E41 3.1E + 07 7.17E 07 1.17E + 03 2.61E + 04 >

XE133 EO CONC ICminal 1.11E + 02 uCWce KR05 9.75E +00 2.29E-02 0.011 2.51E44 2.40E + 00 1.2E + 00 - 7.17E 07 1.6 tE + 01 1.44E + 03 TRUE ACTIVITY tC,5 1.05E+02 uCi/cc KRO7 1.20E + 00 3.00E43 3.59 1.00E42 3.10E41 1.0E

  • 07 7.17E-07 5.92E + 03 6.95E + 04 KROS 3.95E + 00 9.20E43 3.7 3.43E42 9.74E41 5.1E+07 7.17E47 1.47E + 04 SME + 05 NG/l RATIO 907.0036 XE131M 2.00E + 00 8.20E43 0.054 3.39E-04 0 81E41 3.4E + 07 7.17E-07 9.15E + 01 2.25E + 03 iCONC 1.03E-01 uCWec XEI33M 4.22E + 00 9.09E43 0 370 3.74E43 1.04E + 00 5.4E + 07 7.17E 07 2.51E + O2 9 71E + 03

. XE133 - 3.92E + 02 9.19E-01 1 9.19E41 9.00E + 01 5.0E + 09 - 7.17E-07 2.94E + 02 1.06E + 06 STACK FLOW iel' 110000 CFM XE135M 4.06E41 ' 1.14E43 2.16 2.40E43 ' 1.20E41 6.2E+06 7.17E-07 3.12E + 03 1.39E + 04 I XEt35 0.37E + 00 1.90E42 2.54 4.90E42 2.00E + 00 1.1E + 00 7.17E-07 1.01E + 03 1.39E + 05 10000E REOUCTION IIE) 25 XE130 0.92E41 1.82E43 10.41 1.09E42 1.7 tE41 S SE + 06 7.17E-07 0.03E + 03 5 00E +04 TOT AL = > 1.91E + 06 l 5.71 - 1131 2.20E-01 5.35E44 2.06 1.42E-03 5.03E-02 2.9E+06 7.17E47 1.62E + 07 3.39E + 07 1.92 1132 7.00E42 1.00E44 'S.208 ~ 1.49E43 1.09E42 9.0E+05 7.17E47 1.94E + 05 1.37E + 05 6.07 1933 2.43E41 5.00E44 2.432 1.30E43 5.90E 02 3.1E + 06 7.17E-07 3.05E+06 0.57E + 06 0.757 1134 3.03E42 7.10E45 0.011 4.27E44 7.40E 03 3.9E + 05 7.I 7E-07 5 07E +04 1.4 I E + 04 3.00 1835 1.23E41 2.09E-04 3.704 1.00E43 3.04E42 1.8E + 06 7.17E47 7.92E + 05 8.95E + 05 TOTAL 4 27E +02 1.00E + 00 DR = 1.00E +00 1.05E + 02 TOTAL = > 4.35E + 07 .

S E

h l

i

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6 1

l 5

_ .___ __ __ _m_ _ . _ _ . _ _ . _ _ . _ . . _ _ _ . _ _.__ _ . _ . _ _ _ _ _ . _ . _ _ _ _ _ _ _ . . _ _ _ _ . _ _ _ _ _ _ . _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ , _ _ _ _ _ _ _ _ _ _________________m._- _ - - _ _ _ _ _ _ _ _ - ~ _ _ - _ _ _ _ _ . _

MONITOR READING FOR 2X OOCM LIMITS RMA-9 RCS RCS RMA-9 XE133 RELEASE RELEASE WB ORGAN SENSITIVITY 158 3.69E + 07 CPM /uCi/cc AFTER PF NORM RESP EO CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE (A,MWJ . (FJ 10 %I IFJEDIqJ (CJ IAJ X/O twem/vtl (mremtvel tDJ (DJ uCi/cc uCMcc uCi/sec tsechni lucihn't tuClimi tmremtyrl (mrem /yr)

RMA COUNT RATE (CR) 640000 CPM . .

KRS$M 2.43E + 00 5.70E-03 1.92 109E42 9.05E M 2.1E + 03 7.17E47 1.17E + 03 8.79E+00

' XE133 EQ CONC lCm.saal 1.73E42 uCUcc KR85 9.75E + 00 2.29E-02 1.98 4.53E-02 3.83E44 8.8E + 03 7.17E-07 1.61E + 01 . 9.89E 02 TRUE ACTIVITY ICJ . 1.59E42 uCuce KRB7 1.29E + 00 3.00E-03 9.12 2.74E42 4.77EM 1.1E + 03 7.17E47 5.92E + 03 4.77E + 00 Knes 3.95E + 00 9.2SE43 2.78 2.57E42 1.47E-04 3.5E + 03 7.17E47 1.47E + 04 3.66E + 01 NG/l RATIO 907.0838 XE131M 2.90E+00 8.20E43 0 0.00E + 00 9.99E45 2.4E + 03 7.17E47 9. t BE + 01 1.54E 01 ICONC 2.90E45 uCWec XEt33M 4.22E + 00 ' 9.99E-03 0 0.00E + 00 1.57E44 ' 3.7E + 03 7.17E47 2.51E + 02 6.67E 01 XE133 3.92E + 02 9.19E41 1 9.19E41 1.48E42 3.4E + 05 7.17E47 2.94E + 02 7.26E + 01 STACK FLOW 100 50000 CFM XE135M 4.85E-01 1.14E-03 0 0.00E + 00 1.81E-05 4 3E + 02 7.17E47 312E + 03 ' 9.53E Of.

XE135 8.37E + 00 1.90E42 2.59 5.00E42 3.12E44 7.4E + 03 7.17E47 1.81 E + 03 9.54E + 00 IODedE REDUCTION IIF) 25 XE138 8.92E41 f.82E43 4.62 7.49E-03 2.58EM 8.1E+02 7.17E47 8.83E + 03

  • 3.85E + 00 TOTAL = > 1.31E + 02 5.71 1131 2.29E41 - 5.35E-04 1.87 8.93E44 8.51E46 2.0E + 02 7.17E47 1.62E + 07 2.33E + 03 1.92 8132 7.SSE42 1.90E44 3.84 S.90E44 2.96E-06 S.7E + 01 7.17E47 1.94E + 05 9.39E + 00 8.07 1133 2.43E-01 5.09E44 ' 3.31 1.80E-03 9.0$E48 2.1E + O2 7.17E4 7 3 SSE + 08 5.89E + O2 0.757 1134 3.03E-02 7.10EM 4.84 3.29E44 1.13EM 2.7E + 01 7.17E47 5.07E +04 9 67E 01 3 08 1835 1.23E-01 2.99E44 3.02 8.71E-04 4.59E46 1.t E + 02 7.17E47 7.92E + 05 6.15E + 08 TOTAL 4.27E + O2 1.00E + 00 DII, = 1.09E +00 1.59E42 TOTAL = > 2.99E + 03 e

b

t MONITOR READING FOR 2X OOCM LIMITS .44A9 HI RCS RCS RMA9 Hi XE133 RELEASE RELEASE WS ORGAN SENSITMTY (5) 2.64E +03 CPM /uCi/cc AFTER PF NORM RESP EO CONC RATE WB DCF. RGAN DC DOSE RATE DOSE RATE .

(A M J (F.) (D0y (FJt0%) (CJ (AJ X/O tmrem/wel ImremNel (DJ (DJ uCi/cc uC6/cc uCi/sec (sechni fuCs/mi tuCi/mi (mrem /yr) (rrwem/pl MMA COUNT RATE (CR) 44 CPM KR85M 2.43E + 00 5.70E-03 2.35 1.34E42 8.96E45 2.1 E + 03 7.17E-07 1.17E + 03 1.78Ee00 1 XE133 EO CONC (C.,,,,) 167E 02 uCi/cc KR85 9.75E + 00 2.29E 02 0.011 2.51E-04 3.81E44 8.5E + 03 7.17E-07 1.61E + 01 9 81E 02 TRUE ACTNITY tC,1 1.58E 02 uCi/cc KR87 1.28E + 00 3.00E43 3.59 1.08E42 4.73E-05 1.1 E + 03 7.17E 07 5.92E + 03 4.74E + 00 KRSS 3.95E + 00 9.2SE-03 3.7 3.43E42 1.46E44 3.4E + 03 7.17E-07 1.4 7E + 04 3.63E + 01 NG/l RATIO 807.0636 XE131M 2.88E+00 6.20E-03 0.054 3.39E44 9.91E-05 2.3E + 03 7.17E 07 9.15E + 01 1.53E 01 ICONC' 2.75E45 uCl/cc XE133M 4.22E + 00 9.89E43 0.378 3.74E-03 1.58E44 3.7E + 03 7.17E47 2.51E+02 , 6 62E-01 3 XE133 3.92E + 02 9.19E41 1 9.19E-01 1.45E42 3.4E + 05 7.17E47 2.94E + 02 7 21E + 01 STACK FLOW tOI 50000 CFM XE135M 4.85E 01 1.14E43 2.16 2.40E43 1.79E-05 4.2E + 02 7.17E 07 3.12E + 03 9.46E 01 XE135 8.37E + 00 1.98E-02 2.54 4.98E-02 3.09E-04 7.3E + 03 7.17E47 1.81E + 03 9 4 7E + 00 1000NE REDUCTION tW) 25 XE138 8.92E41 1.62E-03 10.41 1.69E-02 2.56E45 6 0E + 02 7.17E-07 8.63E + 03

  • 3.82E + 00 TOTAL = > 1.30E + 02 ORIGINAL.14CS t = = = = > 5.71 1131 2.28E-01 5.35E44 2.06 1.42E43 8.44E 48 2.0E + 02 ^ 7.17E-07 ' 1.62E + 07 2 31t + 03 VALUES 1.92 1132 7.88E42 1.80E-04 8.286 1.49003 2.84E46 6.7E + 01 7.17E-07 1.94E + 05 9.32E
  • 00 8.07 1133 2.43E-01 5.89E44 2.432 1.38E-03 8 98006 2.1 E + 02 7.17E-07 3 85E + 06 5 84E 4 02 0.757 1134 3.03E-02 7.10E-05 6.011 4.27E44 1.12E 06 2.6E + 01 7.17E-07 5.07E + 04 9 60E 01 3 08 1135 1.23E-01 2.89E44 3.784 1.09E-03 4.56E46 1.1E + 02 7.17E 07 7.92E + 05 6.10E+ 01 TOTAL 4.27E + 02 1.00E + 00 DI( = 1.06E+ 00 1.58E42 TOTAL.> 2.97E + 03 A

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. . _ _ _ _ . . _ _ __ -. _ . _ _ _ _ _ ___m. m__________.______.___.__________.____.________________.m____ _ _ _ _ _ _ . _ _ _ _ _ . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ . _ _ _ _ . . -. __________;_.. --

o MONITOR READING FOR 200X OOCM LIMITS RMA3 HI RCS RCS RMA9HI XE133 RELEASE RELEASE WB ORGAN SENSITMTY ISI 2.64E + 03 CPM /uCs/cc AFTER PF NORM RESP EQ CONC ~ RATE WB DCF, RGAN DC DOSE RATE DOSE RATE INRFJ IFJ -1010 lFJ101U ICJ (AJ X/O (mrem /vtl Imremtrel 10J 10J

. uCUcc uCi/cc uCi/sec (sec/m') luCi/m') tuCi/m') Imrem/yri (mrem /yst [

MMA COUNT RATE (CRI 4400 CPM '

KRSSM 2.43E + 00 5.7CE 43 2.35 1.34E42 0.90E 03 2.1E + 05 7.1 ?E-07 1.17E + 03 1.70E + 02 XE133 EO CONC ICn,,,,) 1.87E + 00 uCUcc KR85 9.75E + 00 2.29E-02 0.011 2.51E44 3.61E42, 0.5E + 05 7.17E-07 1.61E + 01 9SIE+00 TRLM ACTMTY tC,1 1.50E + 00 uCl/cc KR07 1.20E + 00 3.00E43 3.59 1.00E42 _4.73E-03 1.1E + 05 7.QE-07 5.92E + 03 4.74E + 02  ;

KRSS 3.95E + 00 9.20E43 3.7 3.43E-02 1.40E42 3.4E + 05 7.17E-07 1.47E + 04 - 3 43E + 03 -

NGA RATIO 907.0038 'XE131M 2.00E + 00 0.20E-03 0.054 ' 3.39E44 9.91E43 2.3E + 05 7.17E47 9.15E+01 1.53E + 01 }

ICONC 2.75E-03 uCi/cc XE133M 4.22E + 00 9.00E 03 0.370 3.74E43 1.50E42 3.7E + 05 7.17E-07 2.51E + 02 4.62E + 01 XE133 3.92E + 02 9.19E41 1 9.19E41 1.45E + 00 3.4E + 07 7.17E47 2.94E + 02 7.21E + 03 STACK FLOW 100 50000 CFM XE135M 4.05E-01 1.14E-03 2.16 2.40E43 1.79E43 4.2E + 04 7.17E-07 3.12E +03 9.46E + 01  ;

XE135 0.37E + 00 1.90E-02 2.54 4.90E42 3.00E42 7.3E + 05 7.17E-07 1.01E + 03 9.47E + 02 t 1001NE REDUCTION IIrl 25 XE130 ~ 0.92E45 1.82E43 10.41 1.00E-02 - 2.50E43 6.0E+04 7.17E-07 0.03E+03

  • 3 02E + 02 TOTAL = > 1.30E + 04 i OIWGetAt. RCS l = = = = >. 5.71 1131 2.20E41 5.35E44 2.06 1.42E-03 0.44E-04 2.0E + 04 7.17E-07 1.82E + 07 2.31E + 05  ;

VALUES 1.92 1132 7.00E42 1.00E44 0.200 1.49E-03 2.04E-04 8.7E + 03 7.17E 07 1.94E + 05 9.32E + 02  !

9.07 1133 2.43E41 5.00E44 2.432 1.30E43 0.90E44 2.1E + 04 7.17E47 3.05E+06 5.04E + 04 0.757 1134 3.03E-02 7.10E45 8.011 4.27E-04 1.12E-04 2.0E + 03 7.17E47 - 5.07E + 04 9.80E + 01  ;

3.00, 1135 1.23E-01 2.09E44 3.704 1.00E43 4.50E-04 1.1E + 04 7.17E-07 7.92E + 05 S.10E + 0,3  ;

TOTAL 4.27E + O2 1.00E + 00 014, = 1.00E + 00 1.50E + 00 TOTAL = > 2.97E + 05 .  ;

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__ . . _ _ .. . . . . .~ _ _. _ . . .m. . . . . . .

t MONtTOR READING FOR SITE AREA EMERGENCY RMA3 HI * -

RCS RCS RMA9 HI XE133 RELEASE RELEASE WB ORGAN  ;

SENSITIVITY (Si 2.64E + 03 CPMACi/cc AFTER PF NORM RESP EQ CONC RATE WB DCF. RGAN DC DOSE RATE DOSE RATE lA 4FJ i IFJ IORJ (FJtDRJ (CJ (AJ Xt0 [mromhrrl Imrem/cl IDj IDJ .

uCi/cc uOkh uCi/sec (sec/mi tuCi/mi tuCi/m'l tmrem4rl . (mremNr1 MMA COUNT RATE (CRB 64600 CPM '

KR85M 2.43E + 00 5.70E43 2.35 1.34E.02 1.32E41 3.1 E + 06 7.17E-07 1.17E + 03 2.61E + 03 XE133 EO CONC ICn.,ss) 2.44E + 01 uCi/cc KR86 9.76E + 00 2.29E-02 0.011 2.51E44 . 5.20E-01 1.2E + 07 7.17E-07 1.61 E + 01 1.44E + 02 TRUE ACTMTY tCJ 2.31E + 01 uCuce KR87 1.29E + 00 3.00E43 3.59 1.00E42 8.94E42 1.8E + 06 7.17E47 5.92E + 03 6.94E + 03 i KRO$ 3.96E + 00 9.20E43 3.7 3.43E42 2.14E41 5.0E+06 7.17E-07 1.47E + 04 5.32ll + 04 NGA RATIO 807.0836 XE131M 2.00E + 00 8.20E-03 0.064 3.39E44 1.46E41 3.4E + 08 7.17E-07 9.15E + 01 2.25E + 02 ICONC 4.02E42 wCUcc XE133M 4.22E + 00 9.09E43 0 378 3.74E43 2.29E41 5.4E+0S 7.17E47 2.51 E + 02 9.71E + 02 XE133 3.92E + O2 9.19E41 1 9.19E-01 2.12E + 01 C.C!! + 00 7.17E47 2.94E + O2 1.00E + 06 ST ACK FLOW iOl 50000 CFM XE136M 4.06E41 1.14E43 2.10 2.40E43 2.83E-02 6.2E+06 7.17E47 3.12E + 03 1.39E + 03 XE136 S.37E + 00 1.90E42 2.54 4.90E42 4.54E41 1.1E + 07 7.17E-07 1.81E + 03 - 1.39E + 04 25 XE138 6.92E-01 1.82E 03 10.41 1.09E42 3.76E42 0.0E + 05 7.17E47 8.83E + 03 -$.60E + 03 1000NE RE00CTION tff)

TOTAL = > 1.91E + 05 2.20E41 5.36E44 2.06 1.42E43 1.24E42 2.9E + 05 7.17E.07 1.62E + 07 3.39E + 06 OftGINAL RCS I = = = = > 5.71 1131

' 7.00E42 1.80E 44 8.296 1.49E43 4.10E43 9 0E + 04 7.17E-07 1.94E + 05 1.3 7E + 04 VALUES 1.92 1132 2.43E-01 5.09E 04 2.432 1.3eE43 1.32E-02 3.1 E + 06 7.17E 07 3 85E + 06 8 57E

  • 05 8.07 1133 3.03E42 7.10E 06 8.011 4.27E44 1.64E 03 - 3.9E + 04 7.17E47 5.07E + 04 1.41E
  • 03 0.767 1134 1.23E41 2.89E44 3.794 1.09E43 8.00E-03 1.8E + 05 7.17E 07 7.92E + 05 8.94E + 04 3.08 1135 4.27E + O2 1.00E + 00 DR. = 1.00E + 00 2.31E + 01 TOTAL = > 4.35E + 06 TOTAL e
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- - - . . --.--.---.._._.--_.____----...__.-..u_.. _._a-_-- .---- _____- ~ _ - _ __--- -- -

a_____---_- - - - - - < - - - - - - - - - - - - . , - + -+ . - - . -

t MONITOR fEAD98G FOR GENERAL EMERGENCY ' RMA3 H6 .

RCS' RCS RMA9 He XE133 - RELEASE RELEASE 2

WB ORGAN ; .

2.84E+03 CPMAsO/cc AFTE!1 PF NORM RESP EO CONC RATE We DCF, RGAN DC DOSE RATE DOSE RATE SENSITMTY ISI INIE'J tFJ 40RJ tFJIDI%) ICJ IAJ XK) twem! vel imrom/vil 10,1 fDJ ,

- uCuce - uCuce uCi/sec - (sec/m'l ' tucum'a lucumi tmeemiyet imremfyri .

MMA COUNT RATE ICRI - 845000 CPM KROSM 2.43E + 00 ' . ~5.70E-03 2.35 1.34E42 1.32E + 00 - 3.1E' a 07 7.I 7E47 1. I 7E + 03 2 61E 6 04 XEI33 EO CONC ICn,,,s) Kfl05 9.78E + 00

  • 2.29E-02 0.011 2.51E44 5.20E + 00 ' 1.2E + 00 7.I7E 07 1.61E + 01 1.44E + 03 -

2.44E +O2 uCMce 2.31E + 02 uCuce KR07 1.20E + 00 3.00E-03 3.59 100E42 8.94E41 1.8E + 07 . 7.17E-07 5.92E + 03 8.94'c+ 04 TRUE ACTMTY lCJ KROS 3.95E + 00 . 9.20E43 3.7 3.43E42 2.14E + 00 5.0E+07 7.17E-07 1.47E + 04 5.32E + 05 2.00E+00 8.20E 03 0.064 3.39E44 1.45E + 00 . 3.4E + 07 7.17E 07 9.15E + 01 2.25E + 03 NGA RATIO # '007.0036- XE131M 4.22E + 00 9.00E 03 0.370 3.74E43 ' 2.29E + 00 5.4E + 07 7.17E-07 2.5tE + 02 9.71E + 03 ICONC 4.02E-01 uCWec ^XE133M

.XEI33 3.92E + O2 9.19E 01 1 9.19E41 2.12E + O2 5.0E+09 7.t 7E47 2.94E + O2 1.0SE + OS 4.05E41 1.14E43 2.18 2.40E43 2.63E-01 5 2E + 0S - 7.17E47 3.12E + 03 1.39E + 04 STACK FLOW 100 50000 CFM XE135M 0.37E + 00 1.90E-02 2.54 4.90E42 4.54E + 00 1.1E + 00 7.17E-07 1.01E 4 03 1.39E+05 XE135 8.92E41 1.82E43 10.41 1.00E42 3.78E-01 0.0E+00 7.17E47 0.03E+03 . 5.00E + 04 IOOSIE REDUCTION IIW) 25 XE130 TOTAL = > 1.91E + 08 2.SS . 1.42E43 1.24E41 2.9E + 08 7.17E47 1.82E + 07 3.39E + 07 -

OseGeeAL RCS I = = = = > 5.71 1831 2.20E41 5.35E44 1.37E + 05 1.92 1132 7.00E42 1.00E-04 0.200 1.49E43 4.10E-02 9.0E + 05 7.17E47 1.94E

  • f58 VAttJES 7.17E-07 3.05E + 04 8.57E + 08 2.43E41 - 5.00E-04 2.432 1.30E-03 1.32E41 3.1E + 0S 6.07' 1933 5 07E + 04 I.41E + 04 0.757 1134 3.03E42 - 7.10E45 S.011 4.27E44 1.84E42 3.9E + 06 7.17E47 3.784 1.00E43 S.00E42 1.0E + 0S 7.17E47 7.92E + % 0.94E+05 3.00 1135 1.23E41 2.09E44 Oft, = 1.00E + 00 2.31E + O2 TO tat = > 4.35E + 07 TOTAL 4.27E + O2 1.00E + 00 ,

9 b

4

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. . . . - .. _ .. . ._ - . - . m o

MON (TOR READING FOR GENERAL EMERGENCY - ' RMA14 s a

FHS RCS RMA14 XE133 RELEASE RELEASE WB ORGAN SENSITMTY ($1 1.05E + 07 CPMAaCi/cc AFTER PF NORM RESP EO CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE (AWJ (FJ (DRJ IF.MDRJ (CJ (AJ X!Q tmrem/vtl (mem/vr) (DJ (DJ

  • uCi/cc uCi/cc uCi/sec (sec/mi tuCi/m') tuci/m'l temem/ycl tmrem/yri RMA COUNT RATE (Cit) 4.7E + 09 CPM KR85M 1.92E43 9.66E-06 1.92 1.84E47 3.88E-05 1.3E + 02 1.16E45 1.17E + 03 1.74E + 00 XE133 EO CONC tC ,sJ 4.48E + 02 uCI/cc KR85 2.39E + 03 1.19E-01 1.98 2.36E41 4.83E + 01 1.6E + 08 1.16E46 1.61E + 01 2.98E
  • 04 TRUE ACTMTY (CJ 4.06E+O2 uCi/cc KRO7 0.00E + 00 0.00E + 00 9.12 0 00E + 00 0.00E + 00 0.0E + 00 1.16E-05 6.92E + 03 0 00E I00 KR88 0.00E + 00 0.00E + 00 2.78 0.00E + 00 0.00E + 00 0.0E + 00 1.18E46 1.47E + 04 0.00Ei + 00 NGA RATIO 6864.867 XE131M 1.70E + 02 8.46E43 0 0.00E + 00 3.44E + 00 1.1 E + 07 1.18E46 9.15E +01 1.20E + 04 ICONC 7.92E42 uCi/cc XE133M 1.18E + 02 5.78E43 0 0.00E + 00 2.36E + 00 7.7E + 06 1.16E45 ' 2.51E +02 2.26E + 04 XE133 1.74E + 04 8.80E-01 1 8.86E41 3.52E + 02 1.2E + 09 1.16E46 2.94E + 02 196E + 06 STACK FLOW 401 7000 CFM XE136M 0.00E + 00 0.00E + 00 0 0.00E + 00 0.00E + 00, 0.0E + 00 1.16E46 3.12E + 03 0 00E
  • 00 XE136 5.28E + 00 2.83E-04 2.59 681E44 1.07E41 3.6E + 06 1.16E46 1.81E + 03 7.40E
  • 03 IODINE EDUCTION tW) XE136 . 0.00E + 00 0.00E + 00 4.62 0.00E + 00 0.00E + 00 0.0E + 00 1.16E-05 8 63E + 03 100E + 00 TOTAL = > 4.03E + 06 5.71 1131 3.47E + 00 1.73E44 1.67 2.88E44 7.02E42 2.3E + 05 1.16E46 1.82E + 07 4.35E + 07 1.92 1132 0.00E + 00 0.00E + 00 3.84 0.00E + 00 0.00E + 00 0.0E + 00 1.18E45 . 1.94E + 05 0 00E + 00 6.07 1133 8.10E42 4.03E46 3.31 1.33E-06 1.64E43 5.4E + 03 1.18E-06 3 85E +06 2.42E +05 0.00E + 00 0.00E + 00 4.64 0.00E + 00 0.00E + 00 0OE+00 1.18E45 6.07E + 04 0 00E + 00 0.757 1134 1.50E44 7.47E49 3.02 2.25E-08 3.03E46 1.0E + 01 1.16E-05 7.92E + 05 9.20E + 01 3.08 1135 TOTAL 2.01E + 04 1.00E + 00 DR, - 1.10E + 00 4.06E + 02 TOTAL = > 4.38E + 07

. _ _ _ . _ . _ _ . . _ _ _ _ _ _ . _ _ _ _ . _ . _ . _ . . _ _ _ . _ _ . . . _ _ _ _ _ . _ _ . _ - _ . _m. . _ _ _ _ . . _ _ . _ _ _ . _ _ _ _ _ . . _ . _ _ _ _ _ _ ____mm .. _____ . _ .

. . = . .

I s'

MONITOR READING FOR 2X OOCM LIMITS RMAto. .

FHS ftCS RMA14 XE133 RELEASE RELEASE WB ORGAN SENSITIVITY (S) 1.05E + 07 CPM /uCi/cc AFTEft PF NORM RESP EQ - CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE EAi lIIFJ IFJ (00U (FJ100U (CJ (AJ X/O - inwomNrl inwem4el 10J -(DJ uCi/cc uCi/cc uCi/sec (sec!m'l luci/m'l ' tucilm'l (mem4rl twem40 RMA COUNT RATE (CR) 320000 CPM KR85M 1.92E-03 9.56E 08 1.92 1.84E47 2.64E49 ' 8.7E43 1.18E45 1.17E + 03 1.18E 04 XE133 EO CONC IC . ) 3.05E42 uCWce .KR85 2.39E + 03 1.19E-O t 1.98 2.30E41 3.29E-03 1.1E + 04 1.18E-05 1.61 E + 01 2 03E +00 TRUE ACTIVITY (CJ 2.77E-02 uCi/cc KR87 0.00E + 00 0.00E + 00 9.12 0.00E + 00 0.00E + 00 0.0E+00 1.16E45 5.52E + 03 . 0 00E + 00 KRSS 0.00E + 00 0.00E + 00 2.78 0.00E + 00 0.00E + 00 0.0E + 00 t.18E45 1.47E + 04 - 0.00t+00 NG/l RATIO 5654.867 XE131M 1.70E + 02 8.46E 43 0 0.00E + 00 2.34E 44 7.7E + 02 1.18E 05 9.15E + 01 8.20E41

'ICONC 5.39E46 uCi/cc XEt33M 1.1SE + 02 5.78E-03 0 040E+00 1.00E44 5.3E + 02 1.18E45 2.51E + 02 1.54E + 00 XE133 1.74E + 04 8.90E41 1 8.96E41 2.40E-02 7.9E + 04 1.18E45 2.94E + 02 ,

2.70E + 02 STACK FLOW 104 7000 CFM XE135M 0.00E + 00 0.00E + 00 0 0.00E + 00 0.00E + 00 0.0E+00 1.t SE-05 3.12E + 03 0.00E ,00 XE135 6.28E + 00 2.63E44 2.59 8.81E44 7.27E48 2.4E + 01 1.10E 06 ' 1.81E + 03 5.04E 01 IODINE fEEDUCT:0N IfEl XE138 0.00E + 00 0.00E + 00 4.82 0.00E + 00 0.00E + 00 0OE+00 1.ISE45 8 83E +03

  • 0.00E + 00 TOT AL = > 2.75E e 02 5.71 1131 3.47E + 00 1.73E-04 1.67 2.88E44 4.78E46 1.6E + 01 1.18E45 1.62E + 07 2.96E + 03 1.92 1132 0.00E + 00 0.00E + 00 3.84 0.00E + 00 0.00E + 00 0.0E + 00 1.18E45 1.94E + 05 0.00E + 00 6.07 1133 8.10E42 4.03E46 3.31 1.33E45 1.12E47 3.7E-Of 1.18E45 3 85E +06 1.54E + 01 0.757 1134 0.00E + 00 0.00E + 00 4.64 0.00E+00 ' O 00E + 00 0.0E+00 1.t eE45 5 07E + 04 0.00E + 00 3.08 1135 1.50E44 7.47E-08 3.02 2.25E48 2.07E 6.8E44 1.18E45 7.92E + 05 6.27E 03 TOTAL 2.01E + 04 1.00E + 00 Dft, = 1.10E +00 2.77E42 TOTAL => 2.98E + 03 e t h

s e

t

e e

MONITOR READING FOR 200X OOCM LIMITS RMA14 FHB RCS RMA14 XE133 RELEASE RELEASE WB ORGAN SENSITMTY ISI 1.05E +07 CPMAC/cc AFTER PF NORM RESP EQ CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE ,

IA,NFJ (FJ (ORJ (FJtDf4) (CJ (AJ X/O iwemhr) Imrem!vrl (DJ (DJ

. uClice uC/cc uCi/sec (sechn't luci/m') tuci/m') twem/yrl Imrem/yr)

RMA COUNT RATE (Cal 32000000 CPM KR85M 1.92E-03 9.56E46 1.92 1.84E47 2.64E-07 8.7E41 1.16E45 1.17E + 03 1.18E 02 XE133 EO CONC ICmm) 3.05E + 00 uCuce KR85 2.39E + 03 1.19E 01 1.90 ' 2.36E41 3.29E41 1.1E + 06 1.1,6E-05 1.61E + 01 2.03E + 02 TRUE ACTivtTY ICJ 2.77E + 00 uCucc KR67 0 00E + 00 0.00E + 00 9.12 0.00E + 00 0.00E + 00 0.0E +00 1.16E45 5.92E + 03 0.00E + 00 KRS6 0.00E + 00 0.00E + 00 2.78 0.00E + 00 0.00E + 00 0.0E + 00 1.16E-05 1.4 7E + 04 0 00E + 00 NG/I RATIO 5854.867 XE131M 1.70E + 02 8.46E43 0 0.00E + 00 2.34E 02 7.7E + 04 1.18E45 9.15E + 01 8 20E + 01 ICONC 5.39E44 uCuce XE133M 1.18E + 02 5.78E-03 0 0.00E + 00 1.80E42 6.3E + 04 1.18E45 2.51E + 02 1.54E+02 XE133 1.74E + 04 8.64E41 1 8.86E41 2.40E + 00 7.9E + 06 1.16E45 2.94E + 02 2.70E + 04 STACK FLOW 108 7000 CFM - XE135M 0.00E + 00 0.00E + 00 0 0.00E+ 00 1.00E + 00 0.0E+00 1.16E45 3.12E + 03 0.00E + 00 XE135 5.28E + 00 2.63E44 2.59 6.81E44 7.27E44 2.4E + 03 1.16E 05 1.81E + 03 5.04E + 01 10000E REDUCTION tfF) XE136 0.00E + 00 0.00E + 00 4.82 0.00E + 00 0.00E + 00 ' O.0E + 00 1.18E 05 8.83E + 03 ' O.00E + 00 TOTAL = > 2.75E + 04 5.71 1131 - 3.47E + 00 1.73E-04 1.67 2.88E 04 4.78E-04 1.6E+03 1.16E45 3.62E + 0F 2.96E + 05 1.92 8132 0.00E + 00 0.00E + 00 3.84 0.00E + 00 0.00E + 00 0.0E + 00 1.18E45 1.94E + 05 0.00E + 00 6.07 1933 8.10E42 4.03E46 3.31 1.33E45 1.12E45 3.7E + 01 1.18E-05 3.85E + 06 1.64E + 03 0.757 1134 0.00E + 00 0.00E + 00 ' 4.64 0.00E + 00 0.00E + 00 0.0E + 00 1.18E45 5.07E + 04 0 00E + 00 3.08 , 1135 1.50E44 7.47E-09 3.02 2.25E49 2.07E46 6.8E42 1.16E45 7.92E + 05 6.27E Q1 TOTAL 2.01E + 04 1.00E + 00 00( = 1.10E '

  • 2.77E + 00 TOT AL = > 2.98E + 05 t

a a

4 I

k

_ . . . . _ . _ . . . _ . . _ _ _ .m. . __ m.__ _. _ . . . , _ . .__ __ ______________.___.__.__-________________._________.__.__________m. = _ . _ _ _ _ . _ . _ _ _ _ . _ _ _ _ _ _ . . . _ _ _ . _ _ _ _ _ _ _ _ . _ _ . _ _ _ _ _ _ _ _ . - _ _ _ _ _ _ . . _ . _ _ _ _ _ _ _ _ _ _ . _ _ . . _ _ _ _

-. . . ~ . _ .. . . - - . .. . .

e MONITOR READING FOR SITE AREA EMERGENCY RMA14 .

FHB RCS RMA14 XE133 RELEASE RELEASE WB ORGAN  !

SENSITIVITY IS) 1.05E + 07 CPM /uCMcc AFTER PF NORM RESP EO CONC RATE WB DCF, RGAN DC DOSE RATE DOSE RATE (NRFJ (FJ (ORJ (FJt0RJ (CJ . (AJ X/O inwem/vd tmrem/ vel (DJ (0j uCUcc uCUcc uCi/sec (sec/m') tuci/mi fuCumi invem/yd inwem/yri RMA COUNT RATE (C81) 4.7E + 08 CPM KR85M 1.82E43 9.56E48 1.92 1.84E-07 3.88E46 1.3E + 01 1.18E-05 1.17E + 03 1.74E-01 XE133 EO CONC (Cn.,,,) 4.48E + 01 uCUcc KR85 2.39E + 03 1.19641 1.98 2.38E41 4.83E + 00 1.6E + 07 1.18E-05 1.61 E + 01 2.98E + 63 TRUE ACTIVITY lCJ - 4.08E + 01 uCMcc KR87 0.00E + 00 0.00E + 00 9.12 0.00E + 00 0.00E + 00 0.0E+00 1.18E45 5.92E + 03 0.00E + 00 KR88 0.00E + 00 0.00E + 00 2.78 0.00E + 00 0.00E + 00 0OE+00 1.18E45 1.47E + 04 0.00E + 00 NG/l RATIO 5654.887 XE131M 1.70E + 02 8.48E 03 0 0.00E +00 3.44EC1 1.1 E + 06 1.18E46 9.15E + 01 1.20E + 03 ICONC 7.92E43 uCUcc XE133M 1.18E + 02 5.78E43 0 0.00E + 00 2.35E41 7.7E + 05 1.18E45 2.51E + 02 2.28E + 03 XE133 1.74E + 04 8.86E-01 1 8.88E41 3.52E + 01 1.2E + 08 1.18E45 2.94E + 02 3 96E + 05 STACK FLOW tel 7000 CFM XE135M 0.00E + 00 0.00E + 00 0 0.00E +00 0.00E + 00 002+00 1.18E-05 3.12E + 03 , 0 00E + 00 XEI35 5.20E 4 00 2.63E-04 2.59 8.81E44 1.07E42 3.5E + 04 1.18E45 1.81E + 03 J.40E + 02 IODINE IEDUCTION tflF) XE138 0.00E + 00 0.00E + 00 4.82 0.00E + 00 0.00E + 00 0.0E + 00 1.18E-05 8.83E + 03 0 00E + 00

. TOTAL = > 4.03E + 05 5.71 1131 3.47E + 00 1.73E 04 1.67 2.88E44 7.02E43 2.3E + 04 1.18E45 1.62E + 07 4.35E + 06 1.82 1132 0.00E + 00 0.00E + 00 3.84 0.00E + 00 0.00E + 00 0.0E + 00 1.18E-05 1.94E + 05 0 00E + 00 6.07 1133 8.10E42 4.03E46 3.31 1.33E45 1.84E 44 5.4E + 02 1.18E-05 3.85E + 08 2.42E +04 0.757 1134 0.00E + 00 0.00E + 00 4.84 0.00E +00 0.00E + 00 0.0E + 00 1.18E45 5.07E + 04 0 00E + 00 3.08 1135 1.50E-04 7.47E48 3.02 2.25E48 3.03E47 1.0E + 00 1.18E45 7.92E + 05 9.20E + 00 TOTAL 2.01E + 04 1.00E + 00 DR = 1.10E+ 00 4.08E + 01 TOTAL => 4.38E + 06

- - _ _ _ _ ____._---_._._-_m_.-- . _ _ _ -___-_.___-_______._.__-_______.______.---____._-__m _ _ _ - - _ _ _ _ _m _,___________e. ___ m-_ v,_ .__. -

Qeu NUCLEAN Calculation Sheet sotbet RMS LEVELS CORRESPONDING TO NUMARC EALs 2 -030 o' "W De Rchwed by ' %

PN November 8,1996 i

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APPENDIX 2 BETA SCINTILLATOR RESPONSE FACTORS i

__ - - -. - -_ .- .. . - - . - - _ - . .~ - _ _ -. . - - . - .

i l

RadDecay Generstad Bets File Prob X Emax

, Nuclide Probabikty Max MeV Ave MeV Xe-133 0.0069 0.26666 0.0751 0.00164009 Xe-133 0.993 0.3463 0.1006 0.3438759

Xe-133 0.000076 .0.0435 0.0111 3.306E-06 i 8FOTAL 0.3457193 '

l l-131 0.0212 0 24791 0.06936 0.00525569

l-131 0.00627 0.30388 0.08695 0.00190533 ,

1-131 0.0736. 0.33383 0.09662 0.02456989 '

)

1-131 0.893 0.60632 0.19158 0.54144376 l-131 0.00393 0.80687 0.28325 0.003171 1-131 0.00069 0.6297 0.20022 0.00043449 TOTAL 0.57678016 l-132 0.0026 0.3191 0.092 0.00082966 .

_. 1-132 0.0012 0.3532 0.103 0.00042384  !

l-132 0.0019 0.4244 0.127 0.00080636  ;

l-132 0.0053 0.50332 0.154 0.0026676 .

1-132 0.0033 0.52176 0.161 0.00172181 l l-132 0.0076 0.68919 0.223 0.00523784 l-132 0.124 0.74114 0.242 0.09190136 l-132 0.019 0.73974 0.242 0.01405506 l-132 0.0032 0.82557 0.275 0.00264182 1-132 0.0355 0.90999 0.309 0.03230465 -

l-132 0.081 0.9664 0.331 0.0782784 ,

1-132 0.0275 0.99132 0.342 0.0272613 l-132 0.0336 0.99607 0.343 0.03346795 l-132 0.0249 1.1551 0.409 0.02876199 l-132 0.189 1.1851 0.422 0.2239839 I l-132 0.0095 1.2291 0.44 0.01167645 l-132 0.00113 1.3927 0.51 0.00157375 l-132 0.017 1.4126 0.519 0.0240142 1 1-132 0.101 1.4698 0.543 0.1484.498 l-132 0.02 1.468 0.543 ' O.02936 l-132 0.0014 1.5396 0.574 0.00215544 1-132 0.124 1.6169 0.608 0.2004956 l-132- 0.169 2.1396 0.341 0.3615924 1-132 0.004954 0.44 0.13448 0.00217976 TOTAL 1.32584094 l-133 0.0041 0.16998 0.046 0.00069692 1-133 0.0124 0.37385 0.11 0.00463574 l-133 0.00397 0.40962 0.122 0.00162619 l-133 0.0375 0.46176 0.14 0.017316 l-133 0.0313 0.52357 0.162 0.01638774 l-133 0.00542 0.7077 0.23 0.00383573 1-133 0.0416 0.88467 0.299 0.03680227 l-133 0.0181 1.0162 0.352 0.01839322 1133 0.835 1.2301 0.441 1.0271335 l-133 0,0107 1.5268 0.573 0.01633676 l-133 0.00027 0.85 0.284 0.0002295 TOTAL 1.14339358

. . _ . . _. . . _ . . _ . _ _ . . _ _ . _ . _ . _ _ . _ _ _ _ ~ . _ _ _ _ _ . _ _ . _ _

i-i

! . RadDecay Generated Beta File Prob X Emax Nuclide Probability Max MeV Ave MeV 4

1-134 0.0144 0.77458 0.255 0.01146378 l-134 0.0033 0.78956 , 0.261 0.00260555 '

l-134 0.00153 0.8355 0.279 0.00127832 1-134 0.0127 1.0862 0.372 0.01300764

, 1-134 0.325 1.2826 0.46 0.416845

, 1134 0.0053 1.3771 0.5. 0.00729863 '

1-134 0.081 1.4962 0.55 0.1211922 -

l 1-134 0.163 1.5615 0.58 02545245 1-134 0.0367 1.6024 0.6 0.05880808 j 1-134 0.076 1.7415 0.66 0.132354

1-134 0.112 1.797 0.69 0.201264 i F

' l-134 0.0112 1.6479 0.71 0.02069648 ,

l l-134 - 0.037 2.2304 0.88 0.0825248 i 3

_. 1-134 0.115' 2.4188 0.97 0.278182 '

i 1-134 0.00226 0.795 0.26355 0.0017967

{

  • TOTAL-1.60382168 i-l L13 0.0014 0.23591 0.066 0.00033027 ^
s. 33 3.00126 0.24489 0.068 0.00030856
. 1-135 0.0014 0.26369 0.074 0.00036917 j- I-135 0.0106 0.30228 0.006 0.00326462 ,

i 1135 0.0091 0.33901 . 0.098 0.00306499 1-135 0.0139 0.35376 0.103 0.00491726 ,

l-135 0.0473 0.45553 0.138 0.02154657 I l-135 0.0733 0.47796 0.145 003503447 i 1-135 0.0157 0.61806 0.196 C 30970354 l-135 0.011 0.66511 0.213 f.00731621 1-135 0.079 0.74268 0.24; 0.05867172 1-135 0.0061 0.81656 0.272 0.00498102 1-135 0.087 0.91978 0.313 0.00002006 l-135 0.218 1.0329 0.359 0.2251722 1-135 0.079 1.1457 0.405 0.0005103 1-135 0.074 1.2534 0.451 0.0927516 l-135  : 0.001 1.2626 0.454' O.0012626 I l-135 0.236 1.4506 0.535 0.3423416 l l-135 0.012 1.5795 0.591 0.018954 -

1-135 0.019 2.1645 0.858 0.0415055

)

i 1-135 J.00154 0.647 0.20722 0.00099638 l TOTAL 1.04304345 i 1

i

.

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