ML11230A028

Lr Hearing - NIA-099

ML11230A028
Person / Time
Site:	Indian Point
Issue date:	10/29/2009
From:	Sandia
To:	Office of Nuclear Reactor Regulation
References
NIA-099
Download: ML11230A028 (7)

Text

NIA-099.txt

• File created using WinMACCS version 3.4.5 10/29/2009 5:21:34 PM

• Identifies this MACCS calculation RIATNAM1001 'ATMOS INPUT FOR IPEC CALCULATIONS'

• NUMRAD, Number of Radial Spatial Elements GENUMRAD001 15

• SPAEND, Spatial Endpoint Distances (km)

GESPAEND001 0.3219 GESPAEND002 1.6093 GESPAEND003 3.2187 GESPAEND004 4.828 GESPAEND005 6.4374 GESPAEND006 8.0467 GESPAEND007 9.6561 GESPAEND008 11.2654 GESPAEND009 12.8748 GESPAEND010 14.4841 GESPAEND011 16.0935 GESPAEND012 32.1869 GESPAEND013 48.2804 GESPAEND014 64.3739 GESPAEND015 80.4674

• NUMCOR, Number of angular compass directions GENUMCOR001 16

• NUMISO, Number of Nuclides ISNUMISO001 60

• MAXGRP, Number of Element Groups ISMAXGRP001 9

• WETDEP, DRYDEP, Wet and Dry Deposition Flags for Each Nuclide Group ISDEPFLA001 .FALSE. .FALSE.

ISDEPFLA002 .TRUE. .TRUE.

ISDEPFLA003 .TRUE. .TRUE.

ISDEPFLA004 .TRUE. .TRUE.

ISDEPFLA005 .TRUE. .TRUE.

ISDEPFLA006 .TRUE. .TRUE.

ISDEPFLA007 .TRUE. .TRUE.

ISDEPFLA008 .TRUE. .TRUE.

ISDEPFLA009 .TRUE. .TRUE.

• NUMSTB_ZERO = 0 ISNUMSTB001 0

• NUMSTB, Number of Pseudostable Radionuclides ISNUMSTB001 27

• NAMSTB, List of Pseudostable Radionuclides ISNAMSTB001 I-129 ISNAMSTB002 Xe-131m ISNAMSTB003 Xe-133m ISNAMSTB004 Xe-135m ISNAMSTB005 Cs-135 ISNAMSTB006 Sm-147 ISNAMSTB007 U-234 ISNAMSTB008 U-235 ISNAMSTB009 U-236 ISNAMSTB010 U-237 ISNAMSTB011 Np-237 Page 1

NIA-099.txt ISNAMSTB012 Rb-87 ISNAMSTB013 Ba-137m ISNAMSTB014 Rb-88 ISNAMSTB015 Y-91m ISNAMSTB016 Zr-93 ISNAMSTB017 Nb-93m ISNAMSTB018 Nb-95m ISNAMSTB019 Nb-97 ISNAMSTB020 Nb-97m ISNAMSTB021 Tc-99 ISNAMSTB022 Rh-103m ISNAMSTB023 Rh-106 ISNAMSTB024 Te-131 ISNAMSTB025 Pr-144 ISNAMSTB026 Pr-144m ISNAMSTB027 Pm-147

• NUCNAM, IGROUP, Chemical group associated with each nuclide ISOTPGRP001 Co-58 6 ISOTPGRP002 Co-60 6 ISOTPGRP003 Kr-85 1 ISOTPGRP004 Kr-85m 1 ISOTPGRP005 Kr-87 1 ISOTPGRP006 Kr-88 1 ISOTPGRP007 Rb-86 3 ISOTPGRP008 Sr-89 5 ISOTPGRP009 Sr-90 5 ISOTPGRP010 Sr-91 5 ISOTPGRP011 Sr-92 5 ISOTPGRP012 Y-90 7 ISOTPGRP013 Y-91 7 ISOTPGRP014 Y-92 7 ISOTPGRP015 Y-93 7 ISOTPGRP016 Zr-95 7 ISOTPGRP017 Zr-97 7 ISOTPGRP018 Nb-95 7 ISOTPGRP019 Mo-99 6 ISOTPGRP020 Tc-99m 6 ISOTPGRP021 Ru-103 6 ISOTPGRP022 Ru-105 6 ISOTPGRP023 Ru-106 6 ISOTPGRP024 Rh-105 6 ISOTPGRP025 Sb-127 4 ISOTPGRP026 Sb-129 4 ISOTPGRP027 Te-127 4 ISOTPGRP028 Te-127m 4 ISOTPGRP029 Te-129 4 ISOTPGRP030 Te-129m 4 ISOTPGRP031 Te-131m 4 ISOTPGRP032 Te-132 4 ISOTPGRP033 I-131 2 ISOTPGRP034 I-132 2 ISOTPGRP035 I-133 2 ISOTPGRP036 I-134 2 ISOTPGRP037 I-135 2 ISOTPGRP038 Xe-133 1 ISOTPGRP039 Xe-135 1 ISOTPGRP040 Cs-134 3 ISOTPGRP041 Cs-136 3 ISOTPGRP042 Cs-137 3 ISOTPGRP043 Ba-139 9 ISOTPGRP044 Ba-140 9 ISOTPGRP045 La-140 7 Page 2

NIA-099.txt ISOTPGRP046 La-141 7 ISOTPGRP047 La-142 7 ISOTPGRP048 Ce-141 8 ISOTPGRP049 Ce-143 8 ISOTPGRP050 Ce-144 8 ISOTPGRP051 Pr-143 7 ISOTPGRP052 Nd-147 7 ISOTPGRP053 Np-239 8 ISOTPGRP054 Pu-238 8 ISOTPGRP055 Pu-239 8 ISOTPGRP056 Pu-240 8 ISOTPGRP057 Pu-241 8 ISOTPGRP058 Am-241 7 ISOTPGRP059 Cm-242 7 ISOTPGRP060 Cm-244 7

• CWASH1, Washout Coefficient Number One, Linear Factor WDCWASH1001 9.5E-5

• CWASH2, Washout Coefficient Number Two, Exponential Factor WDCWASH2001 0.8

• NPSGRP, Number of Particle Size Groups DDNPSGRP001 1

• VDEPOS, Dry Deposition Velocities for Each Particle Size Group (m/sec)

DDVDEPOS001 0.01

• CYSIGA, Dispersion function parameter DPCYSIGA001 0.3658 DPCYSIGA002 0.2751 DPCYSIGA003 0.2089 DPCYSIGA004 0.1474 DPCYSIGA005 0.1046 DPCYSIGA006 0.0722

• CYSIGB, Dispersion function parameter DPCYSIGB001 0.9031 DPCYSIGB002 0.9031 DPCYSIGB003 0.9031 DPCYSIGB004 0.9031 DPCYSIGB005 0.9031 DPCYSIGB006 0.9031

• CZSIGA, Dispersion function parameter DPCZSIGA001 2.5E-4 DPCZSIGA002 1.9E-3 DPCZSIGA003 0.2 DPCZSIGA004 0.3 DPCZSIGA005 0.4 DPCZSIGA006 0.2

• CZSIGB, Dispersion function parameter DPCZSIGB001 2.125 DPCZSIGB002 1.6021 DPCZSIGB003 0.8543 DPCZSIGB004 0.6532 DPCZSIGB005 0.6021 DPCZSIGB006 0.6020

• YSCALE, linear scaling factor for sigma-y DPYSCALE001 1.

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NIA-099.txt

• ZSCALE, linear scaling factor for sigma-z DPZSCALE001 1.27

• DISPMD - dispersion long-range model DPDISPMD001 LRDIST

• MNDMOD, plume meander model PMMNDMOD001 OLD

• TIMBAS, time base expansion factor (sec)

PMTIMBAS001 600.

• BRKPNT, breakpoint for formula change (sec)

PMBRKPNT001 3600.

• XPFAC1, Expansion factor 1 PMXPFAC1001 0.2

• XPFAC2, Expansion factor 2 PMXPFAC2001 0.25

• SCLCRW, scaling factor for entrainment of buoyant plume PRSCLCRW001 1.

• SCLADP, scaling factor for the a-d stability plume rise formula PRSCLADP001 1.

• SCLEFP, scaling factor for the e-f stability plume rise formula PRSCLEFP001 1.

• BUILDH, building height (meters)

WEBUILDH001 66.8

• SIGYINIT, initial value of sigma-y for each of the plumes (meters)

SIGYINIT001 9.9

• SIGZINIT, initial value of sigma-z for each of the plumes (meters)

SIGZINIT001 31.1

• ATNAM2, specific descriptive text describing this particular source term RDATNAM2001 NCF

• OALARM, time after accident initiation that off-site alarm is initiated (sec)

RDOALARM001 1.66E+04

• NUMREL, number of plumes RDNUMREL001 1

• MAXRIS, selection of risk-dominant plume segment RDMAXRIS001 1

• REFTIM, representative time point for dispersion and radioactive decay RDREFTIM001 0.5

• PLM_HEAT, plume rise model legacy heat RDPLMMOD001 HEAT

• PLHEAT, heat content of each release segment (watts)

RDPLHEAT001 9.20E+05

• BRGSMD, Briggs plume rise model RDBRGSMD001 ORIGINAL Page 4

NIA-099.txt

• PLHITE, height of each plume segment at release (meters)

RDPLHITE001 30.

• PLUDUR, duration of each plume segment (sec)

RDPLUDUR001 8.64E+04

• PDELAY, time of release for each plume from xxxx (sec)

RDPDELAY001 0.00E+00

• PSDIST, particle size distribution of each element group RDPSDIST001 1.

RDPSDIST002 1.

RDPSDIST003 1.

RDPSDIST004 1.

RDPSDIST005 1.

RDPSDIST006 1.

RDPSDIST007 1.

RDPSDIST008 1.

RDPSDIST009 1.

• CORINV, inventory of each radionuclide present in the facility at the time of accident initiation (becquerels)

RDCORINV001 Co-58 3.04E+16 RDCORINV002 Co-60 2.32E+16 RDCORINV003 Kr-85 3.84E+16 RDCORINV004 Kr-85m 8.48E+17 RDCORINV005 Kr-87 1.63E+18 RDCORINV006 Kr-88 2.29E+18 RDCORINV007 Rb-86 8.31E+15 RDCORINV008 Sr-89 3.08E+18 RDCORINV009 Sr-90 3.05E+17 RDCORINV010 Sr-91 3.87E+18 RDCORINV011 Sr-92 4.19E+18 RDCORINV012 Y-90 3.18E+17 RDCORINV013 Y-91 3.98E+18 RDCORINV014 Y-92 4.19E+18 RDCORINV015 Y-93 4.85E+18 RDCORINV016 Zr-95 5.38E+18 RDCORINV017 Zr-97 5.41E+18 RDCORINV018 Nb-95 5.45E+18 RDCORINV019 Mo-99 6.11E+18 RDCORINV020 Tc-99m 5.34E+18 RDCORINV021 Ru-103 4.89E+18 RDCORINV022 Ru-105 3.36E+18 RDCORINV023 Ru-106 1.71E+18 RDCORINV024 Rh-105 3.09E+18 RDCORINV025 Sb-127 3.47E+17 RDCORINV026 Sb-129 1.04E+18 RDCORINV027 Te-127 3.43E+17 RDCORINV028 Te-127m 4.50E+16 RDCORINV029 Te-129 1.02E+18 RDCORINV030 Te-129m 1.50E+17 RDCORINV031 Te-131m 4.64E+17 RDCORINV032 Te-132 4.57E+18 RDCORINV033 I-131 3.20E+18 RDCORINV034 I-132 4.64E+18 RDCORINV035 I-133 6.56E+18 RDCORINV036 I-134 7.19E+18 RDCORINV037 I-135 6.11E+18 RDCORINV038 Xe-133 6.28E+18 RDCORINV039 Xe-135 1.67E+18 RDCORINV040 Cs-134 7.19E+17 RDCORINV041 Cs-136 2.10E+17 Page 5

NIA-099.txt RDCORINV042 Cs-137 4.15E+17 RDCORINV043 Ba-139 5.83E+18 RDCORINV044 Ba-140 5.62E+18 RDCORINV045 La-140 6.04E+18 RDCORINV046 La-141 5.34E+18 RDCORINV047 La-142 5.17E+18 RDCORINV048 Ce-141 5.31E+18 RDCORINV049 Ce-143 4.96E+18 RDCORINV050 Ce-144 4.19E+18 RDCORINV051 Pr-143 4.78E+18 RDCORINV052 Nd-147 2.13E+18 RDCORINV053 Np-239 6.56E+19 RDCORINV054 Pu-238 1.44E+16 RDCORINV055 Pu-239 1.22E+15 RDCORINV056 Pu-240 1.83E+15 RDCORINV057 Pu-241 4.12E+17 RDCORINV058 Am-241 4.92E+14 RDCORINV059 Cm-242 1.23E+17 RDCORINV060 Cm-244 1.33E+16

• CORSCA, scaling factor to adjust the core inventory RDCORSCA001 1.0

• APLFRC, Specifies how release fractions are applied to daughter ingrowth products RDAPLFRC001 PARENT

• GRPNAM, user assigned name of each chemical group. May have been imported from MelMACCS

• ISGRPNAM001 Xe/Kr

• ISGRPNAM002 I

• ISGRPNAM003 Cs

• ISGRPNAM004 Te

• ISGRPNAM005 Sr

• ISGRPNAM006 Ru

• ISGRPNAM007 La

• ISGRPNAM008 Ce

• ISGRPNAM009 Ba

• RELFRC, release fractions for each of the plume segments for each chemical group RDRELFRC001 9.3E-05 3.9E-06 1.6E-06 1.2E-06 3.7E-08 2.4E-07 2.1E-09 1.8E-08 1.1E-07

• ENDAT1, flag indicating whether only atmos is run OCENDAT1001 .FALSE.

• IDEBUG, specifies set of debug results to report OCIDEBUG001 0

• NUCOUT, name of the nuclide to be listed on the dispersion listings OCNUCOUT001 Cs-137

• METCOD, meteorological sampling option code M1METCOD001 2

• LIMSPA, last spatial interval for measured weather M2LIMSPA001 15

• BNDMXH, boundary weather mixing layer height (meters)

M2BNDMXH001 1000.

• IBDSTB, boundary weather stability class index M2IBDSTB001 4 Page 6

NIA-099.txt

• BNDRAN, boundary weather rain rate (mm/hr)

M2BNDRAN001 0.

• BNDWND, boundary weather wind speed (m/sec)

M2BNDWND001 5.

• MAXHGT, if equal DAY_AND_NIGHT, then time of sunrise/sunset is used to calculate max mixing height. DAY_ONLY uses MACCS2 1.12 model M1MAXHGT001 DAY_ONLY

• NRNINT, number of rain distance intervals for binning M4NRNINT001 6

• RNDSTS, endpoints of the rain distance intervals (km)

M4RNDSTS001 3.23 M4RNDSTS002 6.45 M4RNDSTS003 11.29 M4RNDSTS004 16.13 M4RNDSTS005 32.26 M4RNDSTS006 64.52

• NRINTN, number of rain intensity breakpoints M4NRINTN001 3

• RNRATE, rain intensity breakpoints for weather binning (mm/hr)

M4RNRATE001 2.

M4RNRATE002 4.

M4RNRATE003 6.

• NSMPLS_BIN, number of samples per bin M4NSMPLS001 4

• IRSEED, initial seed for random number generator M4IRSEED001 79

• ATMOS_ZERO = 0 TYPE0NUMBER 0

• NUM_DIST2, used for Dispersion Power Law (always 0)

NUM_DIST001 0 Page 7