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|
*----
*
* TEST CASE TCA234
* SIMPLE 5 X 5 PWR ASSEMBLY WITH SYBIL
* CEA93V4 LIBRARY APOLIB-2 FORMAT
* MULTI-PARAMETER SAPHYB GENERATION
*
* Author: A. Hebert
*
*----
* Define STRUCTURES and MODULES used
*----
REAL POW := 2.7236364E16 ;
REAL COTE := 1.26518 ;
REAL evobeg evoend VOL_ASS NORM_FCT1 NORM_FCT2 ;
REAL step2 step3 step4 step5 := 9.375 18.75 37.5 75.0 ;
REAL BoronCont := 600.0E-6 ;
INTEGER istep ;
LINKED_LIST LIBRARY LIBRARY2 ASSMB TRACK SYS FLUX BURNUP EDIT SAPOBJ
SAPMIL SPHGEOM MTRACK ;
MODULE LIB: GEO: SYBILT: USS: ASM: FLU: EDI: DELETE: EVO: SAP: SPH:
END: ;
PROCEDURE assertS ;
*
LIBRARY := LIB: ::
EDIT 2
DEPL LIB: APLIB2 FIL: CEA93V4 CHAIN
U234 FROM N2N 1.0000E+00 U235
U235 FROM NG 1.0000E+00 U234
U236 FROM NG 1.0000E+00 U235
U238
NP237 FROM NG 1.0000E+00 U236
PU238 FROM NG 1.0000E+00 NP237 DECAY 1.0000E+00 CM242
PU239 FROM NG 1.0000E+00 PU238
DECAY 1.0000E+00 CM243 NG 1.0000E+00 U238
PU240 FROM NG 1.0000E+00 PU239 DECAY 1.0000E+00 CM244
PU241 FROM NG 1.0000E+00 PU240
PU242 FROM NG 1.0000E+00 PU241 NG 1.4160E-01 AM241
AM241 FROM DECAY 1.0000E+00 PU241
AM242M FROM NG 1.1500E-01 AM241
AM243 FROM NG 1.0000E+00 PU242
CM242 FROM NG 7.4340E-01 AM241
CM243 FROM NG 1.0000E+00 CM242
CM244 FROM NG 1.0000E+00 CM243 NG 1.0000E+00 AM243
I135PF
XE135PF FROM DECAY 1.0000E+00 I135PF
ND143PF
ND144PF FROM NG 1.0000E+00 ND143PF
ND145PF FROM NG 1.0000E+00 ND144PF
ND146PF FROM NG 1.0000E+00 ND145PF
ND147PF FROM NG 1.0000E+00 ND146PF
ND148PF FROM NG 1.0000E+00 ND147PF
PM147PF FROM DECAY 1.0000E+00 ND147PF
PM148PF FROM NG 5.3000E-01 PM147PF
PM148MPF FROM NG 4.7000E-01 PM147PF
PM149PF FROM NG 1.0000E+00 PM148PF NG 1.0000E+00 PM148MPF
SM149PF FROM DECAY 1.0000E+00 PM149PF
SM150PF FROM NG 1.0000E+00 SM149PF
SM151PF FROM NG 1.0000E+00 SM150PF
SM152PF FROM NG 1.0000E+00 SM151PF
EU153PF FROM NG 1.0000E+00 SM152PF
EU154PF FROM NG 1.0000E+00 EU153PF
EU155PF FROM NG 1.0000E+00 EU154PF
MO95PF TC99PF RH103PF RH105PF
AG109PF XE131PF CS133PF
PSU5U PSU8U PSP9U PSP0U PSP1U PSP2U
ENDCHAIN
*
NMIX 10 (*MAXIMUM OF MATERIAL MIXTURES*)
CTRA APOL (*APOLLO TYPE TRANSPORT CORRECTION*)
SUBG (*COMPUTE PHYSICAL PROBABILITY TABLES*)
*
MIXS LIB: APLIB2 FIL: CEA93V4
MIX 1 579.16 (*Water*)
H2O = H2O_3_P5 2.3840E-02
B10 = B10_3 4.7664E-06
B11 = B11_3 1.9065E-05
MIX 2 579.16 (*Tube*)
FE54 = FE54_3 8.5594E-06
FE56 = FE56_4 1.3536E-04
FE57 = FE57_3 3.2467E-06
FE58 = FE58_3 4.1321E-07
CR50 = CR50_3 3.2834E-06
CR52 = CR52_3 6.3244E-05
CR53 = CR53_3 7.1706E-06
CR54 = CR54_3 1.7813E-06
O16 = O16_6 3.0671E-04
ZR = ZR_4 4.2211E-02 2 SHIB ZRSS_4
MIX 3 579.16 (*TubeMode*)
H2O = H2O_3_P5 2.2796E-02
B10 = B10_3 4.5913E-06
B11 = B11_3 1.8365E-05
FE54 = FE54_3 1.1921E-04
FE56 = FE56_4 1.8852E-03
FE57 = FE57_3 4.5218E-05
FE58 = FE58_3 5.7550E-06
NI58 = NI58_3 5.4208E-04
NI60 = NI60_3 2.0724E-04
NI61 = NI61_3 8.9725E-06
NI62 = NI62_3 2.8506E-05
NI64 = NI64_3 7.2256E-06
CR50 = CR50_3 3.1782E-05
CR52 = CR52_3 6.1219E-04
CR53 = CR53_3 6.9409E-05
CR54 = CR54_3 1.7243E-05
MN55 = MN55_3 2.8729E-05
SI = SI_3 2.4816E-05
AL27 = AL27_4 1.1264E-05
MO95 = MO95_4 1.9533E-05
TI = TI_2 1.1174E-05
CO59 = CO59_2 5.1569E-07
NB93 = NB93_2 3.3858E-05
MIX 4 923.16 (*FuelMed*)
U238 = U238_4 2.1779E-02 1 SHIB U238SS_3 IRSET 0.0 38
U236 = U236_2 4.3339E-06 1 SHIB U236SS_3 IRSET 0.0 38
U235 = U235_4 7.0598E-04 1 SHIB U235SS_4 IRSET 0.0 38
U234 = U234_2 5.4335E-06
O16 = O16_6 4.4990E-02
MIX 5 608.16 (*CladMed*)
FE54 = FE54_3 7.7670E-06
FE56 = FE56_4 1.2283E-04
FE57 = FE57_3 2.9461E-06
FE58 = FE58_3 3.7496E-07
CR50 = CR50_3 2.9794E-06
CR52 = CR52_3 5.7389E-05
CR53 = CR53_3 6.5067E-06
CR54 = CR54_3 1.6164E-06
O16 = O16_6 2.7831E-04
ZR = ZR_4 3.8303E-02 3 SHIB ZRSS_4
MIX 6 579.16 (*WaterMed*)
H2O = H2O_3_P5 2.3700E-02
B10 = B10_3 4.7543E-06
B11 = B11_3 1.9017E-05
FE54 = FE54_3 5.4285E-06
FE56 = FE56_4 8.5845E-05
FE57 = FE57_3 2.0591E-06
FE58 = FE58_3 2.6206E-07
NI58 = NI58_3 1.7511E-04
NI60 = NI60_3 6.6944E-05
NI61 = NI61_3 2.8983E-06
NI62 = NI62_3 9.2080E-06
NI64 = NI64_3 2.3341E-06
CR50 = CR50_3 4.5576E-06
CR52 = CR52_3 8.7790E-05
CR53 = CR53_3 9.9535E-06
CR54 = CR54_3 2.4726E-06
MN55 = MN55_3 9.3942E-07
SI = SI_3 1.8376E-06
AL27 = AL27_4 5.3133E-06
MO95 = MO95_4 9.2140E-06
TI = TI_2 5.2710E-06
CO59 = CO59_2 2.4326E-07
NB93 = NB93_2 1.5971E-05
MIX 7 COMB 4 1.0 (*COMB02*)
MIX 8 COMB 4 1.0 (*COMB03*)
MIX 9 COMB 4 1.0 (*COMB04*)
MIX 10 COMB 4 1.0 (*COMB05*)
;
ASSMB := GEO: :: CAR2D 3 3 (*ASSEMBLAGE 5 X 5*)
X- DIAG X+ REFL
Y- SYME Y+ DIAG
MIX C1 C2 C4
C3 C5
C6
::: C1 := GEO: CARCEL 2 (*CELLULE SANS COMBUSTIBLE*)
MESHX 0.0 <<COTE>>
MESHY 0.0 <<COTE>>
RADIUS 0.0 5.72460E-01 6.13180E-01
MIX 1 2 3
;
::: C2 := GEO: C1 (*CELLULE AVEC COMBUSTIBLE*)
RADIUS 0.0 4.12360E-01 4.75880E-01
MIX 4 5 6
;
::: C3 := GEO: C2 (*CELLULE AVEC COMBUSTIBLE*)
MIX 8 5 6
;
::: C4 := GEO: C2 (*CELLULE AVEC COMBUSTIBLE*)
MIX 7 5 6
;
::: C5 := GEO: C2 (*CELLULE AVEC COMBUSTIBLE*)
MIX 9 5 6
;
::: C6 := GEO: C2 (*CELLULE AVEC COMBUSTIBLE*)
MIX 10 5 6
;
;
TRACK := SYBILT: ASSMB ::
EDIT 1
MAXR 40 (*MAXIMUM OF 40 REGIONS*)
MAXZ 100000
TITLE 'SMALL SAPHYB CONSTRUCTION'
QUA2 6 6
DP00 ;
*
SAPOBJ := SAP: LIBRARY ::
EDIT 5
COMM 'First line of comment'
'Second line of comment'
ENDC
NOML 'Test saphyb library'
PARA 'boron conc.' 'BCON' VALE FLOT
PARA 'fuel temp.' 'FTMP' TEMP LIBRARY2 4
PARA 'water temp.' 'WTMP' TEMP LIBRARY2 6
PARA 'fuel burnup' 'BURN' IRRA
PARA 'global fluence' 'FLUB' FLUB
PARA 'global power' 'PUIS' PUIS
PARA 'Xe concentration' 'XE' CONC XE135PF LIBRARY2 4
ISOT FISS I135PF XE135PF PM149PF SM149PF
MACR 'residual' REST
REAC TOTA ABSO SNNN FISS CHI NUFI ENER FUIT DIFF SELF PROF TRAN
LOCA 'fuel burnup' 'BURN' IRRA
LOCA 'local fluence' 'FLUB' FLUB
LOCA 'heavy isot' 'MASS' MASL
LOCA 'Xe concentration' 'XE' CONC XE135PF
LOCA 'sph factors' 'SPH' EQUI
LOCA 'temperature' 'MTMP' TEMP
NAME ECell11 ECell21 ECell31 ECell22 ECell32 ECell33
;
*
LIBRARY2 := USS: LIBRARY TRACK :: EDIT 2 ;
*
SYS := ASM: LIBRARY2 TRACK :: PIJ ;
FLUX := FLU: LIBRARY2 TRACK SYS :: TYPE B B1 SIGS ;
EVALUATE VOL_ASS := COTE 5.0 * ;
EVALUATE VOL_ASS := VOL_ASS VOL_ASS * ;
EVALUATE NORM_FCT1 := POW 1.60207E-13 * VOL_ASS / ;
EVALUATE NORM_FCT2 := NORM_FCT1 2.8473 / 1.00336 / ;
PRINT 'volume_assemblage=' VOL_ASS 'cm**3 in-fuel power=' NORM_FCT2
'MW/tonne=' ;
PRINT 'normalization power=' NORM_FCT1 'W/CC' ;
EVALUATE evoend := 0.0 ;
EVALUATE istep := 1 ;
WHILE evoend step2 NORM_FCT2 / < DO
EVALUATE evobeg := evoend ;
EVALUATE evoend := step2 NORM_FCT2 / ;
PRINT 'Burnup step' istep 'between' evobeg 'and' evoend 'day:' ;
IF istep 1 = THEN
BURNUP LIBRARY2 := EVO: LIBRARY2 TRACK FLUX :: EDIT 3 RUNG
DEPL <<evobeg>> <<evoend>> DAY W/CC <<NORM_FCT1>>
RUNG EPS2 100.0 EXPM 1.0E15 ;
ELSE
BURNUP LIBRARY2 := EVO: BURNUP LIBRARY2 TRACK FLUX :: EDIT 2
DEPL <<evobeg>> <<evoend>> DAY W/CC <<NORM_FCT1>>
RUNG EXTR EPS2 100.0 EXPM 1.0E15 ;
ENDIF ;
SYS := DELETE: SYS ;
SYS := ASM: LIBRARY2 TRACK :: PIJ ;
FLUX := FLU: FLUX LIBRARY2 TRACK SYS :: TYPE B B1 SIGS ;
PRINT 'Edition at' evoend 'DAY burnup=' step2 'MWday/tonne=' ;
EDIT := EDI: LIBRARY2 TRACK FLUX ASSMB :: EDIT 3
COND 12 24 50 75 87 99
MERGE CELL SYBIL
MICR ALL
SAVE ON 'EDITCDAT 1'
;
SPHGEOM := EDIT :: STEP UP 'MACRO-GEOM' ;
MTRACK := SYBILT: SPHGEOM ;
EDIT := SPH: EDIT MTRACK ;
SPHGEOM MTRACK := DELETE: SPHGEOM MTRACK ;
BURNUP LIBRARY2 := EVO: BURNUP LIBRARY2 TRACK FLUX :: EDIT 2
SAVE <<evoend>> DAY W/CC <<NORM_FCT1>> ;
SAPOBJ := SAP: SAPOBJ EDIT BURNUP LIBRARY2 FLUX ::
EDIT 3
SET <<evoend>> DAY
BCON <<BoronCont>>
;
EDIT := DELETE: EDIT ;
EVALUATE step2 step3 step4 step5 := step3 step4 step5 step2 ;
EVALUATE istep := istep 1 + ;
ENDWHILE ;
BURNUP LIBRARY2 := EVO: BURNUP LIBRARY2 TRACK FLUX :: EDIT 2
SAVE <<evoend>> DAY W/CC <<NORM_FCT1>> ;
assertS FLUX :: K-INFINITY 1 1.197014 ;
SAPMIL := SAPOBJ :: STEP UP 'calc 3' STEP UP 'mili 4' ;
assertS SAPMIL :: RDATAX 4 9.442280 ;
END: ;
|
