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|
*----
* case OSC_CASEA_2level_rse
* 99 group eighth assembly in DRAGON -- 1-level scheme
* Author: A. Hebert
*----
LINKED_LIST GEOSS GEON1 GEON2 TRACKSS TRACKN1 TRACKN2 LIBRARY LIBRARY2
SYS FLUX FLUX2 EDITION LIBEQ DONNEES LIBHOM BURNUP EDIHOM
RES EDIOBJ MCOMPO ;
MODULE SYBILT: G2S: SALT: MCCGT: USS: ASM: FLU: EDI: SPH: UTL: DELETE:
END: EVO: GREP: LIB: COMPO: ABORT: ;
SEQ_BINARY TF_EXC ;
SEQ_ASCII UOX_TBH :: FILE './UOX_TBH_g2s.txt' ;
SEQ_ASCII FIG_UOX :: FILE './FIG_UOX.ps' ;
SEQ_ASCII _MCOMPO :: FILE './MCOMPO_UOX_TBH.txt' ;
INTEGER an2d := 8 ;
REAL densur := 20.0 ;
INTEGER istep istepNext iAutop iCompo := 0 0 1 1 ;
REAL delr BUbeg BUend Tbeg Tend := 0.01 0.0 0.0 0.0 0.0 ;
REAL Fuelpwr Kinf := 39.0 0.0 ;
REAL BU BUautop BUcompo := 0.0 0.0 0.0 ;
STRING Library := "DLIB_99" ;
PROCEDURE Geo_SS Geo_N1 Geo_N2 Mix_UOX MultLIBEQ ;
PROCEDURE assertS ;
************************************************************************
* BEGIN COMPO INITIALIZATION *
************************************************************************
MCOMPO := COMPO: ::
EDIT 10
STEP UP 'COND2'
MAXCAL 5
COMM 'evolution burnup CASEA Assembly' ENDC
PARA 'burnup' IRRA
INIT
;
************************************************************************
* BEGIN GEOMETRY *
************************************************************************
REAL Rcomb4 := 0.4083 ;
REAL Rcomb1 := 0.5 SQRT Rcomb4 * ;
REAL Rcomb2 := 0.8 SQRT Rcomb4 * ;
REAL Rcomb3 := 0.95 SQRT Rcomb4 * ;
REAL R_int_TG := 0.5691 ;
REAL R_ext_TG := 0.6095 ;
REAL R_int_TI := 0.5691 ;
REAL R_ext_TI := 0.6095 ;
REAL R_int_G := 0.4165 ;
REAL R_ext_G := 0.4775 ;
REAL Cote := 1.26 ;
REAL CoteL := 1.302 ;
REAL Lame := CoteL Cote - ;
REAL RmodeN1 := 0.670 ;
GEOSS := Geo_SS :: <<Rcomb1>> <<Rcomb2>> <<Rcomb3>> <<Rcomb4>>
<<R_int_TG>> <<R_ext_TG>> <<R_int_TI>>
<<R_ext_TI>> <<R_int_G>> <<R_ext_G>> <<Cote>>
<<CoteL>> ;
GEON1 := Geo_N1 :: <<Rcomb1>> <<Rcomb2>> <<Rcomb3>> <<Rcomb4>>
<<R_int_TG>> <<R_ext_TG>> <<R_int_TI>>
<<R_ext_TI>> <<R_int_G>> <<R_ext_G>> <<Cote>>
<<CoteL>> <<RmodeN1>> ;
GEON2 := Geo_N2 :: <<Rcomb1>> <<Rcomb2>> <<Rcomb3>> <<Rcomb4>>
<<R_int_TG>> <<R_ext_TG>> <<R_int_TI>>
<<R_ext_TI>> <<R_int_G>> <<R_ext_G>> <<Cote>>
<<Lame>> ;
UOX_TBH FIG_UOX := G2S: GEON2 ;
************************************************************************
* END GEOMETRY *
************************************************************************
************************************************************************
* BEGIN DECLARATION *
************************************************************************
INTEGER maxstep := 9 ;
DONNEES := UTL: ::
CREA
BURN <<maxstep>> =
0.0 10.0 30.0 50.0 75.0 150.0
250.0 375.0 500.0
;
INTEGER maxautop := 1 ;
DONNEES := UTL: DONNEES ::
CREA
AUTOP <<maxautop>> =
500.0
;
INTEGER maxcompo := 5 ;
DONNEES := UTL: DONNEES ::
CREA
BCOMPO <<maxcompo>> =
0.0 50.0 75.0 150.0 500.0
;
************************************************************************
* END DECLARATION *
************************************************************************
************************************************************************
* BEGIN TRACKING *
************************************************************************
! Level One
TRACKSS := SYBILT: GEOSS ::
EDIT 0
MAXR 500
MAXZ 1000000
TITLE 'TRACKING FOR ASSEMBLY SS'
QUA2 20 3
DP01 ;
TRACKN1 := SYBILT: GEON1 ::
EDIT 0
MAXR 500
MAXZ 1000000
TITLE 'TRACKING FOR ASSEMBLY N1'
QUA2 20 3
DP01 ;
! Level two
TRACKN2 TF_EXC := SALT: UOX_TBH ::
EDIT 3
ALLG
TSPC EQW2 <<an2d>> <<densur>> REND
;
TRACKN2 := MCCGT: TRACKN2 TF_EXC ::
CACB 4 AAC 80 TMT EPSI 1E-5 MCU 10000 ;
************************************************************************
* END TRACKING *
************************************************************************
************************************************************************
* BEGIN LIBRARY READING *
************************************************************************
LIBRARY := Mix_UOX :: <<Library>> ;
************************************************************************
* END LIBRARY READING *
************************************************************************
************************************************************************
* BEGIN DEPLETION *
************************************************************************
WHILE istep maxstep < DO
************************************************************************
* BEGIN FIRST LEVEL FLUX CALCULATION *
************************************************************************
EVALUATE istep := istep 1 + ;
ECHO "istep: " istep "/" maxstep ;
EVALUATE BUbeg Tbeg := BUend Tend ;
GREP: DONNEES :: GETVAL 'BURN' <<istep>> >>BUend<< ;
ECHO "Tbeg=" Tbeg ;
*----
* USS
*----
IF istep 1 = THEN
LIBRARY2 := USS: LIBRARY TRACKSS :: EDIT 1 PASS 2 ARM GRMIN 18
CALC REGI W1 U235 ALL REGI W1 Pu238 ALL REGI W1 Pu239 ALL
REGI W1 Pu240 ALL REGI W1 Pu241 ALL REGI W1 Pu242 ALL
ENDC ;
ELSE
GREP: DONNEES :: GETVAL "AUTOP" <<iAutop>> >>BUautop<< ;
GREP: DONNEES :: GETVAL "BURN" <<istep>> >>BU<< ;
IF BUautop BU = THEN
LIBRARY2 := USS: LIBRARY LIBRARY2 TRACKSS BURNUP :: EDIT 1 PASS 2
ARM GRMIN 18
CALC REGI W1 U235 ALL REGI W1 Pu238 ALL REGI W1 Pu239 ALL
REGI W1 Pu240 ALL REGI W1 Pu241 ALL REGI W1 Pu242 ALL
ENDC ;
EVALUATE iAutop := iAutop 1 + ;
ENDIF ;
ENDIF ;
************************************************************************
* BEGIN FIRST LEVEL FLUX CALCULATION *
************************************************************************
IF istep 1 > THEN
* homogenize from 162 mixtures to 38 mixtures and condense to 1-group
* in order to average number densities
EDIHOM := EDI: FLUX2 LIBEQ TRACKN2 :: EDIT 0
MICR ALL
COND
MERG MIX
1 2 3 4 5 6 7 8 9 10 11 12 3 4 5 6 9
10 11 12 9 10 11 12 25 3 4 5 6 3 4 5 6 3
4 5 6 9 10 11 12 9 10 11 12 3 4 5 6 9 10
11 12 3 4 5 6 9 10 11 12 9 10 11 12 3 4 5
6 3 4 5 6 3 4 5 6 3 4 5 6 3 4 5 6
3 4 5 6 9 10 11 12 94 95 96 97 9 10 11 12 9
10 11 12 94 95 96 97 9 10 11 12 114 115 116 117 114 115
116 117 122 123 124 125 126 127 128 129 126 127 128 129 126 127 128
129 126 127 128 129 126 127 128 129 126 127 128 129 126 127 128 129
154 155 156 157 158 159 160 161 162
SAVE ON HOMOGENE
;
LIBHOM := EDIHOM :: STEP UP HOMOGENE ;
* recover number densities from LIBHOM and copy them in LIBRARY2
EDIHOM := DELETE: EDIHOM ;
LIBRARY2 := LIB: LIBRARY2 LIBHOM :: EDIT 0
MAXS
MIX 3 MIX 4 MIX 5 MIX 6 MIX 9 MIX 10 MIX 11 MIX 12
MIX 94 MIX 95 MIX 96 MIX 97 MIX 114 MIX 115 MIX 116 MIX 117
MIX 122 MIX 123 MIX 124 MIX 125 MIX 126 MIX 127 MIX 128 MIX 129
MIX 154 MIX 155 MIX 156 MIX 157 MIX 158 MIX 159 MIX 160 MIX 161
MIX 162
;
LIBEQ LIBHOM := DELETE: LIBEQ LIBHOM ;
ENDIF ;
SYS := ASM: LIBRARY2 TRACKN1 :: EDIT 0 ARM ;
FLUX := FLU: LIBRARY2 SYS TRACKN1 ::
EDIT 1 TYPE K ;
*----
* 26 groups energy condensation
*----
EDITION := EDI: FLUX LIBRARY2 TRACKN1 ::
EDIT 0
MICR ALL
MERG MIX
COND 4 7 10 16 18 21 24 27 31 38 50 63 65 67 68 70
72 75 80 83 87 90 93 96
SAVE ON COND26 ;
LIBEQ := EDITION :: STEP UP COND26 ;
LIBEQ := SPH: LIBEQ TRACKN1 :: EDIT 2 ;
FLUX SYS EDITION := DELETE: FLUX SYS EDITION ;
************************************************************************
* END FIRST LEVEL FLUX CALCULATION *
************************************************************************
************************************************************************
* BEGIN SECOND LEVEL FLUX CALCULATION *
************************************************************************
LIBEQ := MultLIBEQ LIBEQ ;
SYS := ASM: LIBEQ TRACKN2 TF_EXC :: EDIT 1 ARM ;
IF istep 1 = THEN
FLUX2 := FLU: LIBEQ SYS TRACKN2 TF_EXC ::
EDIT 1 TYPE K ;
ELSE
FLUX2 := FLU: FLUX2 LIBEQ SYS TRACKN2 TF_EXC ::
EDIT 1 TYPE K ;
ENDIF ;
SYS := DELETE: SYS ;
IF istep maxstep < THEN
EVALUATE istepNext := istep 1 + ;
GREP: DONNEES :: GETVAL 'BURN' <<istepNext>> >>BUend<< ;
EVALUATE Tend := BUend Fuelpwr / ;
IF istep 1 = THEN
BURNUP LIBEQ := EVO: LIBEQ FLUX2 TRACKN2 ::
EDIT 0
SAVE <<Tbeg>> DAY POWR <<Fuelpwr>>
;
ELSE
BURNUP LIBEQ := EVO: BURNUP LIBEQ FLUX2 TRACKN2 ::
EDIT 0
SAVE <<Tbeg>> DAY POWR <<Fuelpwr>>
;
ENDIF ;
GREP: DONNEES :: GETVAL "BCOMPO" <<iCompo>> >>BUcompo<< ;
GREP: DONNEES :: GETVAL "BURN" <<istep>> >>BU<< ;
IF BUcompo BU = THEN
EDIOBJ := EDI: FLUX2 LIBEQ TRACKN2 :: EDIT 1
MICR 35 U234 U235 U236 U237 U238 Np237 Np238 Np239 Pu238 Pu239
Pu240 Pu241 Pu242 Cm242 Cm243 Cm244 Cm245 Am241 Am242m Am243
Pm147 Pm148 Pm148m Pm149 Sm147 Sm148 Sm149 Sm150 Nd146 Nd147
Nd148 B10 B11 Xe135 I135
MERG COMP
COND 0.625
ADF * 'FD_B' MIX 162 ENDM
SAVE ON COND2
;
************************************************************************
* MULTICOMPO FEEDING *
************************************************************************
MCOMPO := COMPO: MCOMPO EDIOBJ BURNUP LIBRARY ::
EDIT 2
STEP UP 'COND2'
SET <<Tbeg>> DAY ;
EDIOBJ := DELETE: EDIOBJ ;
EVALUATE iCompo := iCompo 1 + ;
ENDIF ;
GREP: FLUX2 :: GETVAL 'K-INFINITY ' 1 1 1 >>Kinf<< ;
ECHO "+++ Burnup=" BUend " Kinf=" Kinf " at step" istep ;
IF istep maxstep < THEN
EVALUATE istepNext := istep 1 + ;
GREP: DONNEES :: GETVAL 'BURN' <<istepNext>> >>BUend<< ;
EVALUATE Tend := BUend Fuelpwr / ;
BURNUP LIBEQ := EVO: BURNUP LIBEQ FLUX2 TRACKN2 ::
EDIT 1 DEPL <<Tbeg>> <<Tend>> DAY POWR <<Fuelpwr>>
EXPM 1.0E15 GLOB ;
ENDIF ;
ENDIF ;
************************************************************************
* END SECOND LEVEL FLUX CALCULATION *
************************************************************************
ENDWHILE ;
assertS FLUX2 :: K-EFFECTIVE 1 1.041865 ;
************************************************************************
* END SECOND LEVEL FLUX CALCULATION *
************************************************************************
************************************************************************
* EXPORT MULTICOMPO IN ASCII FORMAT *
************************************************************************
_MCOMPO := MCOMPO ;
ECHO "test OSC_CASEA_2level_rse completed" ;
END: ;
|
