PNC-TN952-80-02:2.18MB
Contents
1. Depouillement Nu 4 T X 1 Z key in END 2 AJF 2 Depo uillement2. 1 N 1 GRIP 2 4 c 3 5 een 4 N 10 7 Ws O1 5 7 N 11 GRIP Quick View DEBI 2 Quick View Depouillement 2 2 LT 2 3 SN952 80 02 Input Data Format For Depouillement Program Gard N 1 NBO NBS IBV FORMAT 415 1 6 11 16 20 IMA NBO CISI TAPE NBS Version 0 Blank IB 12 channel
3. gt 7 GRIP GRIP Quick View 2 1 L 1 n 4 Quick View n 5 2 2 i 0 TIT BOHM TC
4. 3 1 CABRI B2 3 4 o 3 4 E CABRI B2 MT 2 Depouillement B2 EXP Quick View 1 2 quick view x y Quick View Z 7 2 OH J P 31 P 36 2 power G 3 11 3 G3 1 1 y 4 flow Fi Test Channel 5 Temp Test pin fissile 6 Temp TC 13 Test pin
5. 1 5 Depouillement LT 16 CABRI B2 SER DIBA e 1 7 IBM 6e 1 8 CABRI B2 Denouillement Sas SLAPS 20 CABRI B2 EDITOR 4 1 NOIPAC 6 0 Er BE Nr 7 5 NOIPAC 6 3 iE 1 1 1 1 2 3 4 5 6 1 1 2 1 8 4 5 2 2 2 2 2 2 4 5 5 SN952 80 02 1 FBR CABRI D pouillement CE CABRI m2 GRIP
6. 9 5 EDITOR G 3 1 1 Fl TC 6 7105 7 6720 TC 8 6485 9 6485 10 6485 TC25 6485 12 6420 TC8 9 TC10 TC25 TC25 mini tube 4 6 GRIP Data Base EDITOR GRIP Data Base 1 i JOB Data Base 10 i EDITOR LEXICON Data Set LEXICON EIS ii LOCAL Data Base Name EDITOR LEXICON Data OLD
7. eg ee ES KO EL RS CH ten RS shane QE PRE e DEEE ER Ln VIENI ee e EE SE A CRC t CELL SP D CPE ete T o 47 e e Le EC X mee oe ES DT AU tee ee et CPC CAS ee weet Meet ance eae vette RE PRE A ere ai tate ACIER IE OS OS ee CE EE RE ae s U s TT LC
8. 201 13 201 13 201 13 lt 10 10 10 1 1 66201 201 745201 201 13 784851 201 13 0 201 38 01 2009 5 0 201 38 01 201 38 ti 1006 01 201 30 0 0 E E 1 x ICHENL r IVh2 iFIFILT ICU Fi 1 1 IF IEUE IF3FILT iDETFUi 1 ITC 1 DEG CEL 1 2 1 DEG CEL 1 ATC 3 I REG CEL ITC 4 1 CEL ITC18 5 CEL I 1TC19 DEG CEL I iTC20 DEG 21 DEG CEL ITC22 I WEG CEL ITC 7 1 DEG CEL t 17023 I DEG CEL 1102 DEG CEL 8 1 DEG CEL 17 9 1 PEG CEL 1 ITC160 t BEG CEL DEG 1 1TC1 1 I DEG CEL 1 17012 I DEG CEL 1 ITC13 DEG CEL 11014 CEL 1 17542 PEG CEL
9. TET CI TIT O 8 TIT 3 20 Card 1 1 LTGP FORMAT 7211 1 I 16 LTGP 2 4 KER Original ODepouillement Code 1 Channel Card N 4 Version 1 eT SN952 80 02 Card N 12 NCO I gt 0 O z Subprogram DISP SDEB SFIN FORMAT SE 12 5 1 13 24 SDEB sec SFIN gt Card N 13 LU I 215 I 0 Subprogram DEBIT CO C2 C3 FORMAT 5E 125 1 12 25 37 39 60 CO C 1 Leakage flow 3 Gs N 12 14 N 12 14 1 0 1 Channel 511952 80 02 N 14 LU I 23 5121224 O Subprogram BILTH 14 1 TEX L Maximum L 20 FORMAT 18A4 1 5 9 13 69 72
10. Tektronics 4014 4016 on line 4 1 Depouillement 2 Qu ick view 3 EDITOR NOIPAC 4 it installation tape install CL set up ud 4 CABRI NOT FOR PUBLICATION PNCT8N952 80 02 April 1980 CABRI D pouillement Program PNC Version 2 User s Manual Hidekazu Yoshikawa Tsuyoshi Iwashita Yoshiaki Ichikawa Kazuo Jinguji Hitoshi Wada Abstract The CABRI D pouillem
11. 10msec 1300 E LAGH 128 1 1 2 3 4 5 8 FFTCOR PLOT 3 10 14 MULSPE PLOT 1 16 SGLFRF 11 19 SGLFRE PLOT2 20 08 686NS NOIPAC TSS PROGRAM XX START OK OK NO XX 60 08 ZS6NS LOF TOP EXPERIMENT DELTA 0 010 TIME STEPSs1299 0 0 TIME 68 Ns 9 START TIM INPUT NTIME 14 10 20 08 6G6NS 83 NEXT COMMAND KEY IN PLEASE AUT FFT END fft 20 08 636 ONd LAGH MODE VARIABLE 2 FORMAT 14 1 11 1 014 20 08 c86NS IRie 1 1615 1 BY FPT 189 DTIRE 10 SEC FREG e 0 39 HZ 8 14 0 545730 03 R R S s 6720 6720 TC TC 189 20 08 8 IRt 2 16149 2 LAGH 188 DTIHE 10 M SEC
12. EH A N 4 Ny E 3 i A8 DATA SET DUMPED YES MENU OF DATA SET NEEDED NO 10 nnnrn VARIABLE TO BE EDITED 7 14 YES MORE VARIABLES NO INITIAL SKIP AND RESIDUAL YES or DATA OMIT NO INTIAL SKIP DATA END TIME RESIDUAL DATA OMIT START TIME DATA SKIP obs SKIPPING RATE I4 nnnn YES or 2 MOVING AVERAGE HOW TO 7 SIMPLE MOVING AVE SMA SMA or Wa fS FD mmi 1 WEIGHT MOVING AVE WMA A gt NUMBER OF AVERAGE 14 nnnn VARIABLE FOR GRIP 10 GRIP Data Base nnnn 1014 t Depouillement Code Data Set To Be Dumped NOT FOUND YOUR REQUESTED DATA SET LES yes a lt
13. 2 NBO IMA NSE NOR NPA LU 8 AT1 SN952 80 02 CT2 CT3 TDEB 4 LT LTGRP 4 2 CABRI preliminary report B2 KMS SNM conversion table Depouillement 5 X Depouillement GRIP
14. Depouillement 2 Depouillement 2 21 4 3 4 3 0 TSO JOB LOGON user ID pass word ALLOCATION exec alle L CLIST 1 44 JCL 0JRO 2 RD alle L CLISTOt C 08 001 FT10F001 WORK FILE FT11F001 FT12F001 3 41 EDITOR 4 1 KK EDITOR prompting key FORMAT CAS 4 50 JOB logoff SN952 80 02 4 1 EDITOR
15. Vu non i Kie T319 1184 A49 TH SR Inquiries about copyright and reproduction should be addressed to Technical Cooperation Section Technology Management Division Japan Nuclear Cycle Development Institute 4 49 Muramatsu Tokai mura Naka gun Ibaraki 319 1184 1 Japan Nuclear Cycle Development Institute INL M RAN e ARN t o kT Ve RM NS Lg Ci 7 ge ne tient aS aN CEE ON EE reve ene mie aee det QE OT YI Mete eiu e rM nin CRE ES octo a a eee PEUR DER nn 0 s
16. 511952 80 02 Depoui llement Quick View EDITOR Binary GR I P FB Data Base 1 1 Depouillement SN952 80 02 21 PS VBS Le gt gt 3 1 Data Set 58 Depouillement 1 Dump 5 8 sec 1 m 12 1 3 1 4 sec 4 5 8 sec 4 9 20 21 80 5 8 1 1 1 E Depouillement Z z Z 7 2 Np 4 1 8 nm n 5 08 0895 2320 1 8 2 m 4 8 4 4 8 mf OF D L Data Set
17. L T7777 Tera TEX L No 14 2 NBI FORMAT 5112 1 13 24 NBI ERI Zone IEX Card N 14 3 7 a TDB 1 TDF L MaximumL 20 FORMAT 5 ET 25 1 13 24 TDB 1 mro _ TDB Coupling factor sec TDF 2 NBI RHE 51952 80 02 8 223 Depouillement aren m Description program Data read in and print out Driver routine for data con version subprograms Conversion raw data integer to volts or millivolts Average or sampling Definition of units Calculation of reactor power MW or energy MJ Calculation of reactor power MW or reactivity PCM Calculation of temperature C Calculation of flow rate in unit m h Calculation of pressure bars Calculation in unit count sec or ampere Calculation of mass flow rate g sec Calculation of thermal balance KW or coupling factor KW MW verage and summation between data of several channels and calculation of difference and ratio between data of two different channels Lecture et impression des donn es Organization du d pouillement Calcul de valeurs brutes en volts on en millivolts Calcul de moyennes ou echantillonnage D finition des units
18. 1File ii SN952 80 02 2 D pouillement 2 1 Depouillement CABRI MT MT 5 500Hz 96 4 KHz 36 2 Hic FORTRAN Compatible Depouillement LT Depouillement 1
19. ECC PAC A sl s PE JS QE me T a s ICI PLE CCR SE PO Sa S aaa sep PC RO SRE PRE gr ee eet ce eet CO eed oot SN Pi ir ri ei EC OS e NS LPC DEDE ehMac nite fants Ad BR PNCT N952 80 02 1 9 8 CABRI D pouillement Program Version 2 B T a Som x E MEHE 2 CABRI Depouillement NOIPAC BRIF ORE
20. ETC OL I Ete ee tes neste DE UP ER CE EE TLE e e tae ILA SE ANCIENS RE A AE OC ATE T ER CE AS x EU PC RE EEE RE D CC EE CC at Var ONE Seer tush th he neee ER RCI M RE CNE OL TRUE TES ee ee s PL EE E QM M e AD CS BOE Le reu eie MINIMA SEE DEEE EE te a tye EN ene ao eet UM eme e
21. INLET CHANNEL FLU FILTERED 16 FLOU CUB M HOUR INLET CHANNEL FLOU 19 FLOU CUB M HOUR FSFILT OUTLET CHANNEL FLOU FILTERED Depouillement 7 n ig ns SEXES io ME re nm 20 TEMP DEG C TCL 7780 52 1G3 275 MENU 6 7 Hn 23 DEG C TC4 7285 24 TEMP DEG C TC18 7285 25 TEMP DEG C TC19 7285 26 TEMP DEG C TC20 7105 27 TEMP DEG C 1651 6992 28 EMP 666 TC22 6908 29 TEMP DEG C TC 6726 39 DEG C TC23 6720 31 TEMP DEG C TC24 6603 32 TEMP DEG C TCS 6485 33 TEMP DEG C TCS 6485 34 DEG C TC10 6485 35 TEMP DEG C 5 6485 35 TEMP DEC C TC11 6452 37 TC12 6420 38 DEG C 7613 6170 39 DEC C 1616 5845 40 TEMP DEGZC TC42 5480 41 TEMP DEG C TC17 5338 42 saa TEMP DEG C 7245 43 TEMP DEG C TC6 7105 44 TEMP DEG C 7627 7285 45 DEG C TCOB 7285 46 TEMP 1633 6520 7 DEGZC TC34 6485 BLES TO BE EDITED 14 IN DATA 914 I DATA SKIP aol FIOUING AVERAGE Creal RABIES SN952 80 02 Be EXP LOF TOP EXPERIMENT 9 SAMPLE STEP 6 010 806 6 3500 NA STOP 35 000 ENERGV 62 1 EDITOR 5 POUER fU 63 1 1 6 63 1 1 7 POUER 63 1 2 Menu 8 ENERGY 63 1 2 9 55 BAR ras T
22. Tektronics TSO CABRI GRIP 1 1 EF 2 i Depouillement Ta 3 K Quick view 4 5 Depouillement program XO installation tape CABRI B2 MT X IBM370 168 FACOM M 190 install
23. 1649300 EXEC EYE DLTEP PASS CEN FLP AAEM UNIT 2400 5 if RECEM Es LE 0 5 ELEKTZ 61 3 f LABELS CF NL 5 VI Fi FTGtCL FORT EYEZIN nb DIZPzcODLD PAZE 6 DENSQUICE FORT sS UNIT 2400 9 77 0 60 BLESI 2 1 ff LABELS CL 9 NLD a VIOL 00 Db COL FORT UNIT 2400 ff DCB ZCEECFMZ EsSLEILZCU SOsDBLEZSIZEZAS1zZ0 35 77 LABEL CENE s VOLSZER CABRI bh DGI SE COLD LENSBRASICE 2400434 if RECFKM FEyLEECLHS0 BLESIZE 3S120 ff EL GyhIL VOLSSER CABEI LEED SYSLTE ISP s 1 CGRATHLIE DE DENSEPL 1 FORTLIE DD BIZPeCOSCATLGOsDEN AXXXXXXX GIICE LCOADLINIT22 550 SPACE TRKE L 2015s 193 XERZNININ installation tape IB 77 EXEC PEM ICECOCY s REGION 200K SYSFRINT pp SYSOUT A INPUT DEN QUICK LOALsUNIT 2400 LABEL 4 1 NL VOL SER CABRI CUTPUT DD DISP CATLG DENZXXXXXXX QUICK LOAD y LUINIT 3350 7 ZPACERCTRE s 201 5 122 VHL SEE NNIN SYS
24. ee HX P 7201 13 201 38 re mu amp A sanan 1000 01 0 01 10009 01 7 00 01 4000 fe 1999 01 1999 1060 01 3000 Ot 77001 201 13 72510 201 13 772951 201 13 72851 201 13 77285 201 13 72851 201 13 771051 201 38 7590821 201 63 789021 201 63 787221 201 6720 201 4031 201 63 64052 201 13 64851 201 13 76485 201 13 amp 85 201 13 764531 201 13 64201 201 13 781701 201 13 75845 201 13 84801 201 38 75538 201 39 01 1 bi 20 2 772451 7202 771051 201 38 201 13 772851 201 13 ICHEN 1 16 72 ICHEN DETECTOR NO 3 ICHEN HETECTDR NO u 177 UITHOUT FILTER 10UTLET CHANNEL FLOU FILTERIFOFILT t WITHOUT FILTER PASS FLOU INA DETECTION I THERMOCOUPLES IN NA IN HINITURE i IN HIHITUEE IN IN HIHITUBE IN HA w
25. 0 SN952 80 02 5 1 NOIPAC i AUTCOR MULCOR FFTCOR AUTCOR 1 MULCOR 10 K3 FFTCOR Fast Fourier Transform i AUSPEC MULSPE AUSPEC MULSPE ji SGLFRF MULFRE 567 1 1 MULFRF 1 1 2 PLOT1 PLOT2 PLOT3 AUSPEC MULSPE SGLFRF MULFRE AUTCOR MULCOR FFTCOR 20 08 6296818 PLOT 2 SGLFRF MULFRF AUSPEC MULSPE PLOT 3 PLOT 1 5 1 NOIPAC AUTCOR MULCOR 5 952 80 02 STAGE 1 START OK NO ok no STAGE2 INPUT NTIME 14 DELTA 1000 3 NEXT COMMAND KEY IN PLEASE AUT MUL FFT END
26. PLOT Depoillement Quick View Editor Noipac 1 Depouillement Editor Noipac Depouillement O JCL 1 2 3 Quick View JCL 1 2 EDITOR O JCL 1 2 NOIPAC O JCL 1 2 FB 80 3120 DEPMENT FORT QUICK FORT EDITOR FORT NOIPAC FORT BASIC1 FORT BASIC2 FORT FUNCTI FORT SUBLOG FORT FLD ASM DEPMENT LOAD QUICK LOAD EDITOR LOAD LOAD DEPMENT FORT EDITOR FORT NOIPAC FORT DEPMENT1 CNTL DEPMENT2 CNTL CNTL QUICK1 CNTL QUICK2 7 CNTL CNTL CNTL CNTL EDITORI EDITOR2 NOIPAC1 2
27. RETURN STAGE 3 SUB MULFRE SUB SGLFRF STAGE 3 SKIP NEXT MULF SGLF SKIP KK NOIPAC STAGE 2 DELTA 1000 UCR ia STAGE 4 STAGE3 gt AUT LAGH MAX 500 CHANEL i STAGES MUL LAGH LRAT MAX 500 K 10 CHANEL K SN952 80 02 STAGE 3 gt FFT OF LAGH MAX 500 MODE 1 XX 2 X Y 4 X Y DBE CHANEL 2 X Y STAGE 8 B STAGE 9 8 3 0 TSO JOB LOGON user id pass word 0 NOIPAC exec noisa aloceclist 5 5 O J 8 noisa al oc clist DET FTO7F001 EDITOR FT08F001 FTO9F001
28. IPT RESISTANCE CURRENT IPT RESISTANCE VOLTAGE I THERMOCOUPLES NA CU v4 Tune copy m ww I 2 wr LINLET CHANNEL FLOW FILTER c db ds r NEAR POWER G2 e gt dha da i ale Ar a et 1797 10 1 01 1997
29. TCL3 76170 000122000 _ 00117 00001230 COLIS 20113 000012640 2 00118 DEG C TC16 5845 0000 1250 51 00120 1 7 00001260 __ _ M 00121 76 10 ET 201 38 3 12 00001270 00122 TEMP DEG C _ TC42 54 0 _ 20001280 00123 E U0001290 00124 1 TT lo Mo 201 38 _ 00001300 00125 DEG C TCi 5338 00001310 Lans 4 00126 2 E BE 7 DOO 01272217788 10 7201 13 4 32 00000730 00128 TEMP DtG C T245 00000800 B 00129 i s 05060010 i 00130 BE 10 220575 201699 5932 00000820 00131 TEMP a DEG C TC6 7105 00000530 00132 E S OO 00133 8210 201 13 4 32 00001330 00134 TEMP DEG C TC27 1285 00001340 00135 00001350 00136 83 10 __ 201 13 _ 4 32 000013680 00137 TEMP DEG 1228 7285 00001370 0013B I a T 00001380 5 00139 1 87 10 201 13 4 32 00001390 00140 4 TEMP DEG C 1C33 6520 00001400 9001481 00001410 an 00142 4 88 10 _____ _201 13 4s32 __ 00001420 00143 4 TEMP DEG C 1634 6485 00001430 oo 00144 885 _ T Re ROT 00001440 00145 6 00001250 _ 09146 _ m 00001450 00147 8 154 103 4501 Oe 35 0 9000 1470 Oe OU O o o 00149 1082 LUF T0P EXPERIMENT 00001450 00150 113 90001500
30. binary 0 2 2 1 binary 20 3 3 3 5 Quick View Quick View TSO TSO LOGON user id pass word 2 ALLOC DATASET dsname 7 FILE FT20F001 SHR 511952 80 02 3 CALL QUICK 24 DATA SET NAME TO BE DUMPED data set name Ben 5 AUTO OR auto 6 LOG SCALE PLEASE KEY IN NEXT LOGX LOGY LOGXY logy key in TSO
31. 1 0 i Initial Skip Residual Data Omitting SX LL iii GE time 00 001 10101 1201301 T 0018 ERDRE 00 L0 13089xc07 0 99 21301 7 Initial Skipp ing Time Skip Residual Omiting Time Omit i Data Skipping INT INT 1 Moving Average 511952 80 02 S Tu wu Ae 5 2 7 7 x X t 2 1
32. OF Loss of Flow driven TOP Transient Over Power Test Channel R 2 5 26 IBM Depouillement 2 7 power void 8t 96channel 47 channel 2 4 Depouillement 70 75 C L O SET UP 1 installation tape LF EXEC FTGICL f PORT n
33. STAGE 4 INPUT DATA STAGE 5 RETURN HARD COPY STAGE 6 NEXT COMMAND PLEASE SKIP NEXT NEXT STAGE 3 SKIP STACE T NEXT COMMAND KEY IN PLEASE SGLE MULE SKIP MULSPE SGLFRF SGLF MULFRE 3 SKIP STACE 8 INPUT AND OUTPUT VARIABLES 21497 SGLFRE 214 STAGE 9 INPUT VARIABLE NO AND VARIABLES I4 KI4 OUT PUT VAPIABLE 14 MULFRE 1 SN952 80 02 key in 5 2 52 NOIPAC STAGE No 1 nni 8H NO AUT SUB AUTCOR MUL SUB MULCOR FFT SUB FFTCOR END JOB
34. FORT 2400 5 DCE RECEM FEsLRECL 80 BLESIZE 3 120 77 dioe LkKED SYZLMOD Db DIZP Orj1CATLGOsDEZM ZXXXEXXX DEPMENMT LOAbs UuNIT zzso 5 1 5 VOL Dp ENTRY MAIN NAME 22 2 installation tape JOUE EXEC REGTON 200K ri ffINPUT Db LIAD 4003 if LABEL 4 5 VU ZER CAEE I DD DIZP O CATLGOs3DENGXXXXXXX DCPhHzhMT LO8Dn UNIT es55250 CZO sS 193 ASN STA rT ESPACES 4654103 FENEUT 4 DD UNITSD EE 053433 DE oc INDDZINPLUTsSUOLITDDSOLITPLUT SN952 80 02 8 XXXX IG LINE 100 GU EXEC PGM DCPMENT3 REGIUNZSOORsSTINMEsSZs FARM MACSILIZTSLET STEFLIB Db DIZE ZHEs DENZXXXXXXX DEPMEMT LDOGD OQ 1 EME EN DDD AT FSFTOGP DD SYR A 7 F OO DD DIN IT gt 5 LABEL CE 3 ff DCE CRECKM VESsBLEZTZE 2460 LEECL xX 9
35. JOB END 7 7 8 BE YES Menu 4 SN952 80 02 41 SN952 80 02 VARIABLE EDITED lt MORE VARIABLES i x INITIAL SKIP AND RESIDUAL DATA epe OMIT FAIR C 811952 80 02 INITIAL SKIP DATA END TIME 2F50 RESIDUAL DATA START TIME 1 lt DATA SKIP k NET j NO lt A lt YES A f SKIPPING RATE 419 amp SN952 80 02 pe ca ta gt ND P lt MOVING AVERAGE EE gt HOW SIMPLE MOVING AVERAGE SMA WEIGHT MOVING AVERAGE WMA lt NUMBER OF AVERAGE Um WMA ub lt WEIGHT KEY IN PLEASE nKO 14 NM Tes 00 41 I ME fo ee 74 R M BEN 4 VARIABLE FOR GRIP MAX 10 GRIP D B 41K
36. SN952 80 02 SN952 80 02 4 EDITOR JCL Oset up EDITOR GRIP Data Base allc 1 CLIST PROC 9 CONTROL NOPROMPT NOMSG FREE F FT 8F001 10 001 FT11F091 FT12F001 CONTROL PROMPT MSG ALLOC DATASETCXXXXXXX FILE FTO8F991 SHR ALLOC F FT10F001 NEU SPACE 30 10 ALLOC 11 001 NEU T 5 30 10 ALLOC DATASET YYVYYY 12 001 CALL EDITOR LOAD END XXXXXXX 1 Depouillement YYYYY EDITOR 1 installation tape if EXEC FTG ICL PARM su IFIRST SL DE ff DCB CRZCFPM if LABEL CSs5NL ER CABR I LKED SYSLMODD DD DTISP 6 LC LURBDSUINITARSSQ ve DD DIS ER Lieb YS IN Db INCLUDE OBJDBANCDDBAM CNTmY MAIN XREF3SLIZT 3REGIUN LEEDZZOOK S29 DSNSEDT TOR PORT y a 4 9 EE CC 0 BLS I Zee Ao wu EE DLL 3 rwt cu 11 a LS EM
37. 4 5 5 7 8 _ 0o se teessO 3 e 6 6 20 08 696NS l Y 827 amp 1 2 3 4 5 o T 8 RUE seUsses 0 00001510 RO ID ssestosseDesostauss0veunetee se Mose oO ee e eto see se te ee O 1 2 3 4 5 amp 7 o o NA 5 N 10 Quick Veiv o N2 N3 00151 Na 2 00152 3 _ SN952 80 02 2 3 A B BI CABRI B2 CABRI B2 B2
38. LUENTDEM RZEXZ TATTEGRAO C 7O012253V 0L ZzER EBECLHBF 1 1 gt 2 3204 ff SPACE CTRE 5 10 FEL SE 3 VO ff CE REECE MHS VEE os BLES 1 400 EX 2 ff JOBNAME NNN DDD JCL FTO5F001 FT11F001 CABRI tape 20 001 Quick ViewHKUEDITOR SN952 80 02 3 Quick View 3 1 Quick View Depouillement Depouillement No 10 2 1
39. ___ TERS ECE LE D 000987 VUONO LOEN cA Ld 10 66 4 00091 00000 E TERP 168 4489 s ESS s 1 10001069 _ 00100 se esoeU 0 RC costes su ele e o sfd o e TRU 1 2 3 5 6 60 08 296NS ONG anin _ 27 1 3 4 5 1 NINE ONE on 2 5 07000 010 EE 7 07 9 7700101 TEMP DEG C TC9 6485 00001070 91087 ou cu Su EEE 00001029 00103 1010 201 13 00001030 00104 TEMP 2 DEG C_ TCLO 64 5 00001100 00105 00001110 00106 4 71 10 _ MEER 290001120 006 00107 TEMP DEG C TC25 6485 00001130 111 00001140 00109 12 10 201 13 00001150 00110 DEG C TELL 6453 00001150 E 00111 i 00001170 _ 00112 7310 201 13 00001180 ENS 00113 TEMP DEG C 1612 726420 00001130 00114 Cl 90 __00001200__ TE 00115 74 10 0 201 13 00001210 00116
40. LZ PNC Version ATI LU Data YDEB YFIN Version Card N 4 4 5 Card N 2 NEX 7 SN952 80 02 TB J I K I TA L I J 2 MaxK 8 Max L 15 MAXI 110 20 4 Card N 4 FORMAT 1 5 9 13 17 21 77 80 TS HCG DITGG D TA QI DD CIA Gs D unit lt CTI CI CTS CL 110 3E12 8 13 25 36 UT CIS AT1 AT2 BC1 BC2 BP1 BP2 RPO 5E12 8 LU 10 thermo meter LU 13 SP SP Sondes Plantine 8 TB TC N 5 FORMAT CT 2 N 6 FORMAT 1 13 25 37 49 BEI 862 BPI BP2 RPO BC 1 sra RPO PNC SN952 80 2 Card N 7 FOR
41. 17 518 0 24 0 100 150 102 VRAT 14 B MF 14 29 39 856 0 22 800 100 MJ TRA 151 101 220 18 39 956 19 82 6 53 0 57 26 587 100 MITRA 132 101 12 96 12 Gl ta dos 51512 0 15 59 997 100 152 102 329 LS 1314 amp 659 0 38 100 MITRA 153 101 230 17 14 14 Sas LT 0 31 HO 794 100 MITRA 102 230 lf 46 5 944 17 820 0 10 58 877 10 MITRA lo 22113 2 3 0 17 46 51 813 Id ng gg 57 0 1 3156 2 MITRA 154 10 250 i M8 10 532 17 59 UG 532 0 1 36 0 100 1910 101 234 LI EE 22 7 16 9 30 07 Ul 16 f72 1800 5u 102 PAR ir 94 17 27 886 0 20 793 100 159 103 332 uf 0 of Lc NE 9 wu 0 20 15 34 10 190 104 231 i 34 0 Bui 17 56 980 0 2 7 807 0 29 MITRA 155 101 233 11 5358 25 1 12 45 181 2 19 7 156 100 TM 153 102 2898 J d 17 40 462 17 40 US 782 0 0 40 520 100 153 103 2898 L 17 46 51 717 Le EC SI 217 01 560 10 15 103 2898 J 58 17 280 26 657 17 44 50 207 0 15 450 10 IRM 194 10 2898 LM 17 34 9 Bl 094 0 310 77 10 101 2898 2 1 17 38 12 881 17 35 15 865 GU 1 964 0222 154 103 187 17 43 56 0 L 47 36 0 0 13 0 0 8 1 54 101 188 Lt 532 526 0 i 4 34 0 Q 13 40 0 60IPS 20 08 9688 ONG B2 a C1 1 C1 tuk 1 c tL C43 4 4 61 2 6
42. 2 36 channel 3 96 channel Card N 2 E NSE NOR NPA NDS TDEB TFIN BSA COPA FORMAT 16 14 413 4E12 8 1 6 NEX o JL HE 3 x amp Channel Data Data N 2 Card N 8 READ Card N 8 DS Card N 3 FORMAT 4 1 6 IVI IVI 6 SN952 80 02 Card N 4 ECT 1 LZ AT1 1 2 1 YDEB 1 YFIN 1 Maximum 1 110 813 4E128 1 4 7 10 13 16 19 22 26 37 49 61 72 Channel LU Channe LU gt 0 Channel I D pouillement Data Subprogram 5 2 3 LA PNC Version NCO NCO gt 100 OF amp Channel ICT Smoothing LB Disk LU 1 3 4 6 26 Disk LB
43. 201 13 1 t 14 1 CEL 1 01 201 13 3 1 1 CE 1 01 201 13 1 1 1 t CUR 81 91 1 15 1 ICUB H HQUR I 1 1 15 1CUR H HOUR I 01 I 15 ICOUNTS SECI 01 1 29 01 01 I t 19 1 0 61 01 1 1 17 ICOUNTS SECI 00 Il t 20 ICOUNTS SECI1 Os pog 1 2 t 01 IFFI 18 1 BAR 01 20 2 i I 18 ICUB H ZHOURI 91 t 1 15 1 Z t Di I 1 U EAR 1 01 1 18 1 RPH 01 1 1 1 BAR I 01 20 2 I 1 16 EAR 01 20 2 18 i 01 20 25 1 1 10 HAR 0120 25 1 1 18 t CEL 8 201 13 1 1 10 1101 43 1 014 1 IPOUER 62 1 6 16210 a qe 16210 3 IPOUER CHAMBER 52 2 5 16220 4 t7 C 1022 1PDUER CHAMBER G3 1 1 5 16311 I 57 16311 7 1POUER CHAHRER G3 1 2 S tG312 f C 16312 9 186 18 ELEHEHT FLOU 10 17079 TEMPERATURE INLET TC22 P 11 11C25 TEHPERATURE OUTLET 12 ITC TEMPERATURE OUTLET 1 TC2 4P 13 ICONTROL ROD 1 IBCS 1 14 CONTROL RO 2 IECS 15 ICONTROL ROE 3 ECS 3 16 CONTROL 1HCS 4 17 ROD 5 1RCS 5 18 ICONTROL RON 5 8 19 IiIIRIVER CORE COOLANT FLOU 161 20 77 TEMPCRATURE INLET 154 21 158 72 i 189 231 OUTLET 1511 24 1512 29 1 1813 26 50 1 080 SAMPLING SYSTEM FLOVINESCII 27 d TIESC13 2B s 06 13 29
44. CONTROL PROMPT MSG ALLOC DATASET EDIT2 DATA F FT 7F991 SHR RTTR DCBAA RECFMCU ALLOC F FT68F 91 NEU USING DCBAA SPACE 50 10 AUBLOCK 3200 ALLOC F FT99F991 USING DCBAA 5 50 10 AUBLOCK 3200 ALLOC F FTO9FO08 NEU USING DCBAA 50 10 AVBLOCK 3200 ALLOC FC FT20F O61 NEW 5 10 10 AVBLOCK 322 FREE ATTRLIST DCBAR 5 5 1 CALL NOIPAC LOAD END 3 EDITOR installation tape XXXXXXX EXEC EYEEN DD DISH DLD PATE s ASM UNITS AOD 5 Lf EC F E Bae ABEL 7027NL 23 VIL EXEC CL FORT XYZEIN DIZPzQULD Da AZIEO OJDEN NDIPAC PRLPRT UNMITezx400 Lf pipa E CF Mar fs Le NULL o BLL LES I CA ML m ts i 7 DD 5 GO ts Past 1 1 Sf REC MRP Ey chO3BLESIZZ 4 z LABELS CS NL VOLL ff Ob 1 CO Ds PASS PORT Chal Lf pes E ie LABELS Ci NL 3 VOL a E 1 DD CISP CO D Pis UNGT FORT INITA 9 Er D
45. FAILURE DETECTION Ci 8081 30 M1 t LNIIM1 31 SOHT LIN 15081 1 32 SOM H LOG 501 1 0 33 MON TC 110 34 ITRANSIENT PRESSURE 106 0 0 35 LOOP PLENUM PRESSURE 1PICELL 34 IRA LOOP FLOW OUTLET2 72 37 INA LEVEL IN FILE 1 5 6 amp 38 iCOVER GAS PRESSURE PRSAS2 39 INA PUMP SPEEI IVISP01 40 FUEL GAS PRESSURE 1 1 1 5 SECTION PRESSURE INLETIP2 1217 017 IPs dei PH ut 11CACEL m lt o 8 60 08 256 5 ONd TAH n lo oM OM es 2 0 15 03 oof TIT BAL 5 91 vai 5 31 53 RE 51 y A U 34 0 37 44 de mue we 0 059775 70 1495 70 0709 70 1518 A een 201 13 201 13 201 14 201 13 201 13 201 13 201 58 201 83 201 63 201 13 201 13 201 43 201 13 201 13 201 13 201 13 201 13 201 13 201 13 201 13 201 38 201 38 ey ee der m
46. GRIP Data Base 1 9 GRIP Data Base TIME POWER VAROOI ENERGY 002 POWER VAROOS ENERGY 004 POWER 005 ENERGY VAROOG POWER ENERGY 009 GRIP Data Base GRIP 2 QUICK G 8 1 1 X TIME Y VAR005 10 SN952 80 02 exec 13 As UM D AS Senne TO BE EDITED DATA SET NEEDED 7 BC EXP LOF TOP 20 5816 8 47 SAMPLE STEP 0 010 3500 TIMESTARTS 6 0 STOP 35 088 1 POWER MU 681 ENERGY 62 1 3 POUER fu 65 5 4 62 2 S POR 63 1 1 6 ENERGY G3 1 1 POUR 63 1 2 8 ENERGY G3 1 8 9 PRESS BAR TEST SECTION PRESS INLET 19 00175 CHENI CHEN DETECTOR NO 1 11 CHEN2 CHEN DETECTOR NO 2 12 00175 CHEN3 CHEN DETECTOR NO 3 13 90115 CHEN4 CHEN DETECTOR NO 4 14 VOLTS 2 901 DETEUTOR NO 2 iS FLOU
47. I A i ses Noms su NO j P d YES 31 20 08 296818 DATA SET DUMPED 8 8 Bg EXP LOF TOP EXPERIMENT SUARIASLE 4 STEP 0 030 SBATA 3569 E VARIABLE LIST 2 START 0 0 POVER KY TEST SECTION PRESS INLET CHEM DETECTOR WO 1 q 9 9 49 0 0 EE 00 99 Q o G3 1 1 TIMECSEC 1 50 2 00 2 50 3 00 3 50 4 00 1 09 SN952 80 02 B2 EXP LOF TOP EXPERIMENT 69681195 20 08 2 LOF TOP EXPERIMENT TIRE 5 63 1 1 o ca INLET CHANNEL FLOU F1 TIME SEC 1 00 1 50 2 00 2 50 3 08 3 59 0 50 SN952 80 02 B2 EXP LOF TOP EXPERIMENT 7285 TC3 TIMECSEC 2 09 2 50 3 08 3 50 1 50 35 5 952 80 02 LOF TOP EXPERIMENT 60 08 686NS B2 EXP LOF TOP EXPERIMENT 8 50 8 00 7 5 6 59 x TIMECSEC 1C13 6170 gt 3 O x GME SN952 80 02 3 5 Quick View 1 installation tape
48. NNN 0 JCLH BATCH JOB TSO SUBMIT 88 511952 80 02 2 X X BW NOISA N241 75 20 1975 11 WR Depouillment Code Manual 1 Version 1 SN241 78 35 1979 2 Langle E Laugier and L Steinbock Preliminary Report the B2 LOF TOP Experiment CABRI Note C257 79 Nov 1979 Time Sharing Option MVS 53 1 GRIP Graphical Interactive Package 571247 19 03 1979 5 PNC SN952 80 2 CABRI D pouillement Program insta11ation tape CABRI D pouillement program system install 1 0 MT SN952 80 02 Installation tape CABRI F gt Z 9 trk al FE 1600 bpi 5 Depouillement Quick View Editor Noipac PLOT10 PLOT
49. PRESS BAR 2 EST SECTIUN PRESS ICLET 00000440 00030 i 2 43 2 bAa 90000450 00031 45 1 1 000 00000460 00032 1 VOLTS CHENE DETECTOR NO 1 EXPE 0000570 00033 1 00000480 00034 46 1 10000 000004 20 _ 00035 VOLTS CHEN2 CHEN DETECTOR 0 2 00000500 2200368 OU 00037 47 10000 00000520 00038 _ NOLTS 0 CHEN3 CHEN DETECTOR NOS 00000530 _ _________ 00039 00000740 00040 _ __ 48 10900 00000550 00041 VOLTS CHENG CHEN DETECTOR 10 2 00090560 00042 j _ 0900070 __ 00043 49 1 2500 _ 00000580 00044 VOLTS Los 0 MD VOTO DETEVTUR DT a e __ 000008590 __ 00045 00000500 00046 5015 _ _ 20 05935 0 2 00900250 00047 FLOW CUB M HOUR 1FELT INLET CHANNEL FLOW FILTERED 00000290 80048 Ue OO 00049 51 15 0 1195 0 03 00000310 00050 FLUW CUB M HOUR FL INLET CHANNEL FLUW 2 00000320 _ 60 08 9645 87 amp D 8 6 Me 4 2 eec voca 0 ascos sauf 0 0 oona 0000 ie M wass qm n 001 00000330 0 0709 15 00052 NEM 0 0 05 3i CUBeM HOUR F2FILT OUTLET CHA
50. Quick View 7 aA 26 26 3 2 A FA REHE 297 26 3 3 HARD DT nn 26 E E 2 7 d B Quick View 37 24858 78 3 bh EDITOR c eee 38 dl ER WE POSUER ROIG IV SUMMANUS DUI 38 Aysha s EP D En 40 Ac Se 40 4 4 EDITOR JC O SET UP 4 7 4 8 GRIP Data Base 49 45 0 GRIP Data Base en Se 49 4T CORIP Data Bas SE Ress 5 4 CNOIBAC dE 5 9 5 1 59 59 5 3 6 4 A 6 4 pb 8 7 d E 89 CABRI Depouillement Program installation tape 9 0 5 952 80 02 A F Depouillement 2 Quick view 28 AA RETOS LIETO y 9 70 42 NOIPAC 70293270 y 7 se 61 2 0D de 3 Depouillement POD 5 LORD YDA 12 LU
51. g 5 i fa 2 wW e i XXXXXXX JOBNAME NNN JCL BATCH JOB TSO SUBMIT 1 2 00010 ODOGO 0027090 0300 00150 5470 DOSO DOTTO 0200 410 00220 SN952 80 02 2 installation tape 09010 XXXXXXX 0302090 EXEC PGhM ERCI DP Y REGIUNZZOGKR ZYZPRINT pp zvYzntuT a 00040 INPLT DE DISPSHOL Ds DENSEDITOR LIAD UNIT 2400 00050 LABEL 12 5 VGL SER CABRI OO040 OUTPET DD DIzP 0sCATLGO DZN XXXXXXX EDITOG L OADsSWNIT2EXz505 00070 SPACES TRE 4 2 22 HNMITSDIEZE 3JEPACESUCYLs3U25122 60090 UNIT DI ISE SPACES 54 10 00400 SYSIN Dp 00110 INDD SIMPITsULITDDEOLTPLT 09120 OO1 Q XXXXXXX JOBNAME NNN HL JCL tZ BATCH TSO SUBMIT 4 EDITOR GRIP Data Base 0
52. y y Li 2N 1 j N 2 1 2 N ej fij CET N 5 j 1 V y R M S Root Mean Square 2 E I 3E 35 y 1 R M S Ng 1 EDITOR GRIP 4 GRIP 4 5 EDITOR 3 Quick View 511852 80 02 4 2
53. 010 U R00 9 R4 K VARIABLE 9 00120 910 011 U R010 4 K 6 VARIABLE 10 o LRECL 108 BLOCK 2160 FB EDITOR GRIP Data Base TIME VAROOI VARO010 B2 G 21 TC6 ii GDB Local Data Base LDB Naming MH LDB GRIP Data Base EDITOR Data Edit LDB POW 2 5 POWER editor dbamcntlil data 00010 LDB POW 99929 BOPOST POWER DATA 511952 80 02 LDB FLOW CHANGE 10 POW FLOW KEY IN 4 17 f 8 GRIP Data Base _ 38 5
54. 52066 6 4414 545 7007 4 518661 595 3999 2 229825 691 1555 2 177315 598 3264 2 132281 597 2751 1 792456 591 7856 1 692451 416 6465 1 908408 READY 511952 80 02 key in GRIP Global Data Base axi HH FBRGRIP Logon READY DBALLOC gdbname sp GDB GDB B2POST 100cylinder RERDY dballoc 53522 Sp 199 DATA ALLOCATION STATUS FOR UOLUME BPNC31 IS INDEX ALLOCATION STATUS FOR VOLUME BPNC31 IS 9 GDB GRIP BePOST INITIALIZED Xxx i LEXICON Data Set GRIP Data Base EDITOR 7 LEXICON editor lexicon data 999198 COUNTs 91 1 1 90020 991 TIME R4 K TIME VALUE SEC 00030 VAIL 002 98 001 R4 K e VARIABLE 1 60040 VAZ 003 VAROBE R4 K 9 UARIABLE 00050 004 R4 9 VARIABLE 3 06060 184 005 VARGO4 R4 K 9 VARIABLE 4 00070 YAS 006 VAROOS R4 K 6 VARIABLE 5 00080 007 VARGOE R4 9 VARIABLE 6 VA 608 8 R4 K VARIABLE 7 00100 009 8 668 R4 9 VARIABLE 8 00110 VAG
55. 8 FFTCOR SGLERF MODE 4 MULFRF 4 FFTCOR MULCOR 5 SGLERE MULERE STAGE 4 5 2 1 STAGE 4 C 1 3 5 3 5 2 3 5 2 EDITOR 2 AUTCOR MULCOR FFTCOR SGLFRF MULFRE
56. BAR BAR Pressure Relative Value Pressure Absolute Value Count Rate by Linear Fission Chamber count sec Count Rate by Logarithmic Fission Chamber count sec Ionization Chamber Ampere Coolant Mass Flow Rate g sec KW KW MW b C Thermal balance Coupling Factor Temperature Average Temperature Difference Integration Notes NB 1 Grenoble 2 Fission Chamber 2 Grenoble 3 Fission Chamber 3 Using linear conversion function and evaluating flow leakage value 4 Using a 3rd degree polynomial function for data conversion PNC SN952 80 2 2 4 Depouillement LTGP E o9 NB 1 LTGP is replaced by LT in Main Routine LT is replaced by LIT in Subprogram DISP 2 IMPRE Subprogram for listing DPGRIP Subprogram for Quick View BANDE Subprogram for writing a magnetic tape 3 0 Call X No call 4 No output 20 08 96818 ONG 2 5 CABRI B2 ILABELIPOS IHEGINCH M S MS H M S MS ILENGTH 4 STEP Cis nec MITRA LHB 101 32M 15 53 18 193 d SB 259 10 MITRA 148 102 22 1 74 55 39 0 3 50 500 10 148 103 23 14 58 9 202 15 6 800 0 9 57 598 100 130 101 dar 14 53 233 318 14
57. CUB R HOUR Fa OUTLET CHANNEL FLOU 19 FLOU CUB RVHOUR F3FILT BYPASS FLOU TERP DEG C TCi 7780 21 TEMP DEG C 68 7510 TERP DEG C TC3 7285 23 DEG C TC4 7285 24 DEG C TC18 7285 TEMP DEG C 7 19 7285 TEMP DEG 128 7105 27 TERP DEG C 1 6982 28 TEMP DEG C TCO2 29 TEMP DEG C TC 6729 TEMP DEG C 6720 31 TEMP DEG C TC24 6503 32 TERP DEG C TCB 6485 33 TEMP DEG C TCS 6485 34 TEMP DEG C 1610 6485 35 TERP DEG C 25 6485 DEG C TC11 6453 37 TEMP DEG C 17618 6429 38 TERP DEG C TC13 6178 39 DEG C TC16 5845 49 TEMP DEG C 48 5480 41 e DEG C 1017 5338 4e DEG C TCS 7245 43 DEG C TCG 7105 44 TERP 020670 7285 45 DEG C T 7285 46 peace TC33 6520 47 TEMP TC34 6485 VARIABLES TO EDITED 14 EV IN DATA 4 914 5 16 43 28 32 MORE VARIABLES P TIAL SKIP GHD RESIDUAL DATA OMIT INITIAL SKIP DATA END TIRE 225 0 REGIDUAL DATA OMITTED START TIRE 2 Dara si AVERAGE B2 EXP LOF TOP EXPERIRENT SUARIABLES 9 SAMPLE STEP 0 010 DATA 1299 TIRE START 9 0 STOP 13 690 fu 1 G3 1 1 FLOU CUS F HOUR F1 INLET CHANNEL FLOU 3 TERP DEG C TC 6720 4 TERP DEG C TC8 6485 5 TERP DEG C TC9 6485 6 TERP DEG C 10618 6485 7 TERP DEG C 162 6485 8 DEG C 7612 6420 7105 TERP 0 TC6 FOR GRIP MAX e 10 14 AVERAGE R H S 17
58. FREQ 9 39 HZ VARIANCE BV FFT 6 591932 93 R H S 6 72 Gb 20 08 256 5 CROSS COVARIANCE 33 BY FFT 1209 LAGH 128 DTIME 19 SEC FREQ 9 39 H2 IRI 1649 1 E 4 78 3 3 9 20 08 S6NS 8 CROSS COVARIANCE sx BY FFT 7C 6720 TCi2 6420 1 LAGHo 128 DTIRE 19 A SEC FREQ 9 39 HZ IR1 3 2 3 72 4 x x gt 8 Glas 7 14 507 18 76 bL st SN952 80 02 20 08 96 5 AUTO TC 6729 6720 ER SPECTRUA 35 BY FFT We 1889 LAGHe 188 DTIREs 10 SEC FREQ 0 39 HZ IRA 1 1640 1 R R 5 9 9 451810 01 193 4 SnD QOP 20 08 2S6NS 32 AUTO SPECTRUM 31 BY FFT TC18 6420 TC12 6420 1290 LAGH 128 10 SEC FREO 0 39 HZ IRi ICie 2 8 591920493 R H 5 1692 2 01 LOG FREG MZ 20 08 686NS IRI 2 3101 3 DTIRE 10 SEC FREQ 0 39 HZ 0 159220 01 23 5 Z gt RAD 0 mco 20 08 S6NS ONd IRie 2 1 FREQ 0 39 HZ 3 CROSS SPECTRUM zx BY FFT 12 6420 6729 Ne 1399 LAGHe 128 DTIRES 10 SEC REANe 4 59192210003 R H S 0 18922
59. 0 00 10 00 20 00 30 00 40 00 TIME SEC LOF TOP EXPERIMENT A m O vu e x 511952 80 02 5 NOIPAC version 5 1 NOIPAC on TEXTRO version NOIPAC 1 TEXTRO 1 5 1 X 51 1 Dimension 1 15 000 LAGH 500 2 AUTCOR 1 AUSPEC
60. 0010 PROC 0 00920 CONTROL NOMSG 00030 FREE 0 001 FT1 2F 91 11 001 FT12F0061 00040 FREE FCLEXICON DBAMGDB DBAMMSG DBAMCNTL 90050 CONTROL PROMPT MSG 00060 ALLOC FCLEXICON DATASET EDITOR LEXICON DATA SHR 00070 ALLOC F DBAMGDB DATASET GRIP BePOST SHR 00080 ALLOC F DBAMMSG DACX BLOCK 133 00090 ALLOC FCDBAMCNTL DATASETCEDITOR DBAMCNTL lt DATA IGSHR 00100 ALLOC DATASET DEMO82 DATA OFILE FTO8F001 SHR 00110 ALLOC F FT10F001 NEU T 30 19 00120 ALLOC F FT11F001 NEU SPACE 30 10 00130 ALLOC DATASET EDIT GRIP1 DAT FILE FT12F001 00140 CALL EDITOR LOAD Q0150 END DD JCL Oitti GRIP Data Base 60 90 oC RUN Th DO JCL LDB 2 Depouillement AO Data Set EDITOR Data Set 8 SN952 80 02 4 8 fF GRIP R Data Base 2 Depouillement
61. 5 4 37 Cio 4 40 0 254 0 417 4 1 4 5 44 at IBM CABRI 2 6 X tk a a a a a s us BE wae oda s s e De ROMPE oom de us dent 2 364 5 UNITI NIVEAU GAIN 1 3 LU HU 01 3 I t t 6 t 0 t 1 HU 01 I 1 3 I 01 IFI rC 0 t t 0 J 5 01 1 0 MW 1 Qi t 01 Il d 1 0 1 1 15 I CEL 01 2007 I t 10 1 DEG CEL 1 01 2004 5 1 10 t CEL 1 01 2004 5 1 1 10 CH 01 1 1 1 i I CH t 1 d I 1 CH 1 01 1 1 t CH 01 1 1 1 CH 01 J 1 CH t Ot I I 1 1 I CUH M H 1 i Il 15 1 i CEL J 01 201 13 3 CEL 1 01 201 13 1 1 14 1 1 CE 1 01 201 13 i 1 LU i CEL 0
62. B BID LDB EDITOR LEXICON DATA ZZ GRIP Data Base LEXICON Data set GRIP TSO 5 V GRIP Data Base Logon Procedure FBRGRIP vi Logon SIZE 600KE BXXXXXX XXXXX proc fbrgrip size 600 2 EDITOR 4 7 Y SN952 80 02 exec alici clist ASSUMED AS 8 DATA S SET TO EDITED 1 oi DATA SET NEEDED Uc AF LOF TOP EHPERIREHT SUARIADLE 4 SAMPLE STEP 0 010 DATA 3560 6 0 STOP 35 090 1 POUER FR G2 1 2 ENERGY G2 1 3 POUER FU G2 2 4 ENERGY G2 2 5 POUER Fi 63 1 1 6 ENERGY 63 1 1 7 R Fu 63 1 2 8 G3 1 2 9 SS BAR Pe TEST SECTION PRESS INLET 16 VOLTS CHENZ CHEN DETECTOR NO 11 VOLTS CHEN2 CHEN DETECTOR NO 2 18 VOLTS CHEN3 CHEN DETECTOR NO 3 13 VOLTS CHEN DETECTOR 0 4 14 VOLTS VOID DETEUTOR NO 2 15 FLOU CUB 7 HOUR EAFLLE INLET CHANNEL FLOU FILTERED 16 FLOU CUB Fi HOUR INLET CHANNEL FLOU 17 FLO CUB F HOUR FeFTLT OUTLET CHANNEL FLOU FILTERED 18 FLOU
63. CE RECHT BLESTZE 2i20 ff LABEL 7 NL oO VOLSLCRRCARE if DD DTEP COLD FORT Li I OO y 21 LA Wy BLES LABELS LEEDSYSLIG TISPs His DENSELY a GRAAL DD PORTE i1 LEED ZYSLMOD DIZPSCS CATLGOsDEHTAXXXXEAXAX WOLIULGG LUaGbswilbeLB2503 Le FRK 2042102 VOLS IPImPSD6S 2 O03 10 OOOO 0040 00050 00070 OOOSQ 00100 0 0 0601z0 Q01350 00140 0060 QO 00170 QO1o0 QUO 170 806 20249 AHH O nO 240 2090250 HOG SN952 80 02 g installation tape 4 4s XXXXXXX EXEC SYSPRINT 1 0040 INPFLT zi 3PmDLD DEWmNOICACILOSRDaUMITeZz400 7 LABELS BE NL OUTPLIT bb DIZP2 CATLG DINE RKRAAASA PAC UNI TSS 350 5 090706 7 SPACES 20354009980 ILES TV OOOO XEYZXUTZ bb 08 133 OOOvYO XYXLUTA bb UMITzDIZXESRPACEZS CYL3 094 122 DOLOG EVEIN DD OU INDE LIT TF IT TA 005150 COC XXXXXXX
64. Calcul de puissance en Megawatts ou d nergies en Megajouls Calcul de puissance en Megawatts ou de reactivit en PCM Calcul de temp rature en degr s Calcul de d bits en m h Calcul de pression en bars Calcul en coup seconde ou en Amp re Debits massique en grammes seconde Calcul du bilan thermique en kilowatts ou du couplage en kilowatts par M gawatt Moyennes sommes differences ou rapport de plusieur voies Main xm 511952 80 02 2 2 Description Integration Line print of caiculational results Out put of converted value on a magnetic tape Driver routine of Quick View Calcul d int grales Impression des r sultats avec ou sans exposant Sortie sur une bande en gran deurs elabor es DPGRIP 511952 80 02 2 3 LU Contents of Channels Subprograms Volts X 10 Volt Millivolts 1000 Millivolt 1 Energy Release by Grenoble 20 2 2 Reactor Power by Grenoble 2 MW MJ Reactor Power by Grenoble 3 Energy Release by Grenoble 3 Ampli Tableau Reactivity Cold Junction Temperature Cr A1 T C 0 1350 C Cr Al 0 2320 W Re Thermometer 0 1150 C Thermometer 0 80 C 3 4 MW MW MW PCM C C C C eG s Coolant Flow Rate M3 h Coolant Flow Rate M5 h
65. D401 HZ LOG F REG or 6 20 08 256 5 391 2 ICi 1 BV FFT 85718 16 SEC FREQ 0 39 8 61 R 8 S 8 TC12 6429 6720 0 80 J 0 8 9 48 J 9 27 J 6 13 1073 PNC SN952 80 02 LF GIP 81 20 08 9618 8 14 FERNS 0 54673 e 6 PROG SGLFRF SEC FREQ 9 38 HZ ra m 259 e fri tcs Aca Z gt 20 08 S6NS 0 45181 01 192 FUNCTION 2 PROG SGLFRF DTIFES 19 SEC FREO gt 9 39 HZ REAN 9 54873 03 R A S 2 EHD oor LOG FREG MZ 20 08 6S6NS 8 4 54573 03 R BH 5S DTIRE 10 SEC FREO 6 39 HZ 8 PROG SGLFRF 109 LOS FREG HZ N 3899 LAGH 328 INPUT 4 6789 OUTPUT 5 7612 6429 0 80 9 67 J 0 53 J 0 49 J 0 27 9 13 J 20 08 GS6NS 8 2 LOF T0P EXPERIRENT Na 9 DELTA 0 019 TIKE 5 8 1209 START TIRE 9 0 END TIRE 13 6099 NEXT COMMAND KEY IN PLEASE AUT MUL FFT END end XX END OF NOIPAC XX SN952 80 02 JCL set np PNC SN952 80 2 NOIPAC TSO NOISA ALOC CLIST PROC 9 CONTROL NOPROMPT NOMSG FREE F FTO7F001 08 001 09 001 09 002 20 001 FREE ATTRLIST DCBAA
66. EST SECTIOM PRESS INLET PRE VARIAULE FOR GRIP 19 86 KEY IN PLEASE 4 PTT 112111121510 X X LOCAL DATA BASE POW 1 INFORMATION 80 01 30 15 28 30 JJJ x E vou FOR USING GRIP i ee SC EC EE CE EE CE KOK EE CN COR OC R I KAS OK ES TIME 3500 RECORDS UAR961 3500 RECORDS VARGOZ 3508 RECORDS 8 93 3500 RECORDS 4 3500 RECORDS UARGGS 3500 RECORDS VARBOS 3506 RECORDS UAR997 3500 RECORDS 98 3509 RECORDS 0 9 9 3500 RECORDS i 35699 RECORDS 21 08976 594 5595 159 3643 13 09561 8 250829 288 5859 151 1042 _ 2 16 59261 125 2990 323 1533 195 517 16 4 124 4208 321 0764 194 7 084955 7 557390 READY 20 08 256 5 nf ENTER PARAMETER 1 INFORMATION LDB pow 1 Kitima 0 5 RUNNING INDEX NAME AND RANGE RUNNING INDEX NAME AND RANGE k21 3500 20 FIXED INDEXES LC SH ENTER PRRRRE TER INFORRATION LDB CONNECTING 1 2 X AXIS CAPTION time sec Y AXIS CAPTION power 3 1 1 FRAHE TION lof top expericont 1GRIP go plot 20 08 6 56600 u BePOST 2 FRAME e _ 80 01 30 16 09 27 4800 4000 3200 d 2400 1690 800 e
67. MAT 3E 128 HT Version 1 Menus 0 Blank ECH Cord N 8 NEX NSE NOR NPA NDM NDS NCM TDEB TFIN BSA COPA FORMAT 16 14 I2 413 4E12 8 1 7 11 13 16 19 22 25 37 49 61 72 2 CABRI note NSE NOR Tape NBO Data Group section NPA 0 lt lt 500 NPA 501 NPA 999 MOD NPA 500 NDS NCM PNC Version 1 NDM 0 Blank TDEB sec TFIN BSA C sec BL COPA 0 5 952 80 02 Card N 9 a FORMAT 4 IVI Blank Card Card N 10 TIT KK MaxK 20 FORMAT 20 4 1 5 9 77 80 TID T89
68. NNEL FLOW FILTERED 53 15 0 1418 5 00055 0 025 FLOW __CUB H HDUR F2 OUTLET CHANNEL FLUM Eno 0 02 00000390 7 1 166 _ 15 54 222220005821 CUB M HO UR ur X o E I E CC E a CM _ 90000400 _____ 00059 R BYPASS FLOW 00000410 00060 00000420 13 201 10 56 00061 me crie Cams _ 7780 0 __ P um y an LO E 00000630 201 13 10 57_ 222200081 E M Eus SS e 00060 99900660 261 13 10 58 1 00067 00068 1 YEMP TEA PAS 00000680 _ 657727585 TEMP DEG C 00000720 201 13 10 60 00073 TEMP UEG C 1628 7255_ _ 0000000 00078 TEMP DEG C FCI 7285 000 0770 i 201 38 52715 000797771 TEMP DEG C _ 1620 7105 00000456 did 00080 300004602 2 END 0008177 E TENP DEG C TC21 L 2502 00009880 ________ Da ee a F ERT 251283 90000510 0005 00088 TEMP 8867 6 1622 0902 0 00000920 00000930 201 13 _ 6510 000988 i TEMP 7 76 Xp pe it 00089 SBE 201 13 10 66 00091 LM m CRE EAR ES TTT TTT 201 63 6710 1 000
69. ONTSA 2 dsname JCL data set name SN952 80 02 Quick IFA F 1 i P d 8 Lacy EM Yes a 5 2 7 7 1 2 key in Zu Z gt To p FO 1 i 12 Eel x f j EEN EEE 3 1 Quick View 70 77 y 2 70 SN952 80 02 7 RRI 5 an lt YES lt AUTO jt P d pe RD 17270851 2 J NEXT LOGX LOGY LOGXY A NR
70. S ORS S rf S En T EU NN zie EE Ga IN 15 ar E f Zt Ek C T ME lt P 17 Z l 7 ER b TT Ya ss Wl PN SIBI S gt cS ON COCO 2 20 t W MS ePVL GR yen RM KL ene eee It Ro CE DEL RP LEP a RERO ET DW dit tels e ea tee ante TE ce Reese te E OS upa ki s al ve tee Wa e Mein cre ILI a 2 MOVER ene i IM
71. UTX DD UNITSDI SEs SPACE CCYL 1 5512 LENEUT4 DD UNIT DISE 1 ESPACES CCYL I 5 152 SYSTN pp s INDDs INPUT OUTDD QUTPUT fi E 1 JOB XXXXXXX NNN SN952 80 02 4 4 1 EDITOR 8 1 CX D pouillement 5 i i Initial Skip Residual Data Omitting li Data Skipping iv Average o o V 1 D pouillement
72. WORK FILE FT09F002 FT20F001 WORK FILE 3 NOIPAC on TEXTRO 5 1 4 TSO JOB LOGOFF 5 4 B B 2 40 EDITOR 9 TC 1T T TC SN952 80 02 AAH mN HA 300 12 FFT gt 5 gt SGLFRF 0 35 Depouillement 0 13
73. ent program is a computer program by which reduced to real physical unit are the sequential data on the magnetic tape which records sampled signals from CABRT testsection instrumentation An upgrade was made to the previous D pouillement program so as to perform consistenly an on line conversational mode data processing on a graphic display terminal Tektronics 4014 4016 with respect to initial data reduction graphic display data editing and furtherly the noise analyses such as correlation function power spectral density coherence function and frequency response The upgraded D pouillement system consists of four modules 1 D pouillement program 2 Quick view program 3 Data editing program EDITOR and 4 Noise analysis program package NOIPAC The present manual describes the function and usage of each module mentioned above along with the information necessary for each module installation The detail of the system installation tape is listed in Appendix rr e FBR Safety Section Steam Generator Division Oarai Engineering Center Power Reactor and Nuclear Fuel Development Corporation Applied System Section Applied System Division Mitsubishi Research Institute SN952 80 02 1 2 gt 5 H FF 1 FE NS 4 4 2 2 ANF FIBER 5 4 28 PZT LRN COABRI 2 4 2 4 Depouillement JCL SET UP 2 4
74. llement es 2 8 _ J 7 f FET _ 2 5 O ee fie taints bees 00001 1 001 0 0 3 Ii 1 60000010 TTT 00002 2 E a O NS 000 00003 3 anes 00000030 __ 09004804 1 3 0 0137 00000040 _ 00005 4 POWER 62 1 00 00 _ 00006 5 et aed Do DN 7 ____ 0000090860 2 00007 4 0 0137 00000070 ___ 00008 ENERGY 2 7 _ 80000080 00009 00000090 _ 00010 3 3 0 001277 00000100 00011 POWER MW G2e2 09000110 OR ee Ne CR 90000129 00013 4 4 0 001277 90000130 00014 7 842 4040 1481 900 00000140 2 00015 00000150 00016 25 0 483 7 010 00000160 ESSE 00017 b POWER MW G3elel 00000170 77 00018 a gg ee 00019 7 6 0 483 00000190 00020 ai ENERGY z us ks ts he et 00000200 2 00021 00000210 09002247175 0 1276 00000220 7 00023 POMER 63 1 2 00000230 RB 00000240 00025 6 0 1276 00000250 ___ 00026 EN RGY ___ E 053915275 ee 00000269 00027 00000270 8900283 1 0411980 00000430 00029
75. t CEL 3 ISP2I I 5 2 1 HVOLY ITC 5 CEL ITC I DEG CEL t iTC27 DEG CEL 28 I DEG CEL ITCG22 I D G CEL 1 ITC31 I IEG CEL 1 11032 I EG CEL 33 I DEG CEL t 1TC34 DEG CEL 17 9 i PEG CEL 1 iTC2u DEG CEL t 17036 LEG CEL ITCHY DEG CEL 170121 EG CEL 1 171035 CEL t HSF t t CDNTRL s fu wall EN IT vult LEAL ELEMENT OUTLET ELEMENT INLET ITC IN F2 CU FOR CALIHRATION IHRE i BSF I CORT ROL YPN CO PON AL A ad lt APP Je GE A nf ee ee der 6 1 60 08 26G6NS ONd B2 6 2 CABRI 3 4 5 ceat oseut 0 _ 2 8 2 7 Depoui
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