JAERI-Tech-96-004:3.46MB
Contents
1. AP600 bie 3 3 8 22. 3 1 2 ECCS 1 ECCS
3. 800 LSTE Appendix A Fig 34
4. EA i CMT 27 IRWST 800 CH
5. Fig 3 10 Fig 3 11 EB AR m D 3 2 ROSA ECCS LSTF ROSA V LSTF CMT
6. 4 341 df 3 4 2 Filesystem Total KB free used iused iused Mounted on dev hd4 16384 12216 25 784 19 dev hd9var 16384 13924 15 104 2 var dev hd2 581632 70476 875 37051 25 usr dev hd3 16384 15640 4 31 0 tmp dev hd1 2097152 913004 56 9341 1 6 18 1 6 503808 64576 87 lstfl home 90 90 95 96 95 JAERI Tech 96 004 35 ROSAV LSTF 3 5 1 login
7. Fig 3 6 aro 0 3 1 4 LSTF 1 2
8. GS Fig 3 8 C Fig 39 D D LSTF BEE JAERI Tech 96 004
9. 8 1 2 2 1 Macintosh S JAERI Tech 96 004 Fig 3 3
10. 0 30K 8 1 OMER H 5 JAERI Tech 96 004 2
11. 5 1 0 AIX Version 3 for RISC 0 C Copyrights IBM and by others 1982 1991 login JAERI Tech 96 004 32 IBM RS 6000 Power Station AIX Version 3 for RISC System 6000 C Copyrights by and by others 1982 1991 login
12. B CMT B Fig 3 5 3 1 3 LSTF m JAERI Tech 96 004
13. LSTF Tes JAERI Tech 96 004 1 The ROSA IV Group ROSA IV Large Scale Test Facility LSTF System Description for Second Simulated Fuel Assembly JAERI M 90 176 Oct 1990 2 ROSA V LSTF 93 221 Nov 1993 JAERI Tech 96 004 t UR 1 The ROSA IV Group ROSA IV Larg
14. 1 1 1 1 1 7 MPa 620K
15. ROSA V LSTF JAERI Tech 96 004 2 ROSA V LSTE Rig of Safety Assessment V Large Scale Test Facility Westinghouse 110 kW PWR 9 48 1 1 4 2 1008 10 MW LSTF 15 7 MPa 598 K LSTF AP600
16. 8 1 1 2 _ 5 2 521 HEE TOD HPC 522 QUIT Fig A 5 JAERI Tech 96 004 6 6 1 800 CH 1 8
17. 359 1 2 3 5 10 amp JAERI Tech 96 004 36 ROSA V LSTF 3 6 1 3 6 2 login whoami
18. 2 LSTF LSTF 2 D GD 0 1 2 D Fig 3 7 ECCS FOR
19. NEXT s RETURN JAERI Tech 96 004 8 8 1 82 8 21 F 2 F 3 F 5
20. home_Istf1 jri Istf OKI De asa STEP OFSKIP 1 STEP OF TREND GRAPH SAMPLING START JAERLTech 96 004 5 5 1 LSTF 49
21. LSTF 2400 ROSA V LSTF LSTF LSTF LSTF 6 JAERI Tech 96 004
22. Dal 5 Ou EN 2 Dal Dal Bal Au 25 2 2 Aa 25 Bal Bal Au Q a Q O OS a 0 06 6 66 6 1 Ala D10 145 160 C m m w oS a m lul 6 n n 60 a A A 011 161 176 D12 177 JAERI Tech 96 004 Appendix A 9 17 012 189 DPE216LSB LooPB D1 DPE220 LSB LELOOPB D12 191 DPE230 PCB L100PB DPE240 CLB GB Wea ee WE DEE 193 DPE250 CLB 194 DPE260 CLB MESE 195
23. V CLOSE DISPLAY DO UREIXOGER DEL Zong 4 CLEAR gt CLOSE DISPLAY Fig A 6 JAERI Tech 96 004 622 1 6221 X Y Y2 Y2 6222 6223 oK 623 2 14
24. 99 0 JAERI Tech 96 004 4 ROSA V LSTF LSTF LSTF
25. G P B Fo IBM RS 6000 Power Station 3 1 1
26. Power Station RS 6000 model 560 Appendix A A D D A D ID IBM Power Station RS 6000 model 560 Sun HP TL D il OD 1 NES Network File
27. ID lt D GUI Graphical User Interface Data Views bo w S SO SN AIS Sere JAERI Tech 96 004 3 3 1 ROSA V LSTF 3
28. CMT GP IB 3 3 ROSA VLSTF LSTF
29. 015 238 DPE458 SGB 5082 239 DPE459 SGB 5082 240 DPE460 SGB __ 50822 D16241 256 j 516 241 DPES60A BU 216 242 243 DPE570 BU DI D16 244 DPES71 BU BU ________516 245 D16 246 DPES8OB BU BU D16 247 DPE590 BU BU D16 248 DPE591 BU __ BU 00 249 DPES95 BU EEN D16 250 DPE390 PV PVT D16 251 DPE400 PV PV Pet ee a D16 252 DPE410 PV ee Di 2533 CPVALVES F 5 22 7199 222 ST WEE F 102 EEE gt 7 5 257 272 011137 Diora mA __ o X pr zs9 pEniCHLA HA D17 260 DE051A LSA LOOP A E Ee 261 DEOSIB LSA LOOP A D17 262 DE051C LSA LOOPA D17 263 PE071A CLA p17 264 DE071B CLA 265 CLA lc D17 266 HLB il 267 DE1S1B HLB Ins DU 268 DEISICHLB 0 DEI91A LSB C 270 DE191B LSB D17 271 DE191C LSB LOOP B 272 DE211A CLB ii D8223288 D18 273 DE211B CLB ID S 218 274 DE211C CLB CLB _ 18 275 DE052 LSA _LOOPA _ D18 276 DE192 LSB LOOP 018 277 DE281 PR 278 DE291 PR PZR 18 279 DE301 CLPBB__ CMT B DE311 CLPBA 281 DE431 ADS4 PRHR PRHR 885 IEN E MEM 284
30. whoam 3 52 xinit amp X window 353 bs 2 354 cd home jri Istf 3 5 5 LSTF 3 5 6 Fig A 1 JAERI Tech 96 004 3 57 SEH SE HD yl pema Fig A 2 3 58 HD
31. A4P600 1 1305 3 LSTF 810 500 230 200 170 100 60 2400 YBWCOM 7000 FACOM S3300 FACOM M780 ROSA V LSTF vy A D GD 3 Fig 2 1 LSTF 2400 800 A D KRE
32. c q A lt lt 4 lt lt 4444 142 2292 2212 21212 2 xx ala alaja ala SS 545 560 561 576 D2 577 592 gt gt I OE ES 7 B JAERI Tech 96 004 Appendix A 13 17 EZ 584 LE A41 CMTB _ CMB 585 LE A42 CMTB D2 586 LE A43 CMTB CMTB j 587 LE A64 PRHR PRHR IRWST eweg IRWST PRHR al D2 591 FE A60B PRHR PRHR DOES D2 592 FE A01A PRPBA p3 593684 j FE A05A PRPBB PZR 594 FE A10A CLPBA 1 48 20 29 a 1 4R 20 31 596 FE A30A DISA _ _ D3 597 EE A40A DISB D3 598 FE030 CLA D3 599 FE170 CLB CLB MFES9IABU BU j MFES9IBBU __ IRWST E IRWST INNEN MR SIM E e TE A75A IRWST IRWST SS TE A75B IRWST IRWST KS el TE A75C IRWST IRWST 60 GEHEN ES oe PRHR Many TE A64B PRHR PRHR TE A64D PRHR PRHR TE A64F PRHR PRHR Ee TWE A60 PRHR j TE A90 ADS84 _ TE A9LCTA
33. 2 1 4 lt 8 6 2 621 6 2 1 1 3 4 BU ST amp IC 6212 6 2 1 3 gt
34. 3 63 xinit X window 3 6 4 as 365 cd 1 home jri itj 3 6 6 LSTF 3 67 Fig A 3 JAERI Tech 96 004 3 6 8 EXECUTE amp CONTROL 3 6 9 oc ON LINE MODE TREND OVER WRITE SAVE REPLAY MODE FLENAME DATA SAMPLING TIME STEP OF SKIPS DD Fig A 4 3 6 10 ONLINE MODE To 3 6 11 DATA SAMPLING TIME
35. ROSA V LSTF RE 1994 4 NRC PWR AP600 v2 LSTF Fig 1 1 ECCS LSTF ECCS
36. lt gt 0 3600 5 900 2700s 900 4500s 2 2 rae 0 3600s 1800 5400 12 PI 0 3600s 900 2700s DJ JAERI Tech 96 004 624 mi EQ CLOSE DISPLAY 625
37. 3 AP600 Fig 3 1 LSTF Fig 3 2 45 Table 3 1
38. 5 5 3 2 E SHORE e 20 9 33 01 X M M 9 4 eH P T Wed es 10 E MEME MEE eet een REESEN EE 11 T e 11 Appendix A cese E eene n m 39 Appendix B DEET 56 Contents 1 Introduction oe 1 2 Test Facility and Data Flow 8 u rr 3 3 System Contents 5 1 5 3 2 CO 9 3 3 Record and Reproduce srr sowie viste es 9 4 Concluding Remarks eee 0 00 o sasa Sa qS Ee 10 Acknowledgements oon ei 11 References e T AT Sege GAEREN ae 11 Appendix A Measurements Table men G Sr 39 ERKENNEN KN ENEE NEEN se 56 Appendix B Operational Manual ili JAERI Tech 96 004 1 PWR CBU SEEM RAS LOCA
39. 8 62 14 o ZB WE JAERI Tech 96 004 GE DELETE 6215 DISPLAY
40. 82251 E lt Fig 3 6 x ex JAERI Tech 96 004 Fig 3 7 NENNEN KENNEN INT NIV JAERI Tech 96 004 Y y s E TAA 1 Vi EE Fig 3 8 He 8 NAAM Fig 3 9 edd 2 E JAERI Tech 96 004 er i E d ipe RCRUM EEE 3 10 Fig JAERI Tech 96 004 Fig 3 11 JAERI Tech 96 004 Appendix A 1 17 ST amp JC ST amp JC ST amp JC 1 18 3 1 1 IR 3 2 1 1R 3 3 121 TE 121B UHDP TE 121C UHDP TE 983 1 1R 3 4 IIIR35 TES IIR 5378 6 39 389 ES TE _________ 380 91 21832 As 381 TE 992 21R33 2 18 3 4 pol ou d 5 383 26994 2 1R33 o 2 4R 10 27
41. 2 3 6 12 START JAERI Tech 96 004 4 IBM Power Station RS 6000 model 0 4 1 3 1 o 42 3 2 43 NFS 33 B
42. 1 MW VOS ESCINIHL VOS CSCINE HL VDS S IXd AL VOS CECIXSE HL C T C H t e BE Co My 11 JAERI Tech 96 004 amp LIND L 7 LWNO HOFV AL 31 0 10 31 SLLIND IOPV AL GLIND fOvV HL 81710 01 31 LO OObV HL VILWO VOt V AL 0 VLAO HOEV HL V LNO HOEV HL VLIND IO V HLL VIWO IOEV HL V LINO WOEV 8LL VELO NOEV dL V LWO O0 V AL 10 1 2 C ses CERE 2 E 83110 0 1 amp SLINDOIOPV HL LWO O0FV L 81100 90 HL V LINO O0 V HLL V LINO DOEV L V LINO MOEV HLL 0 00 1 8 93410 0 ALL 8117 0 1077 31 81 3 90 AL 17 03 00 VLIWO HOEV AL HY AE co By 21 BE 6 4 7 QEL B 3 EEE E EE EIRENE BE EE Ss cats SS UNIONS CN 12 b PWR 45 gt e Fig 1 1 LSTF Si gt st P Ho 2 GP IB JAERI Tech 96 004 measurements
43. gt lt tim lt lt lt j lt m EE E vu sss 58 Ele Xx PER 5 CM IRWST ATOD IRWST 7065 IRWST 70 5 A72 IRWST A40D CM A40E C CM 401 78 A40J CM A40K A400 CMTB A40P CM A40L A70A IRWS 40 40 A40G CM A40H CM A40M CM A40N A40Q CM A40R A40S CM A40T C A70B IRWS A70C A70F E A80 ADS E A90 ADS4 DPE A95 ADS4 ES91 BU E A10 CLPBA A30 CMTA A31 CMTA A40 CMTB PE A30 CMTA DPE A40 CMTB DPE A75 IRWST DPE A63 PRHR DPE A91 CTA DPE A96 CTB DPE A20 CLPBB E A80 ADS E591 BU LE A32 CMTA LE A33 CMTA 64 A m D D D D L L L DPE A76 IRWST DPE A60 PRHR DPE A61 PRHR LDPE A62 PRHR AAAS FRASER ee X 5 e e SO 00 AN SO st 96 kend ke Haal et en v 3 v3 A iy uy OO ell y 218 210 218 wy yl in NINININI ATS
44. JAERI Tech 96 004 33 NFS NFS Network File System ECT EEL NES 0 0 QC 3319407 CAT CS 96 3 3 2 Filesystem Total KB free tused Mounted dev hd4 16384 12216 25 784 19 dev hd9var 16384 13924 15 104 2 var dev h 2 581632 70476 87 37051 25 usr dev hd3 16384 15640 4 31 0 tmp dev hdl 2097152 913004 56 9341 1 home lstf1 home 503808 64576 87 lstf1 home 3 3 3 logout 334 root 3 3 5 mount Istfl home lstfi home 3 3 6 logout 337 JAERI Tech 96 004 34
45. 229 gt 555 lt SS s 2792 2 alalalals SQ ISIS Sl SF 3833538288382 a mmm Emm umma me Pu P Pa Pa Pa Ba Be ia 8 9 9 9 999919 PSS gt 6 Aig alalala 5 8388818 559888 2 89 39 8 9 8 D9 129 144 254 DPE045 D7 097 1 D8 113 128 xx 20 90 6 16255 SGAU2 SGAU2 SGAU2 SGAU2 0507 50 0 7 055 10 05586 D DPE056 SGA 3 137 138 139 1 JAERI Tech 96 004 Appendix A 881788 8 17 ale 5885583838 88 895 5555 aA 8 e SSS 85 95835988 525854888888855444 2 0 cx lt lt lt 26 nn m lt O lt lt mm mim mM en SEENEN SAS 2482 29588 2222223033 ASA OA lasla aa aaa 2519 x 9 9 9 lt ao la lt Iz ola m vri 55858 masrsrssssssssse 6
46. 822 ABSOLUTE RELATIVE 823 6 2 3 2 8 24 F 1 JAERI Tech 96 004 9 9 1 92 2 1 2
47. AKH 8 199642 1 11 ROSA VLSTF PWR HK LOCA 2400 D F319 11 ERAN GE 2 4 7471 97140 6097 JAERI Tech 96 004 Graphic Network Display System for ROSA V Large Scale Test Facility Masaya KONDO Yoichiro KASAHARA Yoshihiro NOGUCHI Osamu KUNIEDA Hideki OSAKI Yoshinari ANODA and Yutaka KUKITA Depa
48. Im lt gt lt BIBI EE d Jia a roi a N BEE EE EE EES 5 E EN En ru 8 525222452242 IXxISIISITSslelsislemo i am 5 6 7 ele oo 90 GO 00 0D OO 00 90 OO HD aA lt gt O 221 22 EE EE mss o lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt lt 4 lt lt lt lt lt lt lt lt IIR lt lt lt lt lt lt KI Ki af 3 amp eN m lt lt x x x mended 1994 02 24 5 3 Ss SISISISISISISISISISISISIS deo m bcd lt O m O lt lt m m q lt lt lt lt m m g ES ES 1 om 3419 880258585822 89909956 EE SS 5
49. Ur 2 2 1 2 1 4 1 0 3600 5 2 1800 5400 s 18005 ERD 900 2700 900 45005 36005 14 900 s EDS 2 _ 0 3600 5 3600s
50. ROSA V LSTF 2 ROSA V LSTE LSTF LET JAERI Tech 96 004 3
51. SGA2 Agl447 TE l92C SGA __ 50422 _________ 9 448 TE IN0642 SGB_ SGBUO2 10 449 464 C 0 A10 449 TE IN0861 SGB _ SGBU2 __ MAl0 450 TE IN125lL SGB SGBEUL 10 451 TE IN1701 SGB 5681 A10 452 TE EX0861 SGB 50802 J 10 SGBU1 A10 454 SGBU2 A10 455 TE TN1232 SGB 568 456 SGBUI A10 457 TE EX0862 SGB SGBU2 A10 439 SGBU2 410 460 TE IN1253 SGB_ SGBU O O ooo 462 TE EX0863 SGB SGBU2 A10 463 TE EX1253 SGB SGBUI A10 464 TE EX0650 SGB 9802 JAERI Tech 96 004 Appendix A 2 17 E Sis d lt e eie BE R m NINININI N 4 CE N gt gt 3 888888 55 EE EE E s 2 AAA A Aa Z Ala AA a 2 2 2 22 m E lt lt lt lt lt lt lt lt lt iw m m m a m m mim m mi mim lt 2 2 919 2 22 DDD 2 2 2 2 2 2 6 RA ea a
52. PRHR TE A95 ADS4 PRHR _ PRHR puc eee CMTA 22 TE A20 CLPBB CMTB j TE A81 ADS PRHR EES TEI94E PR EE 591 0 BU pc ee TES91D BU 0 LAN iiR 34285 ll u Cuisusasari TE BH 1 2 1181426 TE BH 1 3 11 14 27 2 1 1 18 14 30 Re oe TE BH 2 2 1 1R 14 31 1 1R 14 34 2 4 3 1 1 28 8 10 1 28 8 11 1 28 8 12 p lt M AIS 2 2 26 C p MN S E SIS CG 25 lt 5 AIAN e ror 1 kb vtt op o oo oo oy oa 2 SES SER lt alates als s ca 3888 512 VO j NO vw Qi maya D8 SE D5 D5 06 641 656 07 m JAERI Tech 96 004 Appendix A Es 15 17 Ni AN IN D9 689 704 D10 705 720 D11 721 736 EEE 58 II JAERI Tech 96 004 Appendix A 115222 16 17 011 731 D11 732 11 733 D11 734 70 745 CN2 753 768 62 80 757 4 N Q Z 1 U
53. U 2 4R 10 28 TWE B15441 PVCORE pet ae et TWE B15443 PVCORE TWE B15445 TWE B15446 PVCORE TWE B15447 PVCORE TWE B15448 TWE B15449 394 IPVCORE TWE B14449 PVCORE 397 e PV Para A7 401 TE WOOOF PV A7540 trEs00CDC 403 TE E000C DC __ __ 22 TE S018C DC PVDC P __ A7 405 PVDC SS 407 ECD ege A7 408 TE S060C DC PVDC A7 409 TE EO6CCOPC 410 TE A99 2 ii po ccn IRWST _ ii TE ATIH IRWST IRWST 7 7118757 jIRWST j A8 417 332 TL TI A8 417 TE194A PR PZR 8 419 420 TE 213D SGPHX PZR 8 421 Wee 422 SGAU2 li 423 56402 Dee 424 TE IN1251 SGA 1SGADL 425 TE IN1701 SGA SGAU 426 TB EX0861 SGA SGA02 427 SGAUI LL EE E 8 429 TE IN1252 SGA SGAUL __ SGAUI A8 431 TE EX0862 SGA SGAU2 432 SGAUI 9433 448 9 IL Y 433 TEJNOS63 SGA _ SGA02 TE IN1253 SGA 5 1 9 435 TE INI863 SGA __ 5 o A9 436 TE EX0863 SGA SGAU2 A9 437 TE EX1253 SGA SGAUI _ _________ 9 438 TE EX0650 SGA SGAU2 004 439 SGA21 AS9 44 TE137CSGA X SGA21 A9 442 TE 178C SGA SGA21 A9 443 TE 192F SGA 5 2 A9 444 TE 208F SGA SGA22 A9 445 TE 245C SGA 5 2 j 446 TE 208C SGA
54. EES __ BU 69 P SGAU2 EE LOOP A DENM CENE PE150 SGB SGBU2 prre B S P Ili HLA FE020A LSA LOOP A FE020B LSA LOOP A FE FE160A LSB JAERI Tech 96 004 Appendix A 6 17 SIS RR RR 4 SISISISIS SISISISRISISISISISSIS 9 SIS MEEIEEFIEEIEIEIE SE 58 58 3 lt kl 99992 E la 99mm NEE EES NEE E N lt lt lt lt lt lt lt lt mim mimi imi 2 1 2 2 20 im 4 N 22222 22229 29 29 22 EAR aaa 85935 000007 86 eee ag ae 0 EIB B pEB e D2 017 032 D3 saa D4 049 064 JAERI Tech 96 004 Appendix A 88 7 17 228 el esas Ala ct aas S588 3885853 soos ss a xax 22222 SID gt NITE E 9295 S od 1111919 emigas amp md lt lt lt lt x lt lt m dl lt lt dd OG lt lt mimm Om jal PID
55. X window X window Appendix B 3 1 1 _ 1 LSTF 2 HHH
56. 2400 channel Data Acquisition System ouueu 008 sjuouiaInseoul low level signals thermocouples Lo TE DCH Lei 7 Work Station Amplifier Server I E WE GP IB Analogue Digital Converter Work Station Server II Ethernet Ethernet Work Station Client relay module Valve Control pa pk Fig 2 1 D JAERI Tech 96 004 t N i L s RIKAT BRON RE O 2 Fig 3 1 A Bi D 1 4 m x a 23323 39 eS er Tie a ie TA EE 28 28 BE 8 28 SG A PRZ m e 24 en D JAERI Tech 96 004 45 23 Cold g ACC ACC Hot en a t amp NO Fig 3 2 CE BL JAERI Tech 96 004 21 E i JAERI Tech 96 004 da Ger caa 6 ve 51 ng5s H LWO LSA3I 34 1185 WP 5 0 di AA WO 0 z JAERI Tech 96 004 EPIIT NN WW ster d i SEI m 4 3 5 56 E 308 yl BUY B ex JAERI Tech 96 004 DbE OOGPy
57. 552552 D 5 S is T mj m am 5 4598 lt lt lt lt lt lt el SE I 5 8 3 915 9 SiG 6 5 988858 5 lt a E S 88282 BESER s S Z 2 1 SERE lt 58808 EL See EE 072 PEPER E E B P ec e oo enn enn A2 Se A1 313 320 ESI JAERI Tech 96 004 Appendix A 5 17 c 772 2m Adser TEA4 DISB A4 362 TE A50 DVIA CMT A 4 363 3 6 A4 365 TE A68 PRHR A4 366 4 367 A _A4 368 ER 06 081 096 __ CECR eee D6 82 PE430 SGA SGA22 D6 83 PE440 SGA SGA22 5 60 84 0 508 56822 Dels5 PE460 SGB 50822 pelselEE4sOJC sC 1 pel87IPEet0ST Dels8lPES60BU 87 pels9lPE570BU BU E c Da BU 6 ST amp JC 222 ECC DE E sc ACC s EEN ee eessen 7 PES95 BU BUS ce SU En BU D5 BU Re oso BU
58. A gt gt to CN2 758 81 X39 RA X43 12 4 60 AOV A90 RA X47 12 4 6 6 6 6 766 AOV340 K 340X 3 11 3 N In gt 2 a Lu GIRISA 212 SISI S S Q 4 CN3 769 784 69 AOV350 K 350X 3 11 3 M A tA OQ IO O O O IO O O IOO ju 03 65 2 5 J 1 i esc CH 2 UJ JAERI Tech 96 004 Appendix A 2858131788 17 17 uy C Ne xin COL ON oo co oo oo o6 50 52 ER LN RIALS Of Imm 60 CN4 785 800 5 0 0 666 660 0 0 0 5 6 38 JAERI Tech 96 004 Appendix B 1 ROSA V LSTF Z
59. DES71B BU DBUCL Lor We 285 DEER 286 JAERI Tech 96 004 Appendix A 11 7 17 lt CMT A CMT A CMT A CMT B CMT B 252555 555555558 lt lt lt lt a SEE E E E B E E misti 9 lalea lt FSM SSI SIAR 565161016815 6 sel wel elei wel selwen Vull eee 1 1 Fn nn E591B BU 591C BU CMTA A30L CMTA TE A30T CMTA TE A40A CMTB TE A40B CMTB A30M CMT A30N CMTA A300 CMT A30P CMTA 308 A30A CMTA A 308 14 A30C CMTA 300 1114 D19 289 3 D20 305 3 A2 529 544 JAERI Tech 96 004 Appendix A 12 17
60. DPE270 PV B REIR 197 DPE290 PV PVCORE D13 198 DPE300 PV PVCORE D13 199 TE SMSCDC D13 200 TE SE045CDC PVDC 2 2 D13 201 TE No54C DC PVDC D13 202 TE NEOSIC DC Di3 203 TE NO51CDC 20 D13 204 TE NWOSIC DC PVDC D13 205 TE NE045C DC D13 206 TE N045C DC PVDC TE NW045C DC D13 208 DPE310 PV PVCORE SEM D14 209 224 v c D14 209 DPE320 PV DEE D14 210 DPE330 PV EH D14 211 DPE331 PV C ES ee s Di4 212 DPE332PV PV pi4 213 PV _ 0 214 215 DPE350B PV PV 2 110 9 D14 PVDC 1 14 217 PVC D14 PVDC Kl 014 219 DPE430 SGA 5641 _ D14 220 DPE431 SGA RC MAE EE pM 21 DPA32SG 2 2 222 DPE433 SGA _ _ _ D14 223 DPE434SGA SGA21 224 DPE435 SGA SGA 7 pi5225240 Ill 225 DPE436 SGA EES 226 DPE437 SGA ENS D15 227 DPE438 SGA MERE D15 228 DPE439 SGA SGA ege 5015 229 DPE440 SGA SGA22 RN DPE450 SGB SGB21 ex 015 231 DPE451 SGB sonn 232 45 5 8 pis 233 ppg453 SGBS 22 D15 234 DPE454 SGB SGB2 215 235 DPE455 SGB SGB21 ne 215 236 DPE456 SGB SGB21 237 DPE457 SGB SGB21 o o JAERI Tech 96 004 Appendix A 10717
61. F ONES 44 ROSA V LSTF 441 360 3 6 1 3 69 442 REPLAY LTs 443 REPLAY MODE FILENAME FILE SELECTION i JAERI Tech 96 004 444 4 4 5 4 4 6 4 4 7 J
62. HPC Fig 7 71 JAERI Tech 96 004 7 72 7 2 1 7 2 2 7 2 3
63. JAERI Tech 96 004 ROSA V LSTF 72274 v4Z d Japan Atomic Energy Research Institute 319 11 319 11 This report is issued irregularly Inquiries about availability of the reports should be addressed to Informat ion Division Department of Technical Information Japan Atomic Energy Research Institute Toka mura Naka gun Ibaraki ken 319 11 Japan Japan Atomic Energy Research Institute 1996 RI REF mH JAERI Tech 96 004 ROSA VLSTFE Dr Tir RU AA
64. System 1 4KByte 3 JAERI Tech 96 004 2 X XX window X window
65. e Scale Test Facility LSTF System Description for Second Simulated Fuel Assembly JAERI M 90 176 Oct 1990 2 ROSA V LSTF JAERI M 93 221 Nov 1993 JAERI Tech 96 004 MM en CH c VOLVO LSA 81 3017 371 1 5 811 001 317 LSM 11 1017 31 4 ISAVHEHOLV ALL 15 81100177 31 3 5 01 0 813 001131 81 811 31 09 0 9571 206191 000 80 6 w 851 0611 851 011340 8 x mhraisiaq mVisiaqd ZZ 7 8 0021310 0 811 081340 92 86596144 s 8 4 1 8001 8108 91 1 31 ADS TSTINIAL 805 1561 1 31 805 15 3 312 905 561751 411 8DS IGCIX AL 80 30613401 05 871 odososan 1 40844 MECH AE ad _ x EES lt 0 407031 10 es ost vsrood 6 oa 1 _ x ymmqeioar 7 1 07 9 AL vos9s0Hdd VOS ISCINIAL 180 202 7 VOS H090Hdd VOS H090Hdd 3 ZT en
66. rtment of Reactor Safety Research Tokai Research Establishment Japan Atomic Energy Research Institute Tokai mura Naka gun Ibaraki ken Received January 11 1996 Integral experiments on thermal hydraulic response of a pressurized water reactor PWR during small break loss of coolant accidents LOCAs and abnormal transients are being conducted using the ROSA V Large Scale Test Facility LSTF The LSTF is instrumented with more than 2400 transducers to measure the transient system responses which involve complicated interactions among the simulated reactor components A graphic real time display system was built to support control room decisions during experiments by providing graphic images of water inventory distribution temperature distribution flow etc based on a number of measurements It can also produce graphic images from the recorded data This system has greatly helped engineers make timely decisions during experiments interpret complicated transient phenomena and communicate with foreign partners Keywords PWR LOCA ROSA V Large Scale Test Facility Graphic REAL TIME Display System Thermal Hydraulic Response Information Technologies Japan Inc The Japan Research Institute Limited JAERIL Tech 96 004 2 3 3 ee
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