ENTRY 31579 20090515 31363157900000001 SUBENT 31579001 20090515 31363157900100001 BIB 11 34 3157900100002 TITLE Measurement of Total Cross-Sections of Natural In and 3157900100003 Cu at the Pohang Neutron Facility 3157900100004 AUTHOR (V.Skoy,Y.S.Lee,H.S.Kang,M.H.Cho,I.S.Ko,W.Namkung, 3157900100005 G.Kim,R.Machrafi,H.Ahmed,D.Son) 3157900100006 REFERENCE (J,KPS,41,314,2002) Journal of the Korean Phys.Society 3157900100007 ((S,ISINN-9,17,2001)=(S,JINR-E3-2001-192,17,2001))only 3157900100008 data for copper were partly published. 3157900100009 INSTITUTE (3KORPUE,3KORKNU) 3157900100010 FACILITY (LINAC,3KORPUE) Electron linear accelerator 3157900100011 METHOD (TOF,PSD) the authors also used transmission method 3157900100012 lower-level discriminator 3157900100013 INC-SOURCE (PHOTO) The target was composed, of 10 Ta plates with 3157900100014 a diam. of 4.9 cm and an effective thickness of 7.4 cm 3157900100015 There was a 0.15 cm water gap between Ta plates in 3157900100016 order to cool the target effectively. The housing of 3157900100017 the target was made of titanium. This target was set 3157900100018 at the center of a cylindrical water moderator 3157900100019 contained in an aluminum cylinder with thickness of 3157900100020 0.5 cm, a diam. of 30 cm and height of 30 cm. 3157900100021 DETECTOR (SCIN) A 6Li-ZnS(Ag) scintillator BC702 with a diam. 3157900100022 of 127 mm and a thickness of 6.35 mm mounted on an 3157900100023 EMI-93090 photomultiplier was used as a detector for 3157900100024 the neutron TOF spectrum measurement. Scintillator 3157900100025 consists of a matrix of a lithium compound enriched to 3157900100026 95% 6Li dispersed in a fine ZnS(Ag) phosphor powder. 3157900100027 ERR-ANALYS (ERR-S) Statistical errors for the present measurements3157900100028 because the other sources of uncertainties, which 3157900100029 include the detection effciencies, the geometric factor3157900100030 for the sample, and the other systematic errors, 3157900100031 are negligible. 3157900100032 STATUS (TABLE) Data received from Dr. G.Kim 3157900100033 (APRVD) Entry was approved by Dr. G.Kim 3157900100034 HISTORY (20060706C) SD 3157900100035 (20090305U) SD:reference on the conference was changed.3157900100036 ENDBIB 34 0 3157900100037 NOCOMMON 0 0 3157900100038 ENDSUBENT 37 0 3157900199999 SUBENT 31579002 20060706 31193157900200001 BIB 2 7 3157900200002 REACTION (49-IN-0(N,TOT),,SIG) 3157900200003 SAMPLE Natural In (99.99% purity, 0.2 mm thick, 9.84 g) metal 3157900200004 plates, 10x10 cm2 in cross-sectional area. 3157900200005 A set of notch filters of Co, Ta, and Cd plates with 3157900200006 thickness of 0.5 mm, 0.2 mm, and 0.5 mm, respectively, 3157900200007 was also used for the background measurement and the 3157900200008 energy calibration. 3157900200009 ENDBIB 7 0 3157900200010 NOCOMMON 0 0 3157900200011 DATA 3 114 3157900200012 EN DATA ERR-S 3157900200013 EV B B 3157900200014 0.14801 110.90 8.5 3157900200015 0.1643 115.5 3.55 3157900200016 0.18971 115.63 5.2 3157900200017 0.21487 106.86 4.8 3157900200018 0.24026 107.3 6.7 3157900200019 0.27388 104.85 4.6 3157900200020 0.324 110.9 5. 3157900200021 0.37413 106.4 5.6 3157900200022 0.42427 117.4 6. 3157900200023 0.47443 123.7 6.5 3157900200024 0.52619 122.8 6.8 3157900200025 0.57631 123.9 7.8 3157900200026 0.62452 138.3 8. 3157900200027 0.67436 142.4 8.4 3157900200028 0.72449 161.3 8.7 3157900200029 0.7747 171. 9.2 3157900200030 0.82456 199.6 9.6 3157900200031 0.87466 234. 10. 3157900200032 0.91518 237.6 13.6 3157900200033 0.94032 274.5 16.8 3157900200034 0.96475 314.8 14.3 3157900200035 0.98946 337. 17.6 3157900200036 1.02453 358. 11.4 3157900200037 1.06475 429. 15.5 3157900200038 1.09493 494. 15.7 3157900200039 1.13496 590. 13. 3157900200040 1.17459 750. 18. 3157900200041 1.22442 1099.34 13. 3157900200042 1.27056 1604.97 29. 3157900200043 1.29572 2070. 28. 3157900200044 1.33043 3304. 39. 3157900200045 1.37114 6278.58 149. 3157900200046 1.53144 6357.11 363. 3157900200047 1.55603 4563.6 79. 3157900200048 1.58501 3362. 52. 3157900200049 1.61482 2223. 33. 3157900200050 1.64006 1637.8 35.5 3157900200051 1.66456 1321.4 27. 3157900200052 1.69951 893.2 20. 3157900200053 1.73994 695.7 19. 3157900200054 1.78031 567. 19. 3157900200055 1.82529 439.5 17. 3157900200056 1.87524 316.3 17. 3157900200057 1.92042 267.3 18.6 3157900200058 1.97087 185.3 15. 3157900200059 2.02508 182.9 17.5 3157900200060 2.12857 150.8 16. 3157900200061 2.18951 114.1 16. 3157900200062 2.34012 93.96 7.5 3157900200063 2.59882 63. 9.7 3157900200064 2.84665 57.2 8.5 3157900200065 3.09779 55. 10.8 3157900200066 3.34641 50.3 9.4 3157900200067 3.54977 78.5 16.6 3157900200068 3.62354 94.6 32. 3157900200069 3.65019 126.4 32. 3157900200070 3.70448 188.4 19.5 3157900200071 3.77859 418.5 23.5 3157900200072 3.82601 556.6 32. 3157900200073 3.85493 691.4 32. 3157900200074 3.88418 689. 32. 3157900200075 3.91873 493. 32. 3157900200076 3.95373 272.6 32. 3157900200077 3.98922 168.1 32. 3157900200078 4.03556 113.7 27. 3157900200079 4.08798 78.1 25. 3157900200080 4.26305 47.9 15.6 3157900200081 4.4255 54. 14.4 3157900200082 4.65522 29.2 11.8 3157900200083 5.0467 37.3 9.3 3157900200084 5.54452 39. 10. 3157900200085 6.13263 27. 9. 3157900200086 6.83887 30. 10. 3157900200087 7.44644 16.5 12. 3157900200088 7.95216 23.4 12.3 3157900200089 8.35289 60.75 17.3 3157900200090 8.6383 115. 17. 3157900200091 8.8531 230. 30. 3157900200092 9.00697 701. 32. 3157900200093 9.14694 718. 32. 3157900200094 9.25417 315. 32. 3157900200095 9.3633 90. 27. 3157900200096 9.49333 34. 21. 3157900200097 9.80093 31.4 12.7 3157900200098 10.46137 27.3 16. 3157900200099 11.12261 42.38 11.5 3157900200100 11.78879 24.8 17.5 3157900200101 12.1054 43.76 24.7 3157900200102 12.97587 17.68 8.8 3157900200103 14.54093 63. 22. 3157900200104 16.22163 53.28 11. 3157900200105 17.54837 37.6 13.7 3157900200106 18.63039 28.7 15. 3157900200107 20.35028 44.7 10. 3157900200108 22.08327 69.7 17.5 3157900200109 23.11584 88.68 16.4 3157900200110 24.53353 44.7 13.7 3157900200111 27.3341 32.42 14. 3157900200112 31.48358 39.4 19.7 3157900200113 33.01191 35.7 15.5 3157900200114 35.04496 28.6 15.5 3157900200115 37.57021 53.87 13.7 3157900200116 40.53463 92. 14.4 3157900200117 43.12414 23. 17.4 3157900200118 45.98888 29. 14. 3157900200119 48.90483 80. 18.7 3157900200120 52.38475 19. 13.2 3157900200121 57.31689 21. 13.7 3157900200122 62.84469 20. 17.8 3157900200123 68.77804 49. 18. 3157900200124 73.80676 16.32 14. 3157900200125 81.19115 39. 22.8 3157900200126 85.0733 32. 23. 3157900200127 90.92936 26.5 13.9 3157900200128 ENDDATA 116 0 3157900200129 ENDSUBENT 128 0 3157900299999 SUBENT 31579003 20060706 31193157900300001 BIB 1 4 3157900300002 REACTION 1(49-IN-115(N,0),,EN) 3157900300003 2(49-IN-115(N,EL),,WID,,G) 3157900300004 3(49-IN-115(N,G),,WID) 3157900300005 4(49-IN-115(N,0),,J) 3157900300006 ENDBIB 4 0 3157900300007 NOCOMMON 0 0 3157900300008 DATA 7 3 3157900300009 DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3DATA-ERR 33157900300010 DATA 4 3157900300011 EV EV MILLI-EV MILLI-EV MILLI-EV MILLI-EV 3157900300012 NO-DIM 3157900300013 1.458 0.004 1.670 0.083 60.1 6.2 3157900300014 5. 3157900300015 3.859 0.003 0.160 0.009 81.8 10.1 3157900300016 4. 3157900300017 9.05 0.005 0.775 0.045 72.4 9.1 3157900300018 5. 3157900300019 ENDDATA 10 0 3157900300020 ENDSUBENT 19 0 3157900399999 SUBENT 31579004 20060706 31193157900400001 BIB 2 7 3157900400002 REACTION (29-CU-0(N,TOT),,SIG) 3157900400003 SAMPLE Natural Cu (99.96% purity, 1.5 mm thick, 134.4 g) 3157900400004 metal plates, 10 x 10 cm2 in cross-sectional area. 3157900400005 A set of notch filters of Co, Ta, and Cd plates with 3157900400006 thickness of 0.5 mm, 0.2 mm, and 0.5 mm, respectively, 3157900400007 was also used for the background measurement and the 3157900400008 energy calibration. 3157900400009 ENDBIB 7 0 3157900400010 NOCOMMON 0 0 3157900400011 DATA 3 37 3157900400012 EN DATA ERR-S 3157900400013 EV B B 3157900400014 0.1501 9.51476 0.33065 3157900400015 0.17751 9.3483 0.16779 3157900400016 0.22797 9.58367 0.2192 3157900400017 0.27832 8.91921 0.25576 3157900400018 0.32864 9.16286 0.28366 3157900400019 0.379 8.80579 0.30896 3157900400020 0.45232 8.74194 0.2436 3157900400021 0.55307 8.73907 0.27916 3157900400022 0.65364 8.71077 0.3121 3157900400023 0.75439 7.75064 0.34128 3157900400024 0.85514 8.29889 0.36994 3157900400025 1.0021 8.40471 0.28985 3157900400026 1.20402 8.73128 0.32555 3157900400027 1.40582 8.55204 0.35966 3157900400028 1.60719 7.96364 0.39302 3157900400029 1.80937 8.2083 0.42154 3157900400030 2.14971 8.30864 0.29871 3157900400031 2.6555 8.66231 0.34104 3157900400032 3.16218 8.07302 0.38022 3157900400033 3.66793 8.44143 0.41757 3157900400034 4.17228 7.68967 0.45319 3157900400035 4.90732 7.67753 0.35583 3157900400036 5.92103 7.72605 0.39833 3157900400037 6.93583 7.89442 0.44209 3157900400038 7.94365 7.9148 0.48235 3157900400039 10.28107 7.78672 0.28331 3157900400040 14.37956 7.58716 0.34848 3157900400041 18.47844 7.47462 0.40627 3157900400042 22.60045 7.67075 0.45851 3157900400043 26.7195 7.9494 0.51152 3157900400044 30.84833 7.75415 0.55333 3157900400045 37.72367 8.19637 0.40788 3157900400046 47.95735 6.92991 0.4746 3157900400047 58.24437 7.95816 0.53476 3157900400048 68.49633 7.25701 0.59456 3157900400049 78.98449 7.54401 0.63155 3157900400050 89.85835 7.09681 0.68387 3157900400051 ENDDATA 39 0 3157900400052 ENDSUBENT 51 0 3157900499999 ENDENTRY 4 0 3157999999999