ENTRY 31530 20090922 31423153000000001 SUBENT 31530001 20090922 31423153000100001 BIB 13 52 3153000100002 TITLE Measurement of neutron total cross-section of Dy at 3153000100003 Pohang Neutron Facility 3153000100004 AUTHOR (G.Kim, R.Machrafi, H.Ahmed, D.Son, V.Skoy, Y.S.Leeb, 3153000100005 M.-H.Cho, H.Kang, I.S.Ko, W.Namkung, J.H.Chang, 3153000100006 K.J.Yoo) 3153000100007 INSTITUTE (3KORPUE,3KORKNU,3KORKAE) 3153000100008 REFERENCE (J,ANE,30,1123,2003) Main publication 3153000100009 ((S,ISINN-11,173,2004)=(S,JINR-E3-2004-9,173,2004)) 3153000100010 G.Kim+, Same total cross section and res.par.given 3153000100011 Total cross sections data which are piblished in 3153000100012 ISINN-11,173,2004 for other targets are given: 3153000100013 in 31679 (for Sm(n,tot) and in 31550 (for Ag(n,tot)) 3153000100014 ((S,ISINN-12,76,2004)=(S,JINR-E3-2004-169,76,2004)) 3153000100015 same results for Dy as in main publ.: ANE,30,1123,20033153000100016 FACILITY (LINAC,3KORPUE) Electron linear accelerator 3153000100017 METHOD (TOF,PSD) the authors also used transmission method 3153000100018 lower-level discriminator 3153000100019 INC-SOURCE (PHOTO) The target was composed, of 10 Ta plates with 3153000100020 a diam. of 4.9 cm and an effective thickness of 7.4 cm 3153000100021 There was a 0.15 cm water gap between Ta plates in 3153000100022 order to cool the target effectively. The housing of 3153000100023 the target was made of titanium. This target was set 3153000100024 at the center of a cylindrical water moderator 3153000100025 contained in an aluminum cylinder with thickness of 3153000100026 0.5 cm, a diam. of 30 cm and height of 30 cm. 3153000100027 SAMPLE A natural Dy metal plate, 10 cmx 10 cm in area by 3153000100028 0.5 mm (0.001585 atoms/bar) in thickness, was used 3153000100029 as a transmission sample. The purity of the natural 3153000100030 Dy sample was better than 99.9%. A set of notch filters3153000100031 of Co, Ta, and Cd plates with 0.5 mm, 0.2 mm, and 3153000100032 0.5 mm in thickness respectively, used for the 3153000100033 background measurement and the energy calibration. 3153000100034 DETECTOR (SCIN) A 6Li-ZnS(Ag) scintillator BC702 with a diam. 3153000100035 of 127 mm and a thickness of 6.35 mm mounted on an 3153000100036 EMI-93090 photomultiplier was used as a detector for 3153000100037 the neutron TOF spectrum measurement. Scintillator 3153000100038 consists of a matrix of a lithium compound enriched to 3153000100039 95% 6Li dispersed in a fine ZnS(Ag) phosphor powder. 3153000100040 ANALYSIS (RFN) SAMMY code (Reich-Moore approximation in the 3153000100041 application of R-matrix formalizm) was used to fit 3153000100042 the transmission data. 3153000100043 STATUS (TABLE) Data received from Dr. G.Kim for Subent 002, 3153000100044 resonance parameters were taken from Tbl.1 of Ann.Nucl.3153000100045 Energ.,30, 1123, 2003 3153000100046 (APRVD) Entry approved by Dr. G.Kim 3153000100047 ERR-ANALYS (ERR-S) Only considered the statistical errors for the 3153000100048 measurements because the other sources of uncertainties3153000100049 which include the detection efficiencies,the geometric 3153000100050 factor for the sample, and the other systematic errors,3153000100051 are negligible. 3153000100052 HISTORY (20040220C) SD 3153000100053 (20090922A) On. REFERENCE: S,ISINN-11, S-ISINN-12 added3153000100054 ENDBIB 52 0 3153000100055 NOCOMMON 0 0 3153000100056 ENDSUBENT 55 0 3153000199999 SUBENT 31530002 20040218 00003153000200001 BIB 1 1 3153000200002 REACTION (66-DY-0(N,TOT),,SIG) 3153000200003 ENDBIB 1 0 3153000200004 NOCOMMON 0 0 3153000200005 DATA 3 129 3153000200006 EN DATA ERR-S 3153000200007 EV B B 3153000200008 0.0247 917.09401 10.4 3153000200009 0.0269 909.31224 4. 3153000200010 0.03807 834.03941 1.6 3153000200011 0.05476 723.58519 2.2 3153000200012 0.06479 676.98245 2.3 3153000200013 0.07482 629.11027 2.5 3153000200014 0.08485 596.64486 2.8 3153000200015 0.09487 562.38004 3. 3153000200016 0.10488 535.63727 3.5 3153000200017 0.11488 517.99131 4. 3153000200018 0.12491 492.88044 4.4 3153000200019 0.13491 484.00415 4.8 3153000200020 0.14491 470.87144 5.4 3153000200021 0.15494 451.13638 6. 3153000200022 0.16492 432.35355 6.4 3153000200023 0.17553 407.4364 6.6 3153000200024 0.18609 412.01042 7.7 3153000200025 0.19734 400.96324 7.1 3153000200026 0.21117 401.29299 7.3 3153000200027 0.23073 368.36136 6. 3153000200028 0.25663 344.56456 6. 3153000200029 0.28678 317. 6. 3153000200030 0.32199 304.1 6. 3153000200031 0.36704 283. 5.4 3153000200032 0.4179 275. 6. 3153000200033 0.47036 249.5 6. 3153000200034 0.57372 219.75279 4. 3153000200035 0.67988 215.08445 8.7 3153000200036 0.7496 185.85798 6. 3153000200037 0.85567 185.94296 6. 3153000200038 0.9639 164.37301 6.8 3153000200039 1.05715 165.33532 8. 3153000200040 1.14911 176.27713 8. 3153000200041 1.25078 167.61832 8. 3153000200042 1.35126 190. 8.7 3153000200043 1.44987 267.54794 9.3 3153000200044 1.54969 458.18974 10.8 3153000200045 1.64385 1540.8401 43. 3153000200046 1.75585 2104.6403 105. 3153000200047 1.85043 603.97633 13. 3153000200048 1.92488 265.42619 16.6 3153000200049 1.97367 239.83089 15. 3153000200050 2.02621 188.98059 15.3 3153000200051 2.08278 130.72334 14.5 3153000200052 2.17877 124.08522 10. 3153000200053 2.29406 142.35369 12. 3153000200054 2.41951 120.70135 9.8 3153000200055 2.54941 195.14032 12.7 3153000200056 2.64865 440.93141 14.5 3153000200057 2.74796 441.31483 15. 3153000200058 2.8499 201.8 13.8 3153000200059 2.95106 109.07218 13. 3153000200060 3.05093 112.31943 13.5 3153000200061 3.17783 108.1657 11.8 3153000200062 3.328 130.26968 12.3 3153000200063 3.45162 196.86768 15.5 3153000200064 3.55234 424.88482 16.3 3153000200065 3.65302 780.47059 23. 3153000200066 3.74873 534.64147 20. 3153000200067 3.84832 246.11556 15. 3153000200068 3.95186 172.62321 16. 3153000200069 4.04919 217.69617 17.4 3153000200070 4.15567 290.07261 16.4 3153000200071 4.30638 526.01387 15. 3153000200072 4.42868 308.39212 24.7 3153000200073 4.50738 244.2398 19.7 3153000200074 4.61983 289.41327 16.5 3153000200075 4.79009 401.49699 14. 3153000200076 5.01968 951.24933 20. 3153000200077 5.17368 1966.0612 95. 3153000200078 5.23446 2953.5765 275. 3153000200079 5.78906 732.09814 21.5 3153000200080 6.03915 306.75715 11.7 3153000200081 6.37438 185.9442 13.6 3153000200082 6.6513 91.33075 13.3 3153000200083 6.9108 87.44372 16.5 3153000200084 7.14973 66. 14. 3153000200085 7.38784 64.64433 16. 3153000200086 7.5845 135.5865 17. 3153000200087 7.8316 102.2033 14. 3153000200088 8.09002 77.93077 17. 3153000200089 8.37782 58.10353 14. 3153000200090 8.66424 72.53389 15. 3153000200091 8.96619 74.80092 14. 3153000200092 9.39395 70.41755 13. 3153000200093 9.81273 88.69624 13. 3153000200094 10.15562 357. 18. 3153000200095 10.36566 480.7668 32. 3153000200096 10.5832 166.1099 17. 3153000200097 10.87562 79.39679 18. 3153000200098 11.10875 52. 22. 3153000200099 11.34998 45.37265 17.5 3153000200100 11.91086 39.35 11.5 3153000200101 12.62315 42.71 22. 3153000200102 13.15732 75.16 15. 3153000200103 13.79061 180.24911 15.5 3153000200104 14.29643 219. 14.5 3153000200105 14.86615 58.50124 16.8 3153000200106 15.43284 188. 15.7 3153000200107 16.1572 570. 17.4 3153000200108 16.79751 131.74555 18.6 3153000200109 17.43395 80.62 14. 3153000200110 18.40655 153.59364 13. 3153000200111 19.45986 139.92128 14. 3153000200112 20.48857 126.92918 13.7 3153000200113 21.53611 42.40552 13.8 3153000200114 23.02368 32.93 10.3 3153000200115 24.81482 39.63 12.5 3153000200116 26.214 30.18919 14. 3153000200117 27.74277 71.39569 12. 3153000200118 29.71383 64.23858 12. 3153000200119 32.13944 61.8 10.5 3153000200120 34.59751 113.22331 13.6 3153000200121 36.63665 158.87731 14.2 3153000200122 38.86606 68.5 13.2 3153000200123 41.47341 80.72 13. 3153000200124 43.59337 123.17 24.6 3153000200125 47.32889 62.82 14. 3153000200126 51.30766 52.9579 20.8 3153000200127 53.49545 150.93 18. 3153000200128 56.91111 194.31 16. 3153000200129 60.05745 121.8 16.6 3153000200130 62.19689 89.27471 20.6 3153000200131 67.55257 446.81028 18.5 3153000200132 72.0308 116.0899 15.4 3153000200133 77.42788 99.4 12. 3153000200134 84.4033 65.47 12.6 3153000200135 91.81167 68.5 12.8 3153000200136 98.9426 122.7 14.6 3153000200137 ENDDATA 131 0 3153000200138 ENDSUBENT 137 0 3153000299999 SUBENT 31530003 20090922 31423153000300001 BIB 2 5 3153000300002 REACTION 1(66-DY-163(N,0),,EN) 3153000300003 2(66-DY-163(N,0),,J) 3153000300004 3(66-DY-163(N,G),,WID) 3153000300005 4(66-DY-163(N,EL),,WID,,G) 3153000300006 HISTORY (20090922A) On. SF8(pt.4): G added; 3153000300007 ENDBIB 5 0 3153000300008 NOCOMMON 0 0 3153000300009 DATA 7 2 3153000300010 DATA 1ERR-S 1DATA 2DATA 3ERR-S 3DATA 43153000300011 ERR-S 4 3153000300012 EV EV NO-DIM MILLI-EV MILLI-EV MILLI-EV 3153000300013 MILLI-EV 3153000300014 1.7093 0.0007 2. 91.574 0.827 0.9344 3153000300015 0.0105 3153000300016 5.8377 0.0775 2. 108.07 10.81 0.0198 3153000300017 0.0014 3153000300018 ENDDATA 8 0 3153000300019 ENDSUBENT 18 0 3153000399999 SUBENT 31530004 20090922 31423153000400001 BIB 2 5 3153000400002 REACTION 1(66-DY-162(N,0),,EN) 3153000400003 2(66-DY-162(N,0),,J) 3153000400004 3(66-DY-162(N,G),,WID) 3153000400005 4(66-DY-162(N,EL),,WID,,G) 3153000400006 HISTORY (20090922A) On. SF8(pt.4): G added; ref. added 3153000400007 ENDBIB 5 0 3153000400008 NOCOMMON 0 0 3153000400009 DATA 7 1 3153000400010 DATA 1ERR-S 1DATA 2DATA 3ERR-S 3DATA 43153000400011 ERR-S 4 3153000400012 EV EV NO-DIM MILLI-EV MILLI-EV MILLI-EV 3153000400013 MILLI-EV 3153000400014 5.3697 0.0022 0.5 262.08 11.08 14.492 3153000400015 0.4007 3153000400016 ENDDATA 6 0 3153000400017 ENDSUBENT 16 0 3153000499999 SUBENT 31530005 20090922 31423153000500001 BIB 2 5 3153000500002 REACTION 1(66-DY-161(N,0),,EN) 3153000500003 2(66-DY-161(N,0),,J) 3153000500004 3(66-DY-161(N,G),,WID) 3153000500005 4(66-DY-161(N,EL),,WID,,G) 3153000500006 HISTORY (20090922A) On. SF8(pt.4): G added; ref. added 3153000500007 ENDBIB 5 0 3153000500008 NOCOMMON 0 0 3153000500009 DATA 7 4 3153000500010 DATA 1ERR-S 1DATA 2DATA 3ERR-S 3DATA 43153000500011 ERR-S 4 3153000500012 EV EV NO-DIM MILLI-EV MILLI-EV MILLI-EV 3153000500013 MILLI-EV 3153000500014 2.6979 0.0028 3. 130.12 6.632 0.3929 3153000500015 0.0122 3153000500016 3.6618 0.0025 2. 139.14 6.087 0.9524 3153000500017 0.0243 3153000500018 4.2810 0.0041 2. 130.25 8.702 0.6677 3153000500019 0.0273 3153000500020 7.6632 0.0195 3. 158.01 14.46 0.4284 3153000500021 0.0340 3153000500022 ENDDATA 12 0 3153000500023 ENDSUBENT 22 0 3153000599999 SUBENT 31530006 20090922 31423153000600001 BIB 2 5 3153000600002 REACTION 1(66-DY-160(N,0),,EN) 3153000600003 2(66-DY-160(N,0),,J) 3153000600004 3(66-DY-160(N,G),,WID) 3153000600005 4(66-DY-160(N,EL),,WID,,G) 3153000600006 HISTORY (20090922A) On. SF8(pt.4): G added; ref. added 3153000600007 ENDBIB 5 0 3153000600008 NOCOMMON 0 0 3153000600009 DATA 7 1 3153000600010 DATA 1ERR-S 1DATA 2DATA 3ERR-S 3DATA 43153000600011 ERR-S 4 3153000600012 EV EV NO-DIM MILLI-EV MILLI-EV MILLI-EV 3153000600013 MILLI-EV 3153000600014 1.8871 0.0321 0.5 124.97 12.32 0.1394 3153000600015 0.0135 3153000600016 ENDDATA 6 0 3153000600017 ENDSUBENT 16 0 3153000699999 ENDENTRY 6 0 3153099999999