ENTRY 31594 20090311 31363159400000001 SUBENT 31594001 20090311 31363159400100001 BIB 11 42 3159400100002 TITLE Neutron total cross-sections and resonance 3159400100003 parameters of Mo and Ta 3159400100004 AUTHOR (A.K.M.Moinul Haque Meaze, K.Devan, Y.S.Lee, Y.D.Oh, 3159400100005 G.N.Kim, D.Son) 3159400100006 INSTITUTE (3KORPUE,3INDKAL,3KORKNU) 3159400100007 (3BANBAN) Department of Physics, Chittagong 3159400100008 University, Chittagong 4331, Bangladesh 3159400100009 REFERENCE (J,PRM,68,279,2007) 3159400100010 (C,2007NICE,1,533,2007) 3159400100011 (C,2006MANGAL,,(IT17),2006) 3159400100012 (J,KPS,48,827,2006) = Entry 31575 (data for Ta) 3159400100013 FACILITY (LINAC,3KORPUE) The PNF consists of a 100 MeV 3159400100014 electron linac, water-cooled Ta target and a 12 m 3159400100015 long evacuated flight tube. 3159400100016 INC-SOURCE (PHOTO) Pulsed neutrons were produced from a 3159400100017 water-cooled Ta target in a watertank as a neutron 3159400100018 moderator. The target is composed of 10 Ta plates 3159400100019 with a radius of 2.45 cm and an effective thickness 3159400100020 of 7.4 cm. The calculated neutron yield per kW of beam 3159400100021 power at the Ta target was 1.9 x10**12 n/s. 3159400100022 As the target material was used Ta, which has high 3159400100023 density (16.6 g/cm3), high melting point (3017+-C) and 3159400100024 high resistance against the corrosion by cooling water.3159400100025 METHOD (TOF) 12m TOF path length 3159400100026 DETECTOR (SCIN) The neutron detector is located at a distance of3159400100027 about 12 m from the photo-neutron target. A 6Li-ZnS(Ag)3159400100028 scintillator BC702 is viewed by using an EMI-93090 3159400100029 photomultiplier at 800 Volts. This detector consists 3159400100030 of a disc of 16 mm in thickness and 125 mm in diam. and3159400100031 incorporates a matrix of a lithium compound enriched 3159400100032 to 95% 6Li dispersed in a fine ZnS(Ag) phosphor powder.3159400100033 ERR-ANALYS (ERR-S) Statistical errors for the present measurements3159400100034 because the other sources of uncertainties, which 3159400100035 include the detection effciencies, the geometric factor3159400100036 for the sample, and the other systematic errors, 3159400100037 are negligible. 3159400100038 STATUS (APRVD) Entry approved by Dr. Guinyun Kim 3159400100039 HISTORY (20070509C) SD 3159400100040 (20080724A) SD. Reference on Conf.Proc. was corrected. 3159400100041 (20090311A) On. One reference (2006MANGAL) added. 3159400100042 Update of numerical data not needed. 3159400100043 (according to e-mail from Guinyun Kim) 3159400100044 ENDBIB 42 0 3159400100045 NOCOMMON 0 0 3159400100046 ENDSUBENT 45 0 3159400199999 SUBENT 31594002 20090311 31363159400200001 BIB 4 6 3159400200002 REACTION (42-MO-0(N,TOT),,SIG) 3159400200003 SAMPLE The samples of natural molybdenum with thickness 3159400200004 0.0192 atoms/barn were used. 3159400200005 STATUS (TABLE) Data are received from Dr. Guinyun Kim 3159400200006 (SPSDD,31603002) Officially authorized data by G.N.Kim 3159400200007 HISTORY (20090311A) On. According to e-mail from Sungchul Yang 3159400200008 ENDBIB 6 0 3159400200009 NOCOMMON 0 0 3159400200010 DATA 3 124 3159400200011 EN DATA ERR-S 3159400200012 EV B B 3159400200013 0.01599 7.64068 0.79379 3159400200014 0.01951 7.19846 0.11103 3159400200015 0.02469 7.66597 0.0633 3159400200016 0.03471 7.18349 0.06059 3159400200017 0.04482 6.96237 0.06224 3159400200018 0.05497 6.69163 0.06606 3159400200019 0.07496 6.44487 0.08028 3159400200020 0.09508 6.31425 0.1028 3159400200021 0.14172 6.30233 0.05298 3159400200022 0.24676 6.08115 0.1023 3159400200023 0.45008 6.91437 0.1536 3159400200024 0.75285 5.86786 0.21939 3159400200025 1.23833 6.24006 0.13178 3159400200026 1.70244 5.44081 0.10184 3159400200027 2.2185 5.96595 0.1477 3159400200028 3.4563 5.92048 0.16447 3159400200029 4.45843 5.72615 0.19841 3159400200030 5.48595 5.4504 0.22506 3159400200031 6.53646 5.87388 0.25268 3159400200032 7.53634 6.05017 0.28628 3159400200033 8.50161 6.39434 0.30725 3159400200034 9.57118 5.22127 0.33839 3159400200035 10.52888 5.4595 0.20506 3159400200036 11.05209 6.20789 0.21945 3159400200037 11.92931 9.90559 1.04111 3159400200038 12.22301 18.74892 1.05596 3159400200039 12.37138 11.73718 1.01746 3159400200040 12.42144 8.36528 1.00438 3159400200041 12.92246 5.91096 0.39603 3159400200042 14.3796 6.14093 0.14356 3159400200043 17.33968 6.30312 0.16415 3159400200044 20.13635 6.31465 0.23878 3159400200045 24.02154 5.36254 0.26854 3159400200046 27.424 5.71095 0.22649 3159400200047 30.54289 6.01357 0.23932 3159400200048 33.63332 5.35893 0.25484 3159400200049 36.83395 6.30871 0.24529 3159400200050 39.07065 8.12101 0.37927 3159400200051 40.27149 11.75675 0.92389 3159400200052 41.77797 18.1059 0.95454 3159400200053 43.30058 40.48397 1.19171 3159400200054 43.70002 73.91855 1.39982 3159400200055 44.37025 153.12978 2.80105 3159400200056 44.71117 276.75592 5.01144 3159400200057 45.75783 101.41608 1.7531 3159400200058 46.47615 51.46659 1.19483 3159400200059 47.21152 26.85171 1.00972 3159400200060 48.9356 14.28927 0.93075 3159400200061 50.4347 9.71736 0.91273 3159400200062 52.0138 8.2993 0.90176 3159400200063 53.77835 8.13411 0.89404 3159400200064 56.00994 7.4599 0.88133 3159400200065 58.09238 7.95003 0.88724 3159400200066 60.9171 6.82101 0.87355 3159400200067 62.37823 5.83346 0.8647 3159400200068 65.30228 7.09956 0.88057 3159400200069 67.15648 8.12376 0.875 3159400200070 68.43685 8.19257 0.8792 3159400200071 70.42715 13.01946 0.89577 3159400200072 71.10991 19.93775 0.92994 3159400200073 72.50556 10.95456 0.89498 3159400200074 73.31884 6.31172 0.86265 3159400200075 75.423 6.56882 0.85988 3159400200076 77.7282 5.12499 0.85474 3159400200077 79.32422 7.38301 0.86041 3159400200078 80.14073 5.38066 0.84971 3159400200079 82.66735 6.57591 0.84995 3159400200080 84.41872 9.18412 0.84705 3159400200081 87.15202 5.52362 0.84946 3159400200082 92.01178 5.73747 0.85032 3159400200083 95.12533 6.93389 0.84036 3159400200084 97.28966 7.08398 0.8392 3159400200085 99.5287 5.44709 0.83519 3159400200086 100.67732 5.00393 0.83441 3159400200087 101.84594 5.5999 0.83475 3159400200088 103.03503 5.439 0.83159 3159400200089 104.24506 6.54579 0.82998 3159400200090 105.47653 7.23929 0.82975 3159400200091 106.72995 7.10963 0.82768 3159400200092 108.00585 6.55169 0.83539 3159400200093 109.30477 6.99876 0.82354 3159400200094 110.62726 5.28435 0.82855 3159400200095 111.9739 7.18667 0.8307 3159400200096 113.34527 7.5164 0.82636 3159400200097 114.742 8.70444 0.8362 3159400200098 116.1647 4.72444 0.82367 3159400200099 117.61402 5.50145 0.81755 3159400200100 119.09065 6.63914 0.71556 3159400200101 120.59525 8.51895 0.80993 3159400200102 122.12855 10.37824 0.7123 3159400200103 123.69128 9.37138 0.8233 3159400200104 125.2842 11.56723 0.80222 3159400200105 126.90808 13.49963 0.76036 3159400200106 128.56375 20.16731 0.88497 3159400200107 130.25203 34.66027 0.97862 3159400200108 131.97379 46.02363 1.051 3159400200109 133.7299 35.46064 0.97835 3159400200110 135.5213 21.44043 0.88409 3159400200111 137.34895 11.04137 0.83534 3159400200112 139.21381 8.20171 0.8306 3159400200113 141.11691 8.08909 0.82212 3159400200114 143.05933 9.36141 0.81878 3159400200115 145.0421 7.63321 0.81013 3159400200116 147.06639 7.25125 0.8054 3159400200117 149.13335 8.06417 0.81139 3159400200118 151.2442 7.44128 0.80655 3159400200119 153.40019 7.0059 0.80519 3159400200120 155.6026 8.48217 0.81058 3159400200121 157.85278 10.30585 0.81093 3159400200122 160.15215 9.24564 0.8095 3159400200123 162.50211 10.2957 0.80823 3159400200124 164.90417 5.71248 0.79763 3159400200125 167.35989 6.6421 0.7913 3159400200126 169.8709 6.89287 0.7975 3159400200127 172.43883 6.62318 0.79693 3159400200128 175.06541 6.54756 0.79754 3159400200129 177.7525 5.67531 0.78661 3159400200130 180.50192 6.28317 0.79056 3159400200131 183.31561 6.19222 0.78625 3159400200132 186.19563 7.35607 0.79144 3159400200133 189.14404 5.69506 0.78459 3159400200134 192.16307 5.33739 0.77979 3159400200135 195.25494 8.14933 0.78594 3159400200136 198.42204 7.5122 0.78119 3159400200137 ENDDATA 126 0 3159400200138 ENDSUBENT 137 0 3159400299999 ENDENTRY 2 0 3159499999999