JENDL-5 (Neutron sublibrary (activation cs)) S - 36 0 0 0 0 1.603600+4 3.565800+1 0 0 6 11637 1451 1 0.000000+0 0.000000+0 0 0 0 61637 1451 2 1.000000+0 2.000000+7 0 0 10 51637 1451 3 2.936000+2 0.000000+0 4 0 141 161637 1451 4 16-S - 36 FUJI E.C. EVAL-MAY87 H.NAKAMURA 1637 1451 5 DIST-DEC21 20090828 1637 1451 6 ----JENDL-5 MATERIAL 1637 1637 1451 7 -----INCIDENT NEUTRON DATA 1637 1451 8 ------ENDF-6 FORMAT 1637 1451 9 1637 1451 10 History 1637 1451 11 21-11 revised by O.Iwamoto 1637 1451 12 (MF8/MT4,16,22,28,102,103,107) added 1637 1451 13 1637 1451 14 =========================================================== 1637 1451 15 The data were taken from JENDL-3.3. 1637 1451 16 =========================================================== 1637 1451 17 1637 1451 18 1637 1451 19 HISTORY 1637 1451 20 87-05 Newly evaluated by H.Nakamura (fuji electric co. ltd.) 1637 1451 21 94-02 JENDL-3.2 1637 1451 22 New optical model calculation was performed by T. Watanabe 1637 1451 23 (khi). 1637 1451 24 Data were compiled by K. Shibata (jaeri). 1637 1451 25 ***** modified parts for JENDL-3.2 ****************** 1637 1451 26 (3,1),(3,4),(3,51-55),(3,91),(3,251),(4,2),(4,51-55) 1637 1451 27 optical and statistical model calculations. 1637 1451 28 (3,2) total - nonelastic 1637 1451 29 ******************************************************* 1637 1451 30 01-04 JENDL-3.3 1637 1451 31 Gamma-ray production data were evaluated and compiled 1637 1451 32 by K. Shibata 1637 1451 33 ***** modified parts for JENDL-3.3 **************************** 1637 1451 34 (1,451) Updated 1637 1451 35 (3,251) Deleted. 1637 1451 36 (4,2) Transformation matrix deleted. 1637 1451 37 (5,16-91) INT=22. 1637 1451 38 (12,16-107) Added. 1637 1451 39 (14,16-107) Added. 1637 1451 40 (15,16-107) Added. 1637 1451 41 **************************************************************** 1637 1451 42 1637 1451 43 mf=1 General information 1637 1451 44 mt=451 Descriptive data and dictionary 1637 1451 45 1637 1451 46 mf=2 mt=151 Resonance parameters: (not given) 1637 1451 47 1637 1451 48 mf=3 Neutron cross sections 1637 1451 49 Below 1000 keV 1637 1451 50 Assumed cross sections, guided by those of s-32 1637 1451 51 (10**-5)eV (0.025)eV (1.0**4)eV (1.0**6)eV res.int. 1637 1451 52 mt=2 2.2 b 2.18 b 2.185 b 2.32339 b - 1637 1451 53 mt=102 3.5 b 0.15 b 0.001 b 0.00015 b 0.12095 b 1637 1451 54 mt=1 5.7 b 2.33 b 2.186 b 2.32354 b - 1637 1451 55 Above 1000 keV 1637 1451 56 mt=1,2,4,51-55,91,102 1637 1451 57 Total, elastic, inelastic and capture 1637 1451 58 calculated with casthy code /2/, considering the 1637 1451 59 competition with the threshold reaction channels. 1637 1451 60 Optical potential parameters of C.Y.Fu/3/ are adjusted 1637 1451 61 to reproduce the following experimental data: 1637 1451 62 mt=1 total - 1637 1451 63 mt=2 elastic cross sections of s-32 1637 1451 64 mt=4 inelastic - 1637 1451 65 The spherical optical potential parameters: 1637 1451 66 V = 38.0 Vso= 5.37 (MeV) 1637 1451 67 Ws= 9.13 Wv = 0.0 (MeV) 1637 1451 68 r =rso= 1.26 rs = 1.39 (fm) 1637 1451 69 a =aso= 0.76 b = 0.40 (fm) 1637 1451 70 mt=102 capture data are normalized to 0.15 mb at 1 MeV 1637 1451 71 based on s-32 capture cross section. 1637 1451 72 The discrete level scheme taken from ref./4/: 1637 1451 73 no. energy (MeV) spin-parity 1637 1451 74 (g.s.) 0.0 0 + 1637 1451 75 1 3.291 2 + 1637 1451 76 2 3.346 0 + 1637 1451 77 3 4.192 3 - 1637 1451 78 4 4.523 1 + 1637 1451 79 5 4.575 2 + 1637 1451 80 Continuum levels assumed above 5.0 MeV. The level 1637 1451 81 density parameters of Asano et al./5/ are used. 1637 1451 82 ***** JENDL-3.2 **************************************** 1637 1451 83 mt=1,4,51-55,91,251 1637 1451 84 Optical and statistical model calculation 1637 1451 85 was performed by using the omp set given as follows: 1637 1451 86 V = 58.83 - 0.5635En (MeV) 1637 1451 87 Ws = 3.609 + 0.1819En (MeV) 1637 1451 88 Vso= 4.199 (MeV) 1637 1451 89 r = 1.306, a = 0.452 (fm) 1637 1451 90 rs = 1.124, b = 0.690 (fm) 1637 1451 91 rso= 1.010, aso= 0.750 (fm). 1637 1451 92 ********************************************************* 1637 1451 93 mt=16(n,2n), 22(n,n'a), 28(n,n'p), 103(n,p), 107(n,a) 1637 1451 94 Based on the statistical model calculations with gnash 1637 1451 95 code /6/, without the precompound reaction correction. 1637 1451 96 Transmission coefficients for proton and alpha particle 1637 1451 97 are calculated by using the omp of Becchetti-Greenlees 1637 1451 98 /7/ and Huizenga-Igo/8/,respectively. 1637 1451 99 Level density parameters are based on built-in values. 1637 1451 100 1637 1451 101 mf=4 Angular distributions of secondary neutrons 1637 1451 102 mt=2 Calculated with optical model (casthy). 1637 1451 103 mt=51-55 Calculated with hauser-feshbach formula(casthy) 1637 1451 104 mt=16,22,28 Isotropic in the laboratory system. 1637 1451 105 mt=91 Isotropic distributions in cm were converted 1637 1451 106 to the distributions in lab. 1637 1451 107 1637 1451 108 mf=5 Energy distributions of secondary neutrons 1637 1451 109 mt=16,22,28,91,103,107 evaporation spectra. 1637 1451 110 1637 1451 111 mf=12 Photon production multiplicities 1637 1451 112 mt=16,22,28,103,107 1637 1451 113 Multiplicities were calculated by using the egnash code 1637 1451 114 /9/. 1637 1451 115 mt=102 1637 1451 116 Multiplicities were calculated by using the casthy code 1637 1451 117 /2/. 1637 1451 118 mt=51-55 1637 1451 119 Transition probability arrays were given. 1637 1451 120 1637 1451 121 mf=14 Photon angular distributions 1637 1451 122 mt=16,22,28,51-55,91,102,103,107 1637 1451 123 Isotropic 1637 1451 124 1637 1451 125 mf=15 Continuous photon energy spectra 1637 1451 126 mt=16,22,28,103,107 1637 1451 127 Multiplicities were calculated by using the egnash code 1637 1451 128 /9/. 1637 1451 129 mt=102 1637 1451 130 Multiplicities were calculated by using the casthy code 1637 1451 131 /2/. 1637 1451 132 1637 1451 133 References 1637 1451 134 1) Mughabghab, S.F. et al.: Neutron cross section, Vol.1 (1981). 1637 1451 135 2) Igarasi, S.: J. Nucl. Sci. Tech., 12, 67 (1975). 1637 1451 136 3) Fu, C.Y.: Atom. Data and Nucl. Data Tables., 17, 127 (1976). 1637 1451 137 4) Lederer, C.M. et al.: Table of isotopes. 7th edit. 1637 1451 138 5) Asano et al.: private communication. 1637 1451 139 6) Young, P.G. and Arthur, E.D.: LA-6947 (1977). 1637 1451 140 7) Becchetti, Jr. and Greenlees, G.W.: Polarization phenomena 1637 1451 141 in nuclear reactions, p.682 (1971). 1637 1451 142 8) Huizenga, Jr. and Igo, G.J.: Nucl. Phys., 29, 462 (1962). 1637 1451 143 9) Yamamuro, N.: JAERI-M 90-006 (1990). 1637 1451 144 1637 1451 145 1 451 161 11637 1451 146 2 151 4 11637 1451 147 3 4 18 11637 1451 148 3 16 6 11637 1451 149 3 22 6 11637 1451 150 3 28 5 11637 1451 151 3 102 143 11637 1451 152 3 103 6 11637 1451 153 3 107 7 11637 1451 154 8 4 2 11637 1451 155 8 16 2 11637 1451 156 8 22 2 11637 1451 157 8 28 2 11637 1451 158 8 102 2 11637 1451 159 8 103 2 11637 1451 160 8 107 2 11637 1451 161 1637 1 099999 1637 0 0 0 1.603600+4 3.565800+1 0 0 1 01637 2151 1 1.603600+4 1.000000+0 0 0 1 01637 2151 2 0.000000+0 0.000000+0 0 0 0 01637 2151 3 0.000000+0 4.147210-1 0 0 0 01637 2151 4 1637 2 099999 1637 0 0 0 1.603600+4 3.565800+1 0 0 0 01637 3 4 1 0.000000+0-3.291000+6 0 0 1 431637 3 4 2 43 2 1637 3 4 3 3.383290+6 0.000000+0 3.390308+6 1.153668-2 3.402623+6 3.172585-21637 3 4 4 3.421181+6 6.200958-2 3.439840+6 9.229330-2 3.505326+6 1.151044-11637 3 4 5 3.563649+6 1.350641-1 3.668058+6 1.699936-1 3.748367+6 1.961907-11637 3 4 6 3.872140+6 2.354863-1 4.000000+6 2.747820-1 4.151896+6 3.015910-11637 3 4 7 4.309560+6 3.284000-1 4.476468+6 3.811560-1 4.649840+6 4.339120-11637 3 4 8 4.703300+6 4.602250-1 4.849381+6 5.145020-1 5.000000+6 5.687790-11637 3 4 9 5.140220+6 5.980720-1 5.342864+6 6.457938-1 5.661906+6 7.173764-11637 3 4 10 6.000000+6 7.889590-1 6.480741+6 8.683020-1 7.000000+6 9.476450-11637 3 4 11 7.483315+6 9.911375-1 8.000000+6 1.034630+0 9.000000+6 1.071340+01637 3 4 12 1.000000+7 1.079710+0 1.048809+7 9.775770-1 1.100000+7 8.754440-11637 3 4 13 1.148913+7 7.980970-1 1.200000+7 7.207500-1 1.249000+7 6.500110-11637 3 4 14 1.300000+7 5.792720-1 1.349074+7 5.281860-1 1.400000+7 4.771000-11637 3 4 15 1.450000+7 4.287310-1 1.500000+7 3.802230-1 1.600000+7 3.717630-11637 3 4 16 1.700000+7 3.797210-1 1.800000+7 3.859260-1 1.900000+7 3.975880-11637 3 4 17 2.000000+7 4.075390-1 1637 3 4 18 1637 3 099999 1.603600+4 3.565800+1 0 0 0 01637 3 16 1 -9.891980+6-9.891980+6 0 0 1 71637 3 16 2 7 2 1637 3 16 3 1.016940+7 0.000000+0 1.020000+7 0.000000+0 1.100000+7 2.024390-11637 3 16 4 1.500000+7 6.526150-1 1.600000+7 6.530140-1 1.800000+7 6.260830-11637 3 16 5 2.000000+7 5.984690-1 1637 3 16 6 1637 3 099999 1.603600+4 3.565800+1 0 0 0 01637 3 22 1 -8.999830+6-8.999830+6 0 0 1 71637 3 22 2 7 2 1637 3 22 3 9.252230+6 0.000000+0 1.020000+7 0.000000+0 1.100000+7 2.227180-71637 3 22 4 1.500000+7 1.102600-2 1.600000+7 1.922380-2 1.800000+7 3.014000-21637 3 22 5 2.000000+7 2.624060-2 1637 3 22 6 1637 3 099999 1.603600+4 3.565800+1 0 0 0 01637 3 28 1 -1.304190+7-1.304190+7 0 0 1 51637 3 28 2 5 2 1637 3 28 3 1.340760+7 0.000000+0 1.500000+7 4.607200-5 1.600000+7 9.939450-41637 3 28 4 1.800000+7 3.841920-3 2.000000+7 4.735010-3 1637 3 28 5 1637 3 099999 1.603600+4 3.565800+1 0 0 0 01637 3102 1 4.313990+6 4.313990+6 0 0 1 4201637 3102 2 420 2 1637 3102 3 1.000000-5 5.362630+0 1.103037-5 5.106505+0 1.216691-5 4.862659+01637 3102 4 1.342055-5 4.630507+0 1.480336-5 4.409489+0 1.632865-5 4.199075+01637 3102 5 1.801111-5 3.998758+0 1.986691-5 3.808057+0 2.191394-5 3.626513+01637 3102 6 2.417189-5 3.453689+0 2.666248-5 3.289169+0 2.940971-5 3.132558+01637 3102 7 3.243999-5 2.983479+0 3.578251-5 2.841573+0 3.946943-5 2.706499+01637 3102 8 4.353624-5 2.577932+0 4.802208-5 2.455562+0 5.297013-5 2.339094+01637 3102 9 5.842801-5 2.228249+0 6.444825-5 2.122759+0 7.108881-5 2.022370+01637 3102 10 7.841358-5 1.926840+0 8.649308-5 1.835938+0 9.540506-5 1.749446+01637 3102 11 1.052353-4 1.667155+0 1.160784-4 1.588864+0 1.280388-4 1.514386+01637 3102 12 1.412315-4 1.443540+0 1.557836-4 1.376153+0 1.718351-4 1.312063+01637 3102 13 1.895404-4 1.251113+0 2.090701-4 1.193154+0 2.306120-4 1.138045+01637 3102 14 2.543736-4 1.085650+0 2.805835-4 1.035840+0 3.116776-4 9.851893-11637 3102 15 3.461995-4 9.372445-1 3.845651-4 8.918204-1 4.271603-4 8.488305-11637 3102 16 4.744978-4 8.081072-1 5.270542-4 7.695703-1 5.854618-4 7.330680-11637 3102 17 6.503090-4 6.985258-1 7.223753-4 6.658055-1 8.023875-4 6.348380-11637 3102 18 8.913069-4 6.054971-1 9.900305-4 5.777184-1 1.099744-3 5.513869-11637 3102 19 1.221555-3 5.264429-1 1.356926-3 5.027814-1 1.507223-3 4.803476-11637 3102 20 1.674250-3 4.590466-1 1.859695-3 4.388288-1 2.080253-3 4.183666-11637 3102 21 2.326969-3 3.989755-1 2.602944-3 3.805854-1 2.911650-3 3.631313-11637 3102 22 3.256969-3 3.465533-1 3.643241-3 3.307963-1 4.075325-3 3.158100-11637 3102 23 4.558654-3 3.015480-1 5.099305-3 2.879683-1 5.704077-3 2.750321-11637 3102 24 6.380574-3 2.627039-1 7.137302-3 2.509508-1 7.983778-3 2.397426-11637 3102 25 8.930644-3 2.290510-1 9.989808-3 2.188500-1 1.117459-2 2.091152-11637 3102 26 1.249988-2 1.998240-1 1.398235-2 1.909558-1 1.564064-2 1.824925-11637 3102 27 1.749560-2 1.744189-1 1.957056-2 1.667236-1 2.189161-2 1.593981-11637 3102 28 2.448792-2 1.524341-1 2.524188-2 1.506105-1 2.530000-2 1.504732-11637 3102 29 2.830055-2 1.439559-1 3.188027-2 1.373793-1 3.591103-2 1.311312-11637 3102 30 4.045340-2 1.251757-1 4.556810-2 1.194969-1 5.133198-2 1.140747-11637 3102 31 5.782210-2 1.089038-1 6.513599-2 1.039680-1 7.337142-2 9.925661-21637 3102 32 8.265213-2 9.475689-2 9.310219-2 9.046459-2 1.048786-1 8.636328-21637 3102 33 1.181389-1 8.245274-2 1.330822-1 7.872326-2 1.499084-1 7.515622-21637 3102 34 1.688702-1 7.175147-2 1.902212-1 6.850566-2 2.142822-1 6.539933-21637 3102 35 2.413748-1 6.243950-2 2.719062-1 5.962147-2 3.062844-1 5.691534-21637 3102 36 3.450262-1 5.434088-2 3.886493-1 5.188361-2 4.378094-1 4.952996-21637 3102 37 4.897331-1 4.741726-2 5.555435-1 4.515840-2 6.257833-1 4.310467-21637 3102 38 7.049383-1 4.115929-2 7.940666-1 3.929658-2 8.945077-1 3.751353-21637 3102 39 1.000595+0 3.591450-2 1.143006+0 3.410806-2 1.287585+0 3.255769-21637 3102 40 1.460610+0 3.100506-2 1.656888+0 2.952031-2 1.866375+0 2.818201-21637 3102 41 2.073203+0 2.705985-2 2.351800+0 2.576242-2 2.630721+0 2.466023-21637 3102 42 2.984238+0 2.348406-2 3.361548+0 2.242211-2 3.760223+0 2.146237-21637 3102 43 4.176923+0 2.060989-2 4.705029+0 1.967415-2 5.263040+0 1.883160-21637 3102 44 5.970289+0 1.793351-2 6.678358+0 1.716972-2 7.470403+0 1.643524-21637 3102 45 8.298258+0 1.578034-2 9.347442+0 1.506480-2 1.045604+1 1.442035-21637 3102 46 1.194479+1 1.369489-2 1.336143+1 1.311207-2 1.484139+1 1.258598-21637 3102 47 1.660156+1 1.205108-2 1.870148+1 1.150448-2 2.091945+1 1.101224-21637 3102 48 2.389684+1 1.045845-2 2.654504+1 1.004008-2 2.948526+1 9.638066-31637 3102 49 3.275275+1 9.250491-3 3.741432+1 8.785748-3 4.156050+1 8.432993-31637 3102 50 4.747565+1 8.007595-3 5.310620+1 7.667397-3 5.857811+1 7.380396-31637 3102 51 6.506961+1 7.082773-3 7.433072+1 6.727106-3 8.256789+1 6.457673-31637 3102 52 9.366338+1 6.147626-3 1.062499+2 5.855304-3 1.171976+2 5.636113-31637 3102 53 1.301788+2 5.408793-3 1.487139+2 5.137243-3 1.651860+2 4.931554-31637 3102 54 1.873837+2 4.694682-3 2.110858+2 4.483338-3 2.344663+2 4.304150-31637 3102 55 2.604494+2 4.130399-3 2.975182+2 3.923190-3 3.304885+2 3.766021-31637 3102 56 3.748996+2 3.585077-3 4.222998+2 3.423817-3 4.690981+2 3.286900-31637 3102 57 5.210570+2 3.154236-3 5.952463+2 2.995990-3 6.611778+2 2.876006-31637 3102 58 7.500270+2 2.737793-3 8.448976+2 2.614636-3 9.384813+2 2.510114-31637 3102 59 1.042159+3 2.409024-3 1.190544+3 2.288188-3 1.322413+3 2.196548-31637 3102 60 1.500119+3 2.090984-3 1.689868+3 1.996929-3 1.877044+3 1.917099-31637 3102 61 2.084317+3 1.839910-3 2.381087+3 1.747632-3 2.644931+3 1.677615-31637 3102 62 3.006709+3 1.595609-3 3.386629+3 1.524011-3 3.735577+3 1.467012-31637 3102 63 4.147281+3 1.408162-3 4.747826+3 1.336282-3 5.273970+3 1.282800-31637 3102 64 5.847953+3 1.232599-3 6.360021+3 1.193143-3 6.820701+3 1.161047-31637 3102 65 7.558122+3 1.115406-3 8.163053+3 1.082815-3 9.034962+3 1.040635-31637 3102 66 1.042925+4 9.833700-4 1.129406+4 9.514990-4 1.244203+4 9.140770-41637 3102 67 1.431740+4 8.628160-4 1.584022+4 8.276350-4 1.726862+4 7.990310-41637 3102 68 1.851945+4 7.761590-4 2.042524+4 7.454140-4 2.242990+4 7.172050-41637 3102 69 2.471096+4 6.890570-4 2.863482+4 6.484960-4 3.168043+4 6.220550-41637 3102 70 3.453723+4 6.005550-4 3.703890+4 5.833640-4 4.085047+4 5.602560-41637 3102 71 4.485980+4 5.390550-4 4.907573+4 5.194270-4 5.507849+4 4.954990-41637 3102 72 5.931244+4 4.805470-4 6.470804+4 4.634720-4 7.355891+4 4.396740-41637 3102 73 8.170095+4 4.210910-4 8.971960+4 4.051560-4 9.815146+4 3.904030-41637 3102 74 1.093853+5 3.735440-4 1.169746+5 3.632650-4 1.276157+5 3.503900-41637 3102 75 1.410794+5 3.362980-4 1.512982+5 3.267820-4 1.634019+5 3.164940-41637 3102 76 1.794392+5 3.045170-4 1.963029+5 2.934290-4 2.187707+5 2.807580-41637 3102 77 2.339492+5 2.730320-4 2.552313+5 2.633550-4 2.821586+5 2.527620-41637 3102 78 3.025964+5 2.456110-4 3.268038+5 2.378780-4 3.588784+5 2.288760-41637 3102 79 3.926058+5 2.205430-4 4.375415+5 2.110190-4 4.678983+5 2.052120-41637 3102 80 5.104626+5 1.979390-4 5.643173+5 1.899770-4 6.051928+5 1.846020-41637 3102 81 6.536076+5 1.788160-4 7.307555+5 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