ENTRY O1963 20151120 O056O196300000001 SUBENT O1963001 20151120 O056O196300100001 BIB 13 30 O196300100002 TITLE Neutron capture cross section of Au-197: A standard O196300100003 for stellar nucleosynthesis O196300100004 AUTHOR (W.Ratynski, F.Kaeppeler) O196300100005 INSTITUTE (2GERKFK) O196300100006 REFERENCE (J,PR/C,37,595,1988) O196300100007 REL-REF (O,22099001,W.Ratynski+,J,PR/C,37,595,1988) O196300100008 Neutron data compiled O196300100009 FACILITY (VDG,2GERKFK) Van de Graaff accelerator, delivered a O196300100010 beam of 1912 keV protons. O196300100011 COMMENT *By authors*.Quasi-Maxwellian neutron energy spectrum O196300100012 with temperature kT=25.0+/-0.5 keV O196300100013 By Franz Kaeppler (2016-02-22): The uncertainty of O196300100014 the proton energy was less than 1 keV (verified via O196300100015 threshold energy of 7Li(p,n)7Be reaction) while the O196300100016 energy spread was about 2 keV. O196300100017 METHOD (TOF) For neutron spectrum determination O196300100018 DETECTOR (GLASD) Two Li-6 glass detectors were employed in this O196300100019 measurement for determining the neutron spectrum and O196300100020 proton energy by time-of-flight. O196300100021 SAMPLE Metallic Li layer was used. O196300100022 ERR-ANALYS *By Dr.F.Kaeppler*. My guess is that uncertainties are O196300100023 definitely smaller than those of the kT=5-keV case O196300100024 due to the much higher neutron yield, which O196300100025 guaranteed significantly lower backgrounds and better O196300100026 statistics at the higher energies.". See O1962. O196300100027 STATUS (TABLE).Table data were received from Dr.F.Kaeppeler O196300100028 HISTORY (20120625R) On. Received from F.Kaeppeler O196300100029 (20120213C) SB O196300100030 (20120625U) On. STATUS=COREL moved to REL-REF O196300100031 (20151120A) SD: Data units corrected in Subents 002.2. O196300100032 ENDBIB 30 0 O196300100033 COMMON 2 3 O196300100034 EN EN-RSL O196300100035 KEV KEV O196300100036 1912. 2. O196300100037 ENDCOMMON 3 0 O196300100038 ENDSUBENT 37 0 O196300199999 SUBENT O1963002 20151120 O056O196300200001 BIB 3 8 O196300200002 REACTION 1(3-LI-7(P,N)4-BE-7,,MLT/DE,,TT/RAW) for yield O196300200003 2(3-LI-7(P,N)4-BE-7,,MLT/DE,,TT/NPD/RAW) O196300200004 for normalized yield O196300200005 EN-SEC (E,N) O196300200006 HISTORY (20120625A) On. ,DE->,MLT/DE,,TT O196300200007 (20120803A) On. Units and normalized yield corrected O196300200008 (20151120A) SD:Data units corrected: 1/INC/KEV -> 1/KEVO196300200009 in REACTION 2. O196300200010 ENDBIB 8 0 O196300200011 NOCOMMON 0 0 O196300200012 DATA 4 30 O196300200013 E-MIN E-MAX DATA 1DATA 2 O196300200014 KEV KEV ARB-UNITS 1/KEV O196300200015 0.5 1.500 30.000 0.00276 O196300200016 1.5 2.500 44.000 0.00404 O196300200017 2.5 3.500 57.000 0.00524 O196300200018 3.5 4.500 67.000 0.00616 O196300200019 4.5 5.500 75.000 0.00689 O196300200020 5.5 6.500 83.700 0.00769 O196300200021 6.5 7.500 82.300 0.00756 O196300200022 7.5 8.000 89.500 0.00822 O196300200023 8.01 13.023 118.300 0.01087 O196300200024 13.023 18.026 138.900 0.01276 O196300200025 18.026 23.002 156.400 0.01437 O196300200026 23.002 27.964 166.000 0.01525 O196300200027 27.964 33.083 178.400 0.01639 O196300200028 33.083 38.067 163.800 0.01505 O196300200029 38.067 43.068 159.000 0.01461 O196300200030 43.068 48.183 155.000 0.01424 O196300200031 48.183 53.175 145.300 0.01335 O196300200032 53.175 58.363 123.100 0.01131 O196300200033 58.363 62.941 106.800 0.00981 O196300200034 62.941 68.080 102.600 0.00943 O196300200035 68.080 73.002 87.600 0.00805 O196300200036 73.002 78.479 81.000 0.00744 O196300200037 78.479 83.572 62.400 0.00573 O196300200038 83.572 87.926 45.200 0.00415 O196300200039 87.926 92.680 35.600 0.00327 O196300200040 92.680 97.832 25.300 0.00232 O196300200041 97.832 103.425 15.600 0.00143 O196300200042 103.425 107.940 5.720 0.00053 O196300200043 107.940 112.758 1.980 0.00018 O196300200044 112.758 117.976 0.400 0.00004 O196300200045 ENDDATA 32 0 O196300200046 ENDSUBENT 45 0 O196300299999 ENDENTRY 2 0 O196399999999