ENTRY D0872 20180131 D113D087200000001 SUBENT D0872001 20180131 D113D087200100001 BIB 11 98 D087200100002 TITLE Population of ground-state rotational levels in D087200100003 (alpha, 2n+gamma) reactions D087200100004 AUTHOR (S.J.Mills, W.L.Rautenbach) D087200100005 INSTITUTE (3SAFNLP) D087200100006 REFERENCE (J,NP/A,124,597,1969) D087200100007 #doi:10.1016/0375-9474(69)90652-6 D087200100008 FACILITY (CYCLO,3SAFNLP) D087200100009 SAMPLE Isotopically enriched oxides or the element in powder D087200100010 form (in the case of Os) on a 1 mg/cm2 melinex D087200100011 backing stretched over an aluminium frame. D087200100012 Target Chemical Thickness, Isotopic D087200100013 nucleus form mg/cm2 enrichment,% D087200100014 Sm-152 Sm(2)O(3) 5.6 99.06 D087200100015 Hf-176 HfO(2) 6.0 81.0 D087200100016 Hf-178 HfO(2) 6.4 89.14 D087200100017 Hf-180 HfO(2) 6.4 93.8 D087200100018 Os-188 Os 14.0 87.7 D087200100019 DETECTOR (GELI) The gamma-ray spectra were measured with a D087200100020 2 cm3 detector placed at 90 degr. with respect to the D087200100021 beam direction. D087200100022 METHOD (BCINT,EDEG,EXTB,GSPEC) D087200100023 ADD-RES Measured cross section ratios for which gamma D087200100024 transition energies are not specified by the authors. D087200100025 For Gd-154 residual nucleus: D087200100026 Measured Alpha DATA D087200100027 ratio energy,MeV NO-DIM D087200100028 (6+->4+)/(4+->2+) 19.2 0.43+/-0.06 D087200100029 21.4 0.61+/-0.08 D087200100030 23.4 0.64+/-0.08 D087200100031 25.2 0.76+/-0.10 D087200100032 26.9 0.74+/-0.10 D087200100033 28.6 0.63+/-0.08 D087200100034 30.2 0.59+/-0.10 D087200100035 31.7 0.55+/-0.13 D087200100036 (8+->6+)/(4+->2+) 19.2 0.19+/-0.04 D087200100037 21.4 0.18+/-0.04 D087200100038 23.4 0.34+/-0.06 D087200100039 25.2 0.36+/-0.06 D087200100040 26.9 0.43+/-0.07 D087200100041 28.6 0.38+/-0.06 D087200100042 30.2 0.40+/-0.07 D087200100043 31.7 0.35+/-0.07 D087200100044 For W-178 residual nucleus: D087200100045 (6+->4+)/(4+->2+) 21.4 0.27+/-0.07 D087200100046 23.4 0.37+/-0.09 D087200100047 25.2 0.46+/-0.09 D087200100048 26.9 0.47+/-0.08 D087200100049 28.6 0.48+/-0.07 D087200100050 30.2 0.47+/-0.06 D087200100051 31.7 0.49+/-0.07 D087200100052 (8+->6+)/(4+->2+) 25.2 0.12+/-0.06 D087200100053 26.9 0.08+/-0.04 D087200100054 28.6 0.13+/-0.04 D087200100055 30.2 0.15+/-0.03 D087200100056 31.7 0.20+/-0.06 D087200100057 For W-180 residual nucleus: D087200100058 (6+->4+)/(4+->2+) 21.4 0.47+/-0.13 D087200100059 23.4 0.45+/-0.11 D087200100060 25.2 0.59+/-0.12 D087200100061 26.9 0.65+/-0.12 D087200100062 28.6 0.66+/-0.11 D087200100063 30.2 0.73+/-0.11 D087200100064 31.7 0.75+/-0.13 D087200100065 (8+->6+)/(4+->2+) 21.4 0.25+/-0.09 D087200100066 23.4 0.21+/-0.08 D087200100067 25.2 0.33+/-0.08 D087200100068 26.9 0.36+/-0.08 D087200100069 28.6 0.40+/-0.08 D087200100070 30.2 0.51+/-0.09 D087200100071 31.7 0.54+/-0.11 D087200100072 For W-182 residual nucleus: D087200100073 (6+->4+)/(4+->2+) 21.4 0.36+/-0.07 D087200100074 23.4 0.45+/-0.08 D087200100075 25.2 0.51+/-0.08 D087200100076 26.9 0.54+/-0.07 D087200100077 28.6 0.55+/-0.08 D087200100078 30.2 0.72+/-0.13 D087200100079 31.7 0.78+/-0.19 D087200100080 (8+->6+)/(4+->2+) 25.2 0.16+/-0.06 D087200100081 26.9 0.28+/-0.05 D087200100082 28.6 0.25+/-0.06 D087200100083 30.2 0.22+/-0.07 D087200100084 31.7 0.12+/-0.11 D087200100085 For Pt-190 residual nucleus: D087200100086 (2+->0+)/(4+->2+) 21.4 4.09+/-1.15 D087200100087 23.4 2.59+/-0.47 D087200100088 25.2 2.19+/-0.33 D087200100089 26.9 1.77+/-0.23 D087200100090 28.6 1.60+/-0.24 D087200100091 30.2 1.46+/-0.18 D087200100092 31.7 1.35+/-0.19 D087200100093 (6+->4+)/(4+->2+) 25.2 0.27+/-0.05 D087200100094 26.9 0.32+/-0.06 D087200100095 28.6 0.33+/-0.06 D087200100096 30.2 0.41+/-0.07 D087200100097 31.7 0.42+/-0.07 D087200100098 STATUS (TABLE) Table 2. D087200100099 HISTORY (20180131C) SS+On D087200100100 ENDBIB 98 0 D087200100101 COMMON 1 3 D087200100102 E-DN D087200100103 KEV D087200100104 210. D087200100105 ENDCOMMON 3 0 D087200100106 ENDSUBENT 105 0 D087200199999 SUBENT D0872002 20180131 D113D087200200001 BIB 3 10 D087200200002 REACTION ((66-DY-162(A,2N)68-ER-164,PAR,SIG,G)// D087200200003 (66-DY-162(A,2N)68-ER-164,PAR,SIG,G)) D087200200004 SAMPLE (66-DY-162,ENR=0.9104) D087200200005 Dy(2)O(3) oxide with the thickness of 6.7 mg/cm2 D087200200006 ERR-ANALYS (DATA-ERR) Estimated standard deviation. D087200200007 No provision has been made for systematic errors D087200200008 except in the determination of the peak areas in D087200200009 the gamma-ray spectra. D087200200010 All other systematic errors should be small in D087200200011 comparison with the total errors specified. D087200200012 ENDBIB 10 0 D087200200013 NOCOMMON 0 0 D087200200014 DATA 4 15 D087200200015 E-NM EN DATA DATA-ERR D087200200016 KEV MEV NO-DIM NO-DIM D087200200017 315. 19.2 0.45 0.08 D087200200018 315. 21.4 0.48 0.05 D087200200019 315. 23.4 0.55 0.07 D087200200020 315. 25.2 0.61 0.07 D087200200021 315. 26.9 0.65 0.08 D087200200022 315. 28.6 0.69 0.08 D087200200023 315. 30.2 0.70 0.09 D087200200024 315. 31.7 0.78 0.12 D087200200025 411. 21.4 0.21 0.03 D087200200026 411. 23.4 0.28 0.05 D087200200027 411. 25.2 0.29 0.05 D087200200028 411. 26.9 0.37 0.06 D087200200029 411. 28.6 0.43 0.07 D087200200030 411. 30.2 0.45 0.07 D087200200031 411. 31.7 0.59 0.10 D087200200032 ENDDATA 17 0 D087200200033 ENDSUBENT 32 0 D087200299999 ENDENTRY 2 0 D087299999999