ENTRY F0694 20110808 F042F069400000001 SUBENT F0694001 20110808 F042F069400100001 BIB 14 27 F069400100002 TITLE Energy-dependent coherence width of 28Si at excitation F069400100003 energies between 22 and 33 MeV. F069400100004 AUTHOR (J.D.A.Roeders,L.W.Put,A.G.Drentje,A.Van Der Woude) F069400100005 INSTITUTE (2NEDGRN) F069400100006 (1USAORL) F069400100007 REFERENCE (J,NCL,2,209,1969) F069400100008 REL-REF (I,,L.W.Put,J,NP/A,112,561,1968) Experimental F069400100009 arrangement was described. F069400100010 FACILITY (CYCLO,2NEDGRN)Philips prototype 30 MeV AVF-cyclotron. F069400100011 SAMPLE Target of MG-24 was used. F069400100012 INC-SOURCE Alpha-particle beam. F069400100013 INC-SPECT Energy of alpha particles is in the range from 18 MeV F069400100014 to 27 MeV. F069400100015 DETECTOR (SIBAR) Detectors were placed at eight angles between F069400100016 80 degrees and 164 degrees (lab.) F069400100017 ANALYSIS Excitation functions were obtained in steps of F069400100018 35, 40 and 100 keV. Statistical analysis was applied toF069400100019 56 measured excitation functions. F069400100020 CORRECTION The values of resonance width Gamma(n) were corrected F069400100021 for energy resolution and finite range of data effects.F069400100022 Half-widths of Gamma(g) needed extra correction for F069400100023 "damping" of excitation functions. Values of resonanceF069400100024 width Gamma(p) were corrected for energy resolution, F069400100025 step size and counting statistics. F069400100026 ERR-ANALYS (DATA-ERR) Uncertainty in resonance width. F069400100027 HISTORY (20040810C) F069400100028 (20110808U) SD: space from author's name deleted. F069400100029 ENDBIB 27 0 F069400100030 COMMON 1 3 F069400100031 EN-RSL F069400100032 KEV F069400100033 30. F069400100034 ENDCOMMON 3 0 F069400100035 ENDSUBENT 34 0 F069400199999 SUBENT F0694002 20050524 F021F069400200001 BIB 3 9 F069400200002 REACTION 1(12-MG-24(A,0),,EN) F069400200003 2(12-MG-24(A,INL),,WID) F069400200004 COMMENT DATA2 is a mean value of an averaged value of width F069400200005 from normal autocorrelation functions,an averaged valueF069400200006 of width from autocorrelation functions of F069400200007 trend-reduced excitation functions and an averaged F069400200008 value from a number of maxima in the excitation F069400200009 functions. F069400200010 STATUS (TABLE) Table 1 F069400200011 ENDBIB 9 0 F069400200012 NOCOMMON 0 0 F069400200013 DATA 4 4 F069400200014 DATA-MIN 1DATA-MAX 1DATA 2DATA-ERR 2 F069400200015 MEV MEV KEV KEV F069400200016 17.700 20.400 81.000 14.000 F069400200017 19.000 23.700 96.000 15.000 F069400200018 22.900 25.200 97.000 17.000 F069400200019 23.000 27.000 116.00 29.000 F069400200020 ENDDATA 6 0 F069400200021 ENDSUBENT 20 0 F069400299999 ENDENTRY 2 0 F069499999999