ENTRY D0599 20100322 D072D059900000001 SUBENT D0599001 20100322 D072D059900100001 BIB 9 26 D059900100002 TITLE Bound levels in 29P populated in the 29Si(3He,d) D059900100003 reaction D059900100004 AUTHOR (M.S.Chowdhury,H.M.Sen Gupta,M.A.M.Shahabuddin) D059900100005 INSTITUTE (3ZZZTPT,3BANDAC,1USANCA) D059900100006 REFERENCE (J,NC/A,82,292,1984) D059900100007 FACILITY Nothing said about facility D059900100008 DETECTOR (MAGSP,PLATE) Experiment carried out using Enge D059900100009 split-pole magnetic spectrograph of McMaster UniversityD059900100010 and data are recorded on plhotographic plates at the D059900100011 anglos 7., 11. and (15-60) degr. in steps of 6.degr. D059900100012 (SIBAR) target was continuously monitored during the D059900100013 runs by a 1 mm Si surface barrier detector at 30 degr. D059900100014 to the beam. D059900100015 In addition to the monitor data, as many as five sets D059900100016 of data on the eleastic cross-section were recorded D059900100017 on plates at 30 degrees. D059900100018 METHOD Since the elastic cross-section at 17 MeV is not D059900100019 available, to get the absolute cross-section the D059900100020 elastic cross-section at 17 MeV was obtained from D059900100021 that at 18 MeV accurately measured at the KATTENBORN D059900100022 et al. by assuming that the two cross-sections at 30 D059900100023 degrees at these slightly different beam energies D059900100024 were in the ratio of the Rutherford values. D059900100025 ERR-ANALYS (DATA-ERR) The absolute cross-section is believed to D059900100026 be accurate to ~20%. D059900100027 HISTORY (20100322C) JR+SD D059900100028 ENDBIB 26 0 D059900100029 COMMON 2 3 D059900100030 EN DATA-ERR D059900100031 MEV PER-CENT D059900100032 17. 20. D059900100033 ENDCOMMON 3 0 D059900100034 ENDSUBENT 33 0 D059900199999 SUBENT D0599002 20100322 D072D059900200001 BIB 3 4 D059900200002 REACTION (14-SI-28(HE3,D)15-P-29,PAR,DA) D059900200003 ERR-ANALYS (ANG-ERR-D) Digitizing error D059900200004 (ERR-DIG) Digitizing error D059900200005 STATUS (CURVE) data from fig.1 D059900200006 ENDBIB 4 0 D059900200007 COMMON 2 3 D059900200008 ANG-ERR-D ERR-DIG D059900200009 ADEG PER-CENT D059900200010 0.5 0.2 D059900200011 ENDCOMMON 3 0 D059900200012 DATA 3 46 D059900200013 E-LVL ANG-CM DATA-CM D059900200014 MEV ADEG MB/SR D059900200015 0. 7.1 32.463 D059900200016 0. 11.2 5.355 D059900200017 0. 16.1 7.231 D059900200018 0. 21.0 11.036 D059900200019 0. 26.5 4.164 D059900200020 0. 32.4 0.749 D059900200021 0. 37.5 1.697 D059900200022 0. 42.8 2.038 D059900200023 0. 48.2 0.924 D059900200024 0. 53.2 0.345 D059900200025 0. 58.5 0.196 D059900200026 0. 63.8 0.151 D059900200027 1.38 8.0 36.835 D059900200028 1.38 11.3 29.774 D059900200029 1.38 16.8 21.435 D059900200030 1.38 22.5 11.252 D059900200031 1.38 27.8 6.043 D059900200032 1.38 32.9 3.846 D059900200033 1.38 38.2 3.280 D059900200034 1.38 43.8 1.722 D059900200035 1.38 48.6 0.492 D059900200036 1.38 54.2 0.538 D059900200037 1.38 59.1 0.704 D059900200038 1.38 64.0 0.496 D059900200039 1.95 6.0 13.873 D059900200040 1.95 10.3 11.167 D059900200041 1.95 15.8 8.489 D059900200042 1.95 21.3 4.229 D059900200043 1.95 26.3 2.266 D059900200044 1.95 31.9 1.567 D059900200045 1.95 37.7 2.008 D059900200046 1.95 44.1 1.320 D059900200047 1.95 47.6 0.596 D059900200048 1.95 54.0 0.225 D059900200049 1.95 59.4 0.164 D059900200050 1.95 64.8 0.286 D059900200051 2.42 6.3 2.090 D059900200052 2.42 11.7 1.576 D059900200053 2.42 28.5 0.218 D059900200054 2.42 32.6 0.273 D059900200055 2.42 37.8 0.209 D059900200056 2.42 44.7 0.095 D059900200057 2.42 50.5 0.059 D059900200058 2.42 55.5 0.034 D059900200059 2.42 60.9 0.048 D059900200060 2.42 65.8 0.050 D059900200061 ENDDATA 48 0 D059900200062 ENDSUBENT 61 0 D059900299999 ENDENTRY 2 0 D059999999999