ENTRY O1403 20060519 O027O140300000001 SUBENT O1403001 20060519 O027O140300100001 BIB 11 34 O140300100002 TITLE Survival of orbiting in 20-Ne (7-10 MeV/nucleon) + 12-CO140300100003 reactions O140300100004 REFERENCE (J,PR/C,72,021601,2005) O140300100005 AUTHOR (C.Bhattacharya, A.Dey, S.Kundu, K.Banerjee, O140300100006 S.Bhattacharya, S.Mukhopadhyay, D.Gupta, O140300100007 T.Bhattacharjee, S.R.Banerjee, S.Bhattacharyya, T.Rana,O140300100008 S.K.Basu, R.Saha, S.Bhattacharjee, K.Krishan, O140300100009 A.Mukherjee, D.Bandopadhyay, C.Beck) O140300100010 INSTITUTE (3INDVEC) O140300100011 (2FR FR) Institut de Recherches Subatomiques and O140300100012 Universite Louis Pasteur. O140300100013 SAMPLE The target used was 550 mug/cm2 self-supporting 12-C. O140300100014 ADD-RES (E-DIS) Typical energy spectra for B and C fragments O140300100015 obtained at an angle of 10 degrees at E/lab = 145, 158,O140300100016 168, 178, and 200 MeV. O140300100017 DETECTOR (TELES,SIBAR,SILI) Two solid state telescopes (~10 O140300100018 micrometers delta-E and 0.3 mm E Si(Li)) to detect O140300100019 different fragments. O140300100020 (TELES,SIBAR,SILI) Two solid state telescopes (50-100O140300100021 micrometers delta-E and 5 mm E Si(Li)) to detect lightO140300100022 charge particles. The same detectors were also used asO140300100023 monitor detectors for normalization purposes. O140300100024 FACILITY (ISOCY,3INDVEC) O140300100025 METHOD (EXTB) Accelerated 20-Ne beam. O140300100026 (EDE,SITA) O140300100027 HISTORY (20060516C) By F.Ch O140300100028 (20060519U) Last checking has been done. O140300100029 ERR-ANALYS (ERR-SYS) The high limit of systematic errors in the O140300100030 data, arising from the uncertainties in the O140300100031 measurements of solid angle, target thickness, and theO140300100032 calibration of current digitizer, have been (part of O140300100033 these uncertainties are due to the Gaussian fitting O140300100034 procedure employed to extract the fully damped yields O140300100035 from the sequential decay components.) O140300100036 ENDBIB 34 0 O140300100037 COMMON 1 3 O140300100038 ERR-SYS O140300100039 PER-CENT O140300100040 15. O140300100041 ENDCOMMON 3 0 O140300100042 ENDSUBENT 41 0 O140300199999 SUBENT O1403002 20060519 O027O140300200001 BIB 4 8 O140300200002 REACTION (6-C-0(10-NE-20,X)ELEM,,DA) Figure 1. O140300200003 COMMENT -By authors. The transformations from the laboratory O140300200004 to c.m. Systems have been done with the assumption of O140300200005 a two-body kinematics averaged over total kinetic O140300200006 energy distributions. O140300200007 STATUS (CURVE) By CAJAD. O140300200008 ERR-ANALYS (DATA-ERR) The uncertainties are shown on figure O140300200009 without any explanation. O140300200010 ENDBIB 8 0 O140300200011 NOCOMMON 0 0 O140300200012 DATA 5 81 O140300200013 EN ELEMENT ANG-CM DATA-CM DATA-ERR O140300200014 MEV NO-DIM ADEG MB/SR PER-CENT O140300200015 145. 5. 93.65 1.43 20. O140300200016 145. 5. 106.1 1.6 19. O140300200017 145. 5. 122.6 1.9 21. O140300200018 145. 5. 130.1 2.2 18. O140300200019 145. 5. 132.9 2.2 18. O140300200020 145. 5. 140.2 2.5 20. O140300200021 145. 5. 143.3 2.7 19. O140300200022 145. 5. 148.7 3.3 18. O140300200023 145. 5. 154.7 3.3 18. O140300200024 145. 6. 96.22 7.1 20. O140300200025 145. 6. 104.4 7.4 20. O140300200026 145. 6. 121.4 10.2 20. O140300200027 145. 6. 129.5 10.5 19. O140300200028 145. 6. 132. 10.3 19. O140300200029 145. 6. 139.7 12.3 19. O140300200030 145. 6. 142.6 13.3 20. O140300200031 145. 6. 148.6 15.5 19. O140300200032 145. 6. 154.7 17. 18. O140300200033 158. 5. 92.91 1.41 21. O140300200034 158. 5. 102.8 1.6 19. O140300200035 158. 5. 111.7 1.8 17. O140300200036 158. 5. 120.2 2. 20. O140300200037 158. 5. 128. 2.1 19. O140300200038 158. 5. 135.9 2.4 21. O140300200039 158. 5. 143.4 3. 20. O140300200040 158. 5. 151.1 3.4 18. O140300200041 158. 6. 90.02 5.3 40. O140300200042 158. 6. 101.1 5.9 40. O140300200043 158. 6. 110.2 7.3 19. O140300200044 158. 6. 118.9 8.2 20. O140300200045 158. 6. 127.3 8.8 20. O140300200046 158. 6. 135.3 11.5 18. O140300200047 158. 6. 143.3 14.2 19. O140300200048 158. 6. 150.9 11.7 18. O140300200049 168. 5. 93.09 1.58 18. O140300200050 168. 5. 103.7 1.8 17. O140300200051 168. 5. 112.4 1.8 17. O140300200052 168. 5. 121.8 2. 20. O140300200053 168. 5. 130.2 2.3 17. O140300200054 168. 5. 138. 2.5 20. O140300200055 168. 5. 145.7 3.1 19. O140300200056 168. 5. 153.4 3.7 19. O140300200057 168. 6. 91.08 4.5 40. O140300200058 168. 6. 102.1 5.4 20. O140300200059 168. 6. 111.9 6.4 19. O140300200060 168. 6. 120.9 7.3 21. O140300200061 168. 6. 129.1 9.1 20. O140300200062 168. 6. 137. 9.8 20. O140300200063 168. 6. 145. 13.3 20. O140300200064 168. 6. 152.6 16. 19. O140300200065 178. 5. 90.41 1.8 22. O140300200066 178. 5. 101.7 1.9 21. O140300200067 178. 5. 111.4 2.1 19. O140300200068 178. 5. 120.5 2.3 22. O140300200069 178. 5. 129.3 2.3 17. O140300200070 178. 5. 137.5 2.8 21. O140300200071 178. 5. 145.5 2.9 21. O140300200072 178. 5. 153. 3.8 18. O140300200073 178. 6. 87.63 5.3 40. O140300200074 178. 6. 92.89 5.3 40. O140300200075 178. 6. 99.95 6.3 40. O140300200076 178. 6. 110.1 7.5 20. O140300200077 178. 6. 119.5 8.6 20. O140300200078 178. 6. 128. 9.6 20. O140300200079 178. 6. 136.6 12.6 20. O140300200080 178. 6. 144.5 13.2 20. O140300200081 178. 6. 152.5 17. 18. O140300200082 200. 5. 96.97 2.3 17. O140300200083 200. 5. 103.7 2.2 18. O140300200084 200. 5. 117.9 2.5 20. O140300200085 200. 5. 126.8 3. 20. O140300200086 200. 5. 135.5 2.6 19. O140300200087 200. 5. 143.7 3.6 19. O140300200088 200. 5. 152.1 3.6 19. O140300200089 200. 6. 94.22 6.3 40. O140300200090 200. 6. 101.9 7.3 40. O140300200091 200. 6. 116.1 8.9 21. O140300200092 200. 6. 125.6 12. 20. O140300200093 200. 6. 134.4 12.5 19. O140300200094 200. 6. 143.2 17. 18. O140300200095 200. 6. 151.4 20. 20. O140300200096 ENDDATA 83 0 O140300200097 ENDSUBENT 96 0 O140300299999 ENDENTRY 2 0 O140399999999