ENTRY O1420 20230126 O093O1420 0 1 SUBENT O1420001 20230126 O093O1420 1 1 BIB 10 56 O1420 1 2 TITLE E1 and E2 S-factors of 12-C(alpha,gamma0)16-O from O1420 1 3 gamma-ray angular distributions with a 4pi-detector O1420 1 4 array. O1420 1 5 AUTHOR (M.Assuncao, M.Fey, A.Lefebvre-Schuhl, J.Kiener, O1420 1 6 V.Tatischeff, J.W.Hammer, C.Beck, C.Boukari-Pelissie, O1420 1 7 A.Coc, J.J.Correia, S.Courtin, F.Fleurot, O1420 1 8 E.Galanopoulos, C.Grama, F.Haas, F.Hammache, O1420 1 9 F.Hannachi, S.Harissopulos, A.Korichi, R.Kunz, D.LeDu,O1420 1 10 A.Lopez-Martens, D.Malcherek, R.Meunier, Th.Paradellis,O1420 1 11 M.Rousseau, N.Rowley, G.Staudt, S.Szilner, J.P.Thibaud,O1420 1 12 J.L.Weil) O1420 1 13 INSTITUTE (2FR CSN,2GERTHS,2FR STR,2NEDKVI,2GRCATH,2GERGSI, O1420 1 14 2GERTUE,3HUNII) O1420 1 15 REFERENCE (J,PR/C,73,055801,2006) O1420 1 16 (J,NP/A,758,363,2005) - same data presented on figs. O1420 1 17 (J,NP/A,752,514,2005) - - same data presented on figs. O1420 1 18 (T,FEY,2004) prelim.data, experiment description O1420 1 19 (J,NP/A,718,131,2003) - prelim. data O1420 1 20 REL-REF (M,,M.Fey+,J,NP/A,718,131,2003) experimental method O1420 1 21 (M,,F.C.Barker+,J,AUJ,44,369,1991) The method to O1420 1 22 calculate relative phase shift from elastic O1420 1 23 alpha-particles scattering (for Subents 003-010) O1420 1 24 (M,,C.R.Brune+,J,NIM/A,698,49,2013) - article discuss O1420 1 25 energy deconvolution method. Detailed reanalysis of O1420 1 26 present data is given. O1420 1 27 SAMPLE Enriched 12-C target. The target has been designed for O1420 1 28 high beam powers of up to 10 kW/cm2. The backing O1420 1 29 consists of a 2 mm thick copper plate with 14 one mm O1420 1 30 diameter cooling channels covering an area of about O1420 1 31 25X25 mm2. Cooling water flowed at about 25 m/s with aO1420 1 32 pressure of 50 bars. The backing is soldered into a O1420 1 33 stainless steel cylinder that enables connecting the O1420 1 34 water and reversing the target without breaking vacuum.O1420 1 35 The copper plate was plated with a layer of 20 mum O1420 1 36 of high-purity gold, serving as the substrate for the O1420 1 37 12-C implantation. O1420 1 38 DETECTOR (HPGE,BGO) The setup with 9 detectors was realized, O1420 1 39 which provided the tightest possible arrangement. The O1420 1 40 detectors were HPGe detectors surrounded by individual O1420 1 41 active shields made of BGO scintillators. The distanceO1420 1 42 of any detector to the center of the target was about O1420 1 43 13 cm. The relative efficiency of each of the nine O1420 1 44 detectors was typically 70% compared to a standard O1420 1 45 3-inch X 3-inch NaI detector. O1420 1 46 FACILITY (DYNAM,2GERTHS) O1420 1 47 METHOD (EXTB) The 4He+-beam intensity was in the range O1420 1 48 100-340 muA. The runs at voltages above 3.3 MeV had O1420 1 49 to be carried out with reduced beam currents. O1420 1 50 (SITA) O1420 1 51 HISTORY (20071122C) S.B O1420 1 52 (20100708A).Correction in Data-units in subentries O1420 1 53 003-006 was made, according B.Pritychenko remarks. O1420 1 54 (20140205U) SD: Ref.on NIM/A,698,49 added to REL-REF. O1420 1 55 (20190310U) SD: Ref. on thesis added. O1420 1 56 (20190915A) SD: Important corrections in all Subents. O1420 1 57 (20230126U) SD: Ref. NP/A,718,131 added. O1420 1 58 ENDBIB 56 0 O1420 1 59 COMMON 1 3 O1420 1 60 E-LVL O1420 1 61 MEV O1420 1 62 0. O1420 1 63 ENDCOMMON 3 0 O1420 1 64 ENDSUBENT 63 0 O1420 199999 SUBENT O1420002 20190915 O071O1420 2 1 BIB 4 13 O1420 2 2 REACTION (6-C-12(A,G)8-O-16,PAR,DA,,REL) O1420 2 3 STATUS (CURVE) Fig. 10 from Phys.Rev.,C73(2006)055801 By CAJADO1420 2 4 ERR-ANALYS (DATA-ERR) The estimation of the errors in the net O1420 2 5 extracted yields were determined in the standard way O1420 2 6 from the yield estimates of the total and background O1420 2 7 counts. At low bombarding energy, when the peak O1420 2 8 positions were not always visually clear, and to take O1420 2 9 account of any small variation in the detector energy O1420 2 10 calibration, an additional contribution to the error O1420 2 11 was calculated by varying slightly the position and O1420 2 12 width of the window around the expected values. O1420 2 13 HISTORY (20190915A) SD: SF5=PAR added to REACTION code. O1420 2 14 EN-SEC, E-LVL added. COMMON moved to Subent 001. O1420 2 15 ENDBIB 13 0 O1420 2 16 NOCOMMON 0 0 O1420 2 17 DATA 4 54 O1420 2 18 EN ANG-CM DATA-CM DATA-ERR O1420 2 19 KEV ADEG ARB-UNITS ARB-UNITS O1420 2 20 1850. 30. 34. 9. O1420 2 21 1850. 48. 70. 13. O1420 2 22 1850. 60. 34. 10. O1420 2 23 1850. 70. 48. 15. O1420 2 24 1850. 83. 20. 10. O1420 2 25 1850. 90. 26. 8. O1420 2 26 1850. 111. 26. 8. O1420 2 27 1850. 120. 34. 9. O1420 2 28 1850. 130. 44. 13. O1420 2 29 1900. 30. 66. 11. O1420 2 30 1900. 48. 122. 17. O1420 2 31 1900. 60. 81. 13. O1420 2 32 1900. 70. 84. 19. O1420 2 33 1900. 83. 64. 14. O1420 2 34 1900. 90. 34. 14. O1420 2 35 1900. 110. 48. 10. O1420 2 36 1900. 120. 31. 10. O1420 2 37 1900. 130. 68. 17. O1420 2 38 3100. 30. 385. 26. O1420 2 39 3100. 48. 790. 50. O1420 2 40 3100. 60. 920. 50. O1420 2 41 3100. 70. 910. 60. O1420 2 42 3100. 83. 830. 50. O1420 2 43 3100. 90. 730. 50. O1420 2 44 3100. 111. 520. 40. O1420 2 45 3100. 120. 328. 23. O1420 2 46 3100. 130. 282. 23. O1420 2 47 3560. 30. 196. 15. O1420 2 48 3560. 48. 290. 22. O1420 2 49 3560. 60. 318. 22. O1420 2 50 3560. 70. 230. 23. O1420 2 51 3560. 83. 183. 15. O1420 2 52 3560. 90. 149. 16. O1420 2 53 3560. 111. 188. 16. O1420 2 54 3560. 120. 180. 14. O1420 2 55 3560. 130. 246. 21. O1420 2 56 3570. 30. 266. 19. O1420 2 57 3570. 48. 413. 28. O1420 2 58 3570. 60. 359. 25. O1420 2 59 3570. 70. 236. 22. O1420 2 60 3570. 83. 107. 11. O1420 2 61 3570. 90. 70. 9. O1420 2 62 3570. 111. 176. 15. O1420 2 63 3570. 120. 238. 18. O1420 2 64 3570. 130. 373. 27. O1420 2 65 3580. 30. 233. 16. O1420 2 66 3580. 48. 321. 23. O1420 2 67 3580. 60. 262. 19. O1420 2 68 3580. 70. 154. 17. O1420 2 69 3580. 83. 39. 6. O1420 2 70 3580. 90. 18. 4. O1420 2 71 3580. 111. 162. 13. O1420 2 72 3580. 120. 187. 13. O1420 2 73 3580. 130. 323. 23. O1420 2 74 ENDDATA 56 0 O1420 2 75 ENDSUBENT 74 0 O1420 299999 SUBENT O1420003 20190915 O071O1420 3 1 BIB 7 21 O1420 3 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG) O1420 3 3 2-parameter fit, phase fixed. O1420 3 4 COMMENT -By author.En-cm-is effective c.m. energy calculated O1420 3 5 by using constant S factors for E1 and E2 contributionsO1420 3 6 to calculate the tabulated value and constant cross O1420 3 7 sections to calculate a limiting value contribution to O1420 3 8 the uncertainty. O1420 3 9 MISC-COL (MISC1) Relative phase for E1 and E2 capture gamma-ray O1420 3 10 for the two-parameter fit, the phase was fixed O1420 3 11 by Barker's method with the phases taken from O1420 3 12 elastic scattering. See REL-REF O1420 3 13 (MISC2) It is effective value of c.m. energy O1420 3 14 Calculated using a pure Breit-Wigner E2 resonance for O1420 3 15 the E2 contribution and constant S factor for the E1. O1420 3 16 REL-REF (R,,F.C.Barker+,J,AUJ,44,369,1991) The method to O1420 3 17 calculate relative phase shift from elastic O1420 3 18 alpha-particles scattering O1420 3 19 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 3 20 STATUS (TABLE) Table I from Phys.Rev.,C73(2006)055801 O1420 3 21 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 3 22 ERR-T -> DATA-ERR. O1420 3 23 ENDBIB 21 0 O1420 3 24 COMMON 1 3 O1420 3 25 POLAR O1420 3 26 NO-DIM O1420 3 27 -1. O1420 3 28 ENDCOMMON 3 0 O1420 3 29 DATA 8 25 O1420 3 30 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 3 31 MISC2 MISC2-ERR O1420 3 32 MEV MEV NB NB ADEG ADEG O1420 3 33 MEV MEV O1420 3 34 1.31 0.04 0.19 0.05 54.4 2.O1420 3 35 O1420 3 36 1.34 0.04 0.16 0.06 54. 2.O1420 3 37 O1420 3 38 1.666 0.014 1.39 0.22 49.9 2.O1420 3 39 O1420 3 40 1.965 0.009 5.4 0.8 40.4 2.O1420 3 41 O1420 3 42 2.04 0.008 7.8 1.1 35.9 2.O1420 3 43 O1420 3 44 2.116 0.007 13.4 1.9 29.9 2.O1420 3 45 O1420 3 46 2.192 0.007 22.7 3.3 20.5 2.O1420 3 47 O1420 3 48 2.23 0.007 26.7 3.8 13.8 2.O1420 3 49 O1420 3 50 2.267 0.006 38. 6. 6. 2.O1420 3 51 O1420 3 52 2.343 0.006 42. 6. 13. 2.O1420 3 53 O1420 3 54 2.455 0.003 35.5 2.5 43.3 2.O1420 3 55 O1420 3 56 2.578 0.002 20.7 2.4 69.1 2.O1420 3 57 O1420 3 58 2.607 0.003 19. 1.7 73.4 2.O1420 3 59 O1420 3 60 2.645 0.003 13. 1.5 78. 2.O1420 3 61 2.651 0.003 O1420 3 62 2.652 0.003 12.1 1.3 78.7 2.O1420 3 63 2.659 0.003 O1420 3 64 2.656 0.003 12.4 1.9 79.1 2.O1420 3 65 2.665 0.003 O1420 3 66 2.66 0.003 11.1 1.6 79.5 2.O1420 3 67 2.671 0.003 O1420 3 68 2.663 0.003 10. 4. 79.8 2.O1420 3 69 2.676 0.003 O1420 3 70 2.667 0.003 12. 4. 80.2 2.O1420 3 71 O1420 3 72 2.682 0.003 9.8 3.1 81.6 2.O1420 3 73 O1420 3 74 2.705 0.003 9. 1.9 83.4 2.O1420 3 75 O1420 3 76 2.72 0.003 6.2 1.3 84.4 2.O1420 3 77 O1420 3 78 2.735 0.003 6.6 1.3 85.4 2.O1420 3 79 O1420 3 80 2.757 0.003 5.9 0.8 86.6 2.O1420 3 81 O1420 3 82 2.78 0.003 6.3 0.9 87.6 2.O1420 3 83 O1420 3 84 ENDDATA 54 0 O1420 3 85 ENDSUBENT 84 0 O1420 399999 SUBENT O1420004 20190915 O071O1420 4 1 BIB 7 21 O1420 4 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG) O1420 4 3 2-parameter fit, phase fixed O1420 4 4 COMMENT -By author.En-cm is effective c.m. energy calculated O1420 4 5 by using constant S factors for E1 and E2 contributionsO1420 4 6 to calculate the tabulated value and constant cross O1420 4 7 sections to calculate a limiting value contribution to O1420 4 8 the uncertainty. O1420 4 9 MISC-COL (MISC1) Relative phase for E1 and E2 capture gamma-ray O1420 4 10 for the two-parameter fit, the phase was fixed O1420 4 11 by Barker's method with the phases taken from O1420 4 12 elastic scattering. See REL-REF O1420 4 13 (MISC2) It is effective value of c.m. energy O1420 4 14 calculated using a pure Breit-Wigner E2 resonance for O1420 4 15 the E2 contribution and constant S factor for the E1. O1420 4 16 REL-REF (R,,F.C.Barker+,J,AUJ,44,369,1991) The method to O1420 4 17 calculate relative phase shift from elastic O1420 4 18 alpha-particles scattering (for subent 003-010. O1420 4 19 STATUS (TABLE) Table I from Phys.Rev.,C73(2006)055801 O1420 4 20 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 4 21 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 4 22 ERR-T -> DATA-ERR. O1420 4 23 ENDBIB 21 0 O1420 4 24 COMMON 1 3 O1420 4 25 POLAR O1420 4 26 NO-DIM O1420 4 27 +2. O1420 4 28 ENDCOMMON 3 0 O1420 4 29 DATA 8 25 O1420 4 30 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 4 31 MISC2 MISC2-ERR O1420 4 32 MEV MEV NB NB ADEG ADEG O1420 4 33 MEV MEV O1420 4 34 1.31 0.04 0.039 0.034 54.4 2.O1420 4 35 O1420 4 36 1.34 0.04 0.15 0.06 54. 2.O1420 4 37 O1420 4 38 1.666 0.014 0.36 0.09 49.9 2.O1420 4 39 O1420 4 40 1.965 0.009 0.8 0.14 40.4 2.O1420 4 41 O1420 4 42 2.04 0.008 1.09 0.21 35.9 2.O1420 4 43 O1420 4 44 2.116 0.007 0.9 0.18 29.9 2.O1420 4 45 O1420 4 46 2.192 0.007 0.9 0.17 20.5 2.O1420 4 47 O1420 4 48 2.23 0.007 1.07 0.2 13.8 2.O1420 4 49 O1420 4 50 2.267 0.006 1.59 0.29 6. 2.O1420 4 51 O1420 4 52 2.343 0.006 1. 0.21 13. 2.O1420 4 53 O1420 4 54 2.455 0.003 1.88 0.29 43.3 2.O1420 4 55 O1420 4 56 2.578 0.002 2.2 0.7 69.1 2.O1420 4 57 O1420 4 58 2.607 0.003 2.2 0.5 73.4 2.O1420 4 59 O1420 4 60 2.645 0.003 9.6 1.2 78. 2.O1420 4 61 2.651 0.003 O1420 4 62 2.652 0.003 11.6 1.3 78.7 2.O1420 4 63 2.659 0.003 O1420 4 64 2.656 0.003 16.2 2. 79.1 2.O1420 4 65 2.665 0.003 O1420 4 66 2.66 0.003 44. 4. 79.5 2.O1420 4 67 2.671 0.003 O1420 4 68 2.663 0.003 192. 18. 79.8 2.O1420 4 69 2.676 0.003 O1420 4 70 2.667 0.003 283. 26. 80.2 2.O1420 4 71 O1420 4 72 2.682 0.003 455. 40. 81.6 2.O1420 4 73 O1420 4 74 2.705 0.003 76. 7. 83.4 2.O1420 4 75 O1420 4 76 2.72 0.003 26.7 2.8 84.4 2.O1420 4 77 O1420 4 78 2.735 0.003 10.8 1.5 85.4 2.O1420 4 79 O1420 4 80 2.757 0.003 4.1 0.7 86.6 2.O1420 4 81 O1420 4 82 2.78 0.003 3.3 0.7 87.6 2.O1420 4 83 O1420 4 84 ENDDATA 54 0 O1420 4 85 ENDSUBENT 84 0 O1420 499999 SUBENT O1420005 20190915 O071O1420 5 1 BIB 6 15 O1420 5 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG) O1420 5 3 3-parameter fit, phase free. O1420 5 4 COMMENT -By author. En-cm is effective c.m. energy calculated O1420 5 5 by using constant S factors for E1 and E2 contributionsO1420 5 6 to calculate the tabulated value and constant cross O1420 5 7 sections to calculate a limiting value contribution to O1420 5 8 the uncertainty. O1420 5 9 MISC-COL (MISC1) Relative phase for E1 and E2 capture gamma-ray O1420 5 10 (MISC2) It is effective value of c.m. energy O1420 5 11 calculated using a pure Breit-Wigner E2 resonance for O1420 5 12 the E2 contribution and constant S factor for the E1. O1420 5 13 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 5 14 STATUS (TABLE) Table I from Phys.Rev.,C73(2006)055801 O1420 5 15 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 5 16 ERR-T -> DATA-ERR. O1420 5 17 ENDBIB 15 0 O1420 5 18 COMMON 1 3 O1420 5 19 POLAR O1420 5 20 NO-DIM O1420 5 21 -1. O1420 5 22 ENDCOMMON 3 0 O1420 5 23 DATA 8 25 O1420 5 24 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 5 25 MISC2 MISC2-ERR O1420 5 26 MEV MEV NB NB ADEG ADEG O1420 5 27 MEV MEV O1420 5 28 1.31 0.04 0.12 0.04 81. 6.O1420 5 29 O1420 5 30 1.34 0.04 0.16 0.04 68. 5.O1420 5 31 O1420 5 32 1.666 0.014 1.13 0.19 69. 3.O1420 5 33 O1420 5 34 1.965 0.009 5. 0.7 53. 3.O1420 5 35 O1420 5 36 2.04 0.008 7.3 1.1 47. 5.O1420 5 37 O1420 5 38 2.116 0.007 12.3 1.8 54. 4.O1420 5 39 O1420 5 40 2.192 0.007 20.5 3. 59. 4.O1420 5 41 O1420 5 42 2.23 0.007 24.5 3.6 55. 5.O1420 5 43 O1420 5 44 2.267 0.006 37. 5. 43. 10.O1420 5 45 O1420 5 46 2.343 0.006 41. 6. 38. 28.O1420 5 47 O1420 5 48 2.455 0.003 36.6 2.6 0. 36.O1420 5 49 O1420 5 50 2.578 0.002 19.8 2.4 75. 4.O1420 5 51 O1420 5 52 2.607 0.003 18.2 1.7 79. 2.O1420 5 53 O1420 5 54 2.645 0.003 13. 1.5 78. 2.O1420 5 55 2.651 0.003 O1420 5 56 2.652 0.003 12.1 1.3 80. 2.O1420 5 57 2.659 0.003 O1420 5 58 2.656 0.003 12.4 1.9 80. 3.O1420 5 59 2.665 0.003 O1420 5 60 2.66 0.003 11.2 1.6 80. 2.O1420 5 61 2.671 0.003 O1420 5 62 2.663 0.003 10. 5. 80. 6.O1420 5 63 2.676 0.003 O1420 5 64 2.667 0.003 12. 5. 80. 5.O1420 5 65 O1420 5 66 2.682 0.003 7.8 3.5 74. 7.O1420 5 67 O1420 5 68 2.705 0.003 10. 2. 90. 3.O1420 5 69 O1420 5 70 2.72 0.003 6.4 1.3 90. 4.O1420 5 71 O1420 5 72 2.735 0.003 6.6 1.3 86. 4.O1420 5 73 O1420 5 74 2.757 0.003 5.8 0.8 93. 3.O1420 5 75 O1420 5 76 2.78 0.003 6.2 0.9 90. 3.O1420 5 77 O1420 5 78 ENDDATA 54 0 O1420 5 79 ENDSUBENT 78 0 O1420 599999 SUBENT O1420006 20190915 O071O1420 6 1 BIB 6 15 O1420 6 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG) O1420 6 3 3-parameter fit, phase free. O1420 6 4 COMMENT -By author.En-cm-is effective c.m. energy calculated O1420 6 5 by using constant S factors for E1 and E2 contributionsO1420 6 6 to calculate the tabulated value and constant cross O1420 6 7 sections to calculate a limiting value contribution to O1420 6 8 the uncertainty. O1420 6 9 MISC-COL (MISC1) Relative phase for E1 and E2 capture gamma-ray O1420 6 10 (MISC2) It is effective value of c.m. energy O1420 6 11 Calculated using a pure Breit-Wigner E2 resonance for O1420 6 12 the E2 contribution and constant S factor for the E1. O1420 6 13 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 6 14 STATUS (TABLE) Table I from Phys.Rev.,C73(2006)055801 O1420 6 15 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 6 16 ERR-T -> DATA-ERR. O1420 6 17 ENDBIB 15 0 O1420 6 18 COMMON 1 3 O1420 6 19 POLAR O1420 6 20 NO-DIM O1420 6 21 +2. O1420 6 22 ENDCOMMON 3 0 O1420 6 23 DATA 8 25 O1420 6 24 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 6 25 MISC2 MISC2-ERR O1420 6 26 MEV MEV NB NB ADEG ADEG O1420 6 27 MEV MEV O1420 6 28 1.31 0.04 0.14 0.04 81. 6.O1420 6 29 O1420 6 30 1.34 0.04 0.17 0.04 68. 5.O1420 6 31 O1420 6 32 1.666 0.014 0.73 0.14 69. 3.O1420 6 33 O1420 6 34 1.965 0.009 1.24 0.24 53. 3.O1420 6 35 O1420 6 36 2.04 0.008 1.6 0.4 47. 5.O1420 6 37 O1420 6 38 2.116 0.007 2.1 0.5 54. 4.O1420 6 39 O1420 6 40 2.192 0.007 3.1 0.8 59. 4.O1420 6 41 O1420 6 42 2.23 0.007 3.3 0.9 55. 5.O1420 6 43 O1420 6 44 2.267 0.006 3.1 1.1 43. 10.O1420 6 45 O1420 6 46 2.343 0.006 1.5 1.2 38. 28.O1420 6 47 O1420 6 48 2.455 0.003 1.01 0.15 0. 36.O1420 6 49 O1420 6 50 2.578 0.002 3.1 1. 75. 4.O1420 6 51 O1420 6 52 2.607 0.003 3. 0.6 79. 2.O1420 6 53 O1420 6 54 2.645 0.003 9.6 1.2 78. 2.O1420 6 55 2.651 0.003 O1420 6 56 2.652 0.003 11.6 1.3 80. 2.O1420 6 57 2.659 0.003 O1420 6 58 2.656 0.003 16.2 2. 80. 3.O1420 6 59 2.665 0.003 O1420 6 60 2.66 0.003 44. 4. 80. 2.O1420 6 61 2.671 0.003 O1420 6 62 2.663 0.003 192. 18. 80. 6.O1420 6 63 2.676 0.003 O1420 6 64 2.667 0.003 283. 26. 80. 5.O1420 6 65 O1420 6 66 2.682 0.003 457. 40. 74. 7.O1420 6 67 O1420 6 68 2.705 0.003 75. 7. 90. 3.O1420 6 69 O1420 6 70 2.72 0.003 27. 2.8 90. 4.O1420 6 71 O1420 6 72 2.735 0.003 10.8 1.5 86. 4.O1420 6 73 O1420 6 74 2.757 0.003 4.4 0.7 93. 3.O1420 6 75 O1420 6 76 2.78 0.003 3.4 0.7 90. 3.O1420 6 77 O1420 6 78 ENDDATA 54 0 O1420 6 79 ENDSUBENT 78 0 O1420 699999 SUBENT O1420007 20190915 O071O1420 7 1 BIB 7 18 O1420 7 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG,,SFC) O1420 7 3 2-parameter fit, phase fixed O1420 7 4 COMMENT -By author.En-cm-is effective c.m. energy calculated O1420 7 5 by using constant S factors for E1 and E2 contributionsO1420 7 6 to calculate the tabulated value and constant cross O1420 7 7 sections to calculate a limiting value contribution to O1420 7 8 the uncertainty. O1420 7 9 MISC-COL (MISC1) It is effective value of c.m. energy O1420 7 10 Calculated using a pure Breit-Wigner E2 resonance for O1420 7 11 the E2 contribution and constant S factor for the E1. O1420 7 12 REL-REF (R,,F.C.Barker+,J,AUJ,44,369,1991) The method to O1420 7 13 calculate relative phase shift from elastic O1420 7 14 alpha-particles scattering (for subent 003-010. O1420 7 15 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 7 16 STATUS (TABLE) Tbl.II from Phys.Rev.,C73(2006)055801 O1420 7 17 (DEP,O1420003) O1420 7 18 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 7 19 ERR-T -> DATA-ERR. O1420 7 20 ENDBIB 18 0 O1420 7 21 COMMON 1 3 O1420 7 22 POLAR O1420 7 23 NO-DIM O1420 7 24 -1. O1420 7 25 ENDCOMMON 3 0 O1420 7 26 DATA 6 25 O1420 7 27 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 7 28 MEV MEV B*KEV B*KEV MEV MEV O1420 7 29 1.31 0.04 17. 6. O1420 7 30 1.34 0.04 11. 5. O1420 7 31 1.666 0.014 19. 3. O1420 7 32 1.965 0.009 25. 4. O1420 7 33 2.04 0.008 29. 4. O1420 7 34 2.116 0.007 39. 6. O1420 7 35 2.192 0.007 54. 8. O1420 7 36 2.23 0.007 57. 8. O1420 7 37 2.267 0.006 74. 11. O1420 7 38 2.343 0.006 67. 10. O1420 7 39 2.455 0.003 44. 3. O1420 7 40 2.578 0.002 20. 2. O1420 7 41 2.607 0.003 17. 2. O1420 7 42 2.645 0.003 11. 1. 2.651 0.003O1420 7 43 2.652 0.003 10. 1. 2.659 0.003O1420 7 44 2.656 0.003 10. 2. 2.665 0.003O1420 7 45 2.66 0.003 9. 1. 2.671 0.003O1420 7 46 2.663 0.003 8. 3. 2.676 0.003O1420 7 47 2.667 0.003 10. 3. O1420 7 48 2.682 0.003 8. 2. O1420 7 49 2.705 0.003 7. 1. O1420 7 50 2.72 0.003 4.4 0.9 O1420 7 51 2.735 0.003 4.6 0.9 O1420 7 52 2.757 0.003 3.9 0.5 O1420 7 53 2.78 0.003 4. 0.6 O1420 7 54 ENDDATA 27 0 O1420 7 55 ENDSUBENT 54 0 O1420 799999 SUBENT O1420008 20190915 O071O1420 8 1 BIB 6 15 O1420 8 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG,,SFC) O1420 8 3 3-parameter fit, phase free. O1420 8 4 COMMENT -By author.En-cm-is effective c.m. energy calculated O1420 8 5 by using constant S factors for E1 and E2 contributionsO1420 8 6 to calculate the tabulated value and constant cross O1420 8 7 sections to calculate a limiting value contribution to O1420 8 8 the uncertainty. O1420 8 9 MISC-COL (MISC1) It is effective value of c.m. energy O1420 8 10 Calculated using a pure Breit-Wigner E2 resonance for O1420 8 11 the E2 contribution and constant S factor for the E1. O1420 8 12 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 8 13 STATUS (TABLE) Tbl.II from Phys.Rev.,C73(2006)055801 O1420 8 14 (DEP,O1420005) O1420 8 15 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 8 16 ERR-T -> DATA-ERR. O1420 8 17 ENDBIB 15 0 O1420 8 18 COMMON 1 3 O1420 8 19 POLAR O1420 8 20 NO-DIM O1420 8 21 -1. O1420 8 22 ENDCOMMON 3 0 O1420 8 23 DATA 6 25 O1420 8 24 EN EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 8 25 MEV MEV B*KEV B*KEV MEV MEV O1420 8 26 1.31 0.04 11. 5. O1420 8 27 1.34 0.04 11. 4. O1420 8 28 1.666 0.014 16. 3. O1420 8 29 1.965 0.009 23. 4. O1420 8 30 2.04 0.008 27. 4. O1420 8 31 2.116 0.007 36. 5. O1420 8 32 2.192 0.007 49. 7. O1420 8 33 2.23 0.007 53. 8. O1420 8 34 2.267 0.006 71. 11. O1420 8 35 2.343 0.006 66. 10. O1420 8 36 2.455 0.003 45. 3. O1420 8 37 2.578 0.002 19. 2. O1420 8 38 2.607 0.003 16. 2. O1420 8 39 2.645 0.003 11. 1. 2.651 0.003O1420 8 40 2.652 0.003 10. 1. 2.659 0.003O1420 8 41 2.656 0.003 10. 2. 2.665 0.003O1420 8 42 2.66 0.003 9. 1. 2.671 0.003O1420 8 43 2.663 0.003 8. 4. 2.676 0.003O1420 8 44 2.667 0.003 10. 4. O1420 8 45 2.682 0.003 6. 3. O1420 8 46 2.705 0.003 7. 1. O1420 8 47 2.72 0.003 4.6 0.9 O1420 8 48 2.735 0.003 4.6 0.9 O1420 8 49 2.757 0.003 3.8 0.5 O1420 8 50 2.78 0.003 4. 0.6 O1420 8 51 ENDDATA 27 0 O1420 8 52 ENDSUBENT 51 0 O1420 899999 SUBENT O1420009 20190915 O071O1420 9 1 BIB 7 23 O1420 9 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG,,SFC) O1420 9 3 2-parameter fit, phase fixed O1420 9 4 COMMENT -By author.En-cm-is effective c.m. energy calculated O1420 9 5 by using constant S factors for E1 and E2 contributionsO1420 9 6 to calculate the tabulated value and constant cross O1420 9 7 sections to calculate a limiting value contribution to O1420 9 8 the uncertainty. O1420 9 9 MISC-COL (MISC1) It is effective value of c.m. energy O1420 9 10 Calculated using a pure Breit-Wigner E2 resonance for O1420 9 11 the E2 contribution and constant S factor for the E1. O1420 9 12 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 9 13 FLAG (1.) Calculations with cross sections tabulated O1420 9 14 O1420004 and EN-CM. O1420 9 15 (2.) Calculations with cross sections tabulated O1420 9 16 O1420004 and EN-CM and MISC2 to get central and O1420 9 17 limiting values. The average of these two values is O1420 9 18 tabulated, though they are almost identical. Values O1420 9 19 and error bars take into account uncertainties in the O1420 9 20 procedure to determine the EN-CM value used. O1420 9 21 STATUS (TABLE) Tbl.II from Phys.Rev.,C73(2006)055801 O1420 9 22 (DEP,O1420004) O1420 9 23 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 9 24 ERR-T -> DATA-ERR. O1420 9 25 ENDBIB 23 0 O1420 9 26 COMMON 1 3 O1420 9 27 POLAR O1420 9 28 NO-DIM O1420 9 29 +2. O1420 9 30 ENDCOMMON 3 0 O1420 9 31 DATA 7 20 O1420 9 32 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 9 33 FLAG O1420 9 34 MEV MEV B*KEV B*KEV MEV MEV O1420 9 35 NO-DIM O1420 9 36 1.31 0.04 3. 3. O1420 9 37 1. O1420 9 38 1.34 0.04 10. 5. O1420 9 39 1. O1420 9 40 1.666 0.014 5. 1. O1420 9 41 1. O1420 9 42 1.965 0.009 3.7 0.7 O1420 9 43 1. O1420 9 44 2.04 0.008 4. 0.8 O1420 9 45 1. O1420 9 46 2.116 0.007 2.6 0.5 O1420 9 47 1. O1420 9 48 2.192 0.007 2.1 0.4 O1420 9 49 1. O1420 9 50 2.23 0.007 2.3 0.4 O1420 9 51 1. O1420 9 52 2.267 0.006 3.1 0.6 O1420 9 53 1. O1420 9 54 2.343 0.006 1.6 0.3 O1420 9 55 1. O1420 9 56 2.455 0.003 2.3 0.4 O1420 9 57 1. O1420 9 58 2.578 0.002 2.1 0.7 O1420 9 59 1. O1420 9 60 2.607 0.003 2. 0.5 O1420 9 61 1. O1420 9 62 2.645 0.003 7.9 1. 2.651 0.003O1420 9 63 2. O1420 9 64 2.652 0.003 9.4 1.1 2.659 0.003O1420 9 65 2. O1420 9 66 2.656 0.003 13.1 1.7 2.665 0.003O1420 9 67 2. O1420 9 68 2.66 0.003 35.5 3.4 2.671 0.003O1420 9 69 2. O1420 9 70 2.663 0.003 153. 16. 2.676 0.003O1420 9 71 2. O1420 9 72 2.757 0.003 2.7 0.4 O1420 9 73 1. O1420 9 74 2.78 0.003 2.1 0.4 O1420 9 75 1. O1420 9 76 ENDDATA 44 0 O1420 9 77 ENDSUBENT 76 0 O1420 999999 SUBENT O1420010 20190915 O071O1420 10 1 BIB 7 23 O1420 10 2 REACTION (6-C-12(A,G)8-O-16,EP/PAR,SIG,,SFC) O1420 10 3 3-parameter fit. Phase free. O1420 10 4 COMMENT -By author.En-cm-is effective c.m. energy calculated O1420 10 5 by using constant S factors for E1 and E2 contributionsO1420 10 6 to calculate the tabulated value and constant cross O1420 10 7 sections to calculate a limiting value contribution to O1420 10 8 the uncertainty. O1420 10 9 MISC-COL (MISC1) It is effective value of c.m. energy O1420 10 10 Calculated using a pure Breit-Wigner E2 resonance for O1420 10 11 the E2 contribution and constant S factor for the E1. O1420 10 12 ERR-ANALYS (DATA-ERR) No information about source of uncertaintiesO1420 10 13 FLAG (1.) Calculations with cross sections tabulated O1420 10 14 O1420006 and EN-CM. O1420 10 15 (2.) Calculations with cross sections tabulated O1420 10 16 O1420006 and EN-CM and MISC2 to get central and O1420 10 17 limiting values. The average of these two values is O1420 10 18 tabulated, though they are almost identical. Values O1420 10 19 and error bars take into account uncertainties in the O1420 10 20 procedure to determine the EN-CM value used. O1420 10 21 STATUS (TABLE) Tbl.II from Phys.Rev.,C73(2006)055801 O1420 10 22 (DEP,O1420006) O1420 10 23 HISTORY (20190915A) SD: SF5=EP -> EP/PAR added to REACTION codeO1420 10 24 ERR-T -> DATA-ERR. O1420 10 25 ENDBIB 23 0 O1420 10 26 COMMON 1 3 O1420 10 27 POLAR O1420 10 28 NO-DIM O1420 10 29 +2. O1420 10 30 ENDCOMMON 3 0 O1420 10 31 DATA 7 20 O1420 10 32 EN-CM EN-ERR DATA DATA-ERR MISC1 MISC1-ERR O1420 10 33 FLAG O1420 10 34 MEV MEV B*KEV B*KEV MEV MEV O1420 10 35 NO-DIM O1420 10 36 1.31 0.04 12. 5. O1420 10 37 1. O1420 10 38 1.34 0.04 12. 4. O1420 10 39 1. O1420 10 40 1.666 0.014 10. 2. O1420 10 41 1. O1420 10 42 1.965 0.009 6. 1. O1420 10 43 1. O1420 10 44 2.04 0.008 6. 1. O1420 10 45 1. O1420 10 46 2.116 0.007 6. 2. O1420 10 47 1. O1420 10 48 2.192 0.007 7. 2. O1420 10 49 1. O1420 10 50 2.23 0.007 7. 2. O1420 10 51 1. O1420 10 52 2.267 0.006 6. 2. O1420 10 53 1. O1420 10 54 2.343 0.006 2. 2. O1420 10 55 1. O1420 10 56 2.455 0.003 1.3 0.2 O1420 10 57 1. O1420 10 58 2.578 0.002 3. 1. O1420 10 59 1. O1420 10 60 2.607 0.003 2.7 0.6 O1420 10 61 1. O1420 10 62 2.645 0.003 7.9 1. 2.651 0.003O1420 10 63 2. O1420 10 64 2.652 0.003 9.4 1.1 2.659 0.003O1420 10 65 2. O1420 10 66 2.656 0.003 13.1 1.7 2.665 0.003O1420 10 67 2. O1420 10 68 2.66 0.003 35.4 3.4 2.671 0.003O1420 10 69 2. O1420 10 70 2.663 0.003 153. 16. 2.676 0.003O1420 10 71 2. O1420 10 72 2.757 0.003 2.9 0.5 O1420 10 73 1. O1420 10 74 2.78 0.003 2.2 0.4 O1420 10 75 1. O1420 10 76 ENDDATA 44 0 O1420 10 77 ENDSUBENT 76 0 O1420 1099999 ENDENTRY 10 0 O142099999999