ENTRY C2386 20190424 C186C238600000001 SUBENT C2386001 20190424 C186C238600100001 BIB 9 30 C238600100002 TITLE Excited states of 39Ca and their significance in nova C238600100003 nucleosynthesis C238600100004 AUTHOR (K.Setoodehnia,C.Marshall,J.H.Kelley,J.Liang, C238600100005 F.Portillo Chaves,R.Longland) C238600100006 INSTITUTE (1USANCS,1USATNL,1CANMCM) C238600100007 REFERENCE (J,PR/C,98,055804,2018) C238600100008 FACILITY (VDGT,1USATNL) Experiment performed using the TUNL C238600100009 duoplasmatron ion source and 10-MV FN tandem Van de C238600100010 Graaff accelerator. C238600100011 SAMPLE Natural Ca target was produced by thermal evaporation C238600100012 of natural metallic calcium onto a 38 mu-g/cm2 thick C238600100013 natural carbon foil. Rutherford backscattering C238600100014 revealed that calcium target was composed of 58.3 C238600100015 mu-g/cm2 of Ca, 37.7 mu-g/cm2 of O, 37.8 mu-g/cm2 of C238600100016 C, and 0.9 mu-g/cm2 S. C238600100017 DETECTOR (MAGSP) The light reaction products were momentum C238600100018 analyzed by the TUNL high resolution Enge split-pole C238600100019 magnetic spectrograph, whose total solid angle C238600100020 acceptance was set to 1 msr. The charged particles C238600100021 were dispersed by the spectrograph according to their C238600100022 momenta and were focused onto the spectrograph's C238600100023 focal plane. A high resolution position sensitive C238600100024 focal plane detector was deployed. Identification of C238600100025 a particles was carried out by measuring their energy C238600100026 losses, residual energies, and positions along the C238600100027 focal plane of the spectrograph. C238600100028 METHOD (EDE) Particles detected in spectrometer focal plane C238600100029 were identified using E-dE method. C238600100030 Inverse kinematics was used C238600100031 HISTORY (20190424C) Compiled by S.H. C238600100032 ENDBIB 30 0 C238600100033 COMMON 1 3 C238600100034 EN C238600100035 MEV C238600100036 21.0 C238600100037 ENDCOMMON 3 0 C238600100038 ENDSUBENT 37 0 C238600199999 SUBENT C2386002 20190424 C186C238600200001 BIB 3 4 C238600200002 REACTION (20-CA-40(HE3,A)20-CA-39,PAR,DA) C238600200003 STATUS (TABLE) Data presented in figs. 5,6 of the main C238600200004 reference sent by author (K.S.) C238600200005 ERR-ANALYS (ERR-S) Statistical uncertainties C238600200006 ENDBIB 4 0 C238600200007 NOCOMMON 0 0 C238600200008 DATA 4 51 C238600200009 E-LVL ANG-CM DATA-CM ERR-S C238600200010 KEV ADEG MU-B/SR MU-B/SR C238600200011 0. 20.477 1822.5 8.5 C238600200012 0. 22.626 1193.8 5.8 C238600200013 0. 24.773 1198.3 4.4 C238600200014 0. 26.917 1369.8 4.8 C238600200015 0. 42.917 171.4 1.2 C238600200016 0. 47.152 230.7 1.4 C238600200017 2467. 20.557 2496.8 19.6 C238600200018 2467. 22.714 2147. 14. C238600200019 2467. 24.869 920. 4.1 C238600200020 2467. 27.021 557.8 4.8 C238600200021 2467. 43.075 38.1 0.9 C238600200022 2467. 47.32 117. 1.4 C238600200023 2796. 20.568 369.1 5.8 C238600200024 2796. 22.727 298.2 2.3 C238600200025 2796. 24.882 183.3 4.3 C238600200026 2796. 27.036 118.9 2.5 C238600200027 2796. 43.098 73.9 0.9 C238600200028 2796. 47.348 72.9 1.4 C238600200029 3024. 20.577 12.3 1. C238600200030 3024. 22.736 32.5 2.3 C238600200031 3024. 24.893 31.4 1.1 C238600200032 3024. 27.047 36.3 1.5 C238600200033 3024. 43.114 10.2 0.7 C238600200034 3024. 47.366 8. 0.4 C238600200035 5537. 22.847 287.4 4. C238600200036 5537. 25.013 140.5 3.2 C238600200037 5537. 27.178 79.3 1.9 C238600200038 5537. 43.313 41.3 1.3 C238600200039 6083. 20.702 35.1 11.3 C238600200040 6083. 22.874 45.3 5.2 C238600200041 6083. 25.043 79.6 4.7 C238600200042 6083. 27.21 33.5 6.1 C238600200043 6083. 43.362 12. 2. C238600200044 6083. 47.633 15.1 1.9 C238600200045 6154. 20.705 109.4 13.2 C238600200046 6154. 22.877 89.6 5.1 C238600200047 6154. 25.047 56. 3.5 C238600200048 6154. 27.214 40.2 3.9 C238600200049 6154. 43.368 10. 1.1 C238600200050 6154. 47.64 4. 1.1 C238600200051 6226. 20.709 923.6 17.9 C238600200052 6226. 22.881 685.7 9.8 C238600200053 6226. 25.051 375.4 4. C238600200054 6226. 27.218 228.8 3.8 C238600200055 6226. 43.375 101.4 1.9 C238600200056 6226. 47.647 37.9 1.7 C238600200057 6472.2 20.72 89.9 10.3 C238600200058 6472.2 22.894 97.7 4.6 C238600200059 6472.2 25.065 59. 3. C238600200060 6472.2 27.233 59.3 2. C238600200061 6472.2 43.398 33.4 18. C238600200062 ENDDATA 53 0 C238600200063 ENDSUBENT 62 0 C238600299999 SUBENT C2386003 20190424 C186C238600300001 BIB 3 3 C238600300002 REACTION (19-K-38(P,G),,WID/STR) C238600300003 STATUS (TABLE) Data taken from tab.3 of reference C238600300004 ERR-ANALYS (DATA-ERR) uncertainties not described C238600300005 ENDBIB 3 0 C238600300006 NOCOMMON 0 0 C238600300007 DATA 5 3 C238600300008 EN-RES EN-RES-ERR DATA DATA-ERR DATA-MAX C238600300009 KEV KEV MILLI-EV MILLI-EV MILLI-EV C238600300010 385. 5. 2.6 C238600300011 515. 10. 18.4 C238600300012 701.3 25. 126. 39. C238600300013 ENDDATA 5 0 C238600300014 ENDSUBENT 13 0 C238600399999 ENDENTRY 3 0 C238699999999