ENTRY C2858 20221118 C226C2858000 1 SUBENT C2858001 20221118 C226C2858001 1 BIB 9 14 C2858001 2 TITLE Angular Distribution of Protons from the C2858001 3 Ca40(d,p)Ca41 Reaction C2858001 4 AUTHOR (C.K.Bockelman,W.W.Buechner) C2858001 5 REFERENCE (J,PR,107,1366,1957) C2858001 6 #doi:10.1103/PhysRev.107.1366 C2858001 7 REL-REF (O,O2073001,J.R.Holt+,J,PPS/A,66,565,1953) C2858001 8 Complementary results. C2858001 9 INSTITUTE (1USAMIT) C2858001 10 FACILITY (ACCEL,1USAMIT) MIT-ONR electrostatic generator. C2858001 11 DETECTOR (MAGSP) Magnetic spectrograph. C2858001 12 SAMPLE The targets were prepared by Braams by vacuum C2858001 13 evaporation of calcium metal onto Formvar backed with C2858001 14 gold foil. C2858001 15 HISTORY (20221118C) BP C2858001 16 ENDBIB 14 0 C2858001 17 NOCOMMON 0 0 C2858001 18 ENDSUBENT 17 0 C285800199999 SUBENT C2858002 20221118 C226C2858002 1 BIB 2 3 C2858002 2 REACTION (20-CA-40(D,P)20-CA-41,PAR,DA,,REL) C2858002 3 STATUS (TABLE,,C.K.Bockelman+,J,PR,107,1366,1957) C2858002 4 Table I, page 1369 of J,PR,107,1366,1957. C2858002 5 ENDBIB 3 0 C2858002 6 COMMON 1 3 C2858002 7 EN C2858002 8 MEV C2858002 9 7.010 C2858002 10 ENDCOMMON 3 0 C2858002 11 DATA 5 25 C2858002 12 E-EXC E-LVL ANG ANG-MAX DATA C2858002 13 MEV MEV ADEG ADEG ARB-UNITS C2858002 14 0.0 40.0 1.0 C2858002 15 1.947 15.0 5.5 C2858002 16 2.014 35.0 0.11 C2858002 17 2.469 20.0 1.8 C2858002 18 2.584 55.0 0.029 C2858002 19 2.612 25.0 0.041 C2858002 20 2.677 10.0 0.27 C2858002 21 2.890 20.0 0.063 C2858002 22 2.967 15.0 0.14 C2858002 23 3.056 60.0 0.031 C2858002 24 3.206 20.0 0.10 C2858002 25 3.375 0.21 C2858002 26 3.405 10.0 0.33 C2858002 27 3.500 0.030 C2858002 28 3.531 0.030 C2858002 29 3.619 20.0 0.47 C2858002 30 3.682 0.012 C2858002 31 3.736 20.0 0.29 C2858002 32 3.837 3.854 10.0 0.054 C2858002 33 3.921 0.022 C2858002 34 3.950 20.0 3.00 C2858002 35 3.982 60.0 0.051 C2858002 36 4.023 7.5 0.014 C2858002 37 4.101 40.0 0.032 C2858002 38 4.194 10.0 0.070 C2858002 39 ENDDATA 27 0 C2858002 40 ENDSUBENT 39 0 C285800299999 SUBENT C2858003 20221118 C226C2858003 1 BIB 4 11 C2858003 2 REACTION 1(20-CA-40(D,0),,L) C2858003 3 2(20-CA-40(D,0),,J) C2858003 4 ANALYSIS Their angular distributions were analyzed in terms of C2858003 5 stripping theory to determine the orbital angular C2858003 6 momenta and relative reduced widths for neutrons C2858003 7 captured to form levels. C2858003 8 FLAG (1.) l=2, possibly l=3. C2858003 9 (2.) l=1, possibly l=2. C2858003 10 STATUS (DEP,C2858002) C2858003 11 (TABLE,,C.K.Bockelman+,J,PR,107,1366,1957) C2858003 12 Table I, page 1369 of J,PR,107,1366,1957. C2858003 13 ENDBIB 11 0 C2858003 14 NOCOMMON 0 0 C2858003 15 DATA 4 23 C2858003 16 EN-RES DATA 1DATA 2FLAG C2858003 17 MEV NO-DIM NO-DIM NO-DIM C2858003 18 0.0 3.0 3.5 C2858003 19 1.947 1.0 3.5 C2858003 20 2.014 2.0 2.5 C2858003 21 2.014 1.5 C2858003 22 2.014 3.5 1. C2858003 23 2.014 0.5 C2858003 24 2.469 1.0 1.5 C2858003 25 2.469 0.5 C2858003 26 2.967 1.0 1.5 C2858003 27 2.967 0.5 C2858003 28 3.405 0.0 0.5 C2858003 29 3.619 1.0 1.5 C2858003 30 3.619 0.5 C2858003 31 3.619 2.5 2. C2858003 32 3.619 1.5 C2858003 33 3.736 1.0 1.5 C2858003 34 3.736 0.5 C2858003 35 3.736 2.5 2. C2858003 36 3.736 1.5 C2858003 37 3.950 1.0 1.5 C2858003 38 3.950 0.5 C2858003 39 3.950 2.5 2. C2858003 40 3.950 1.5 C2858003 41 ENDDATA 25 0 C2858003 42 ENDSUBENT 41 0 C285800399999 SUBENT C2858004 20221118 C226C2858004 1 BIB 4 10 C2858004 2 REACTION ((20-CA-42(D,P)20-CA-43,PAR,DA)// C2858004 3 (20-CA-40(D,P)20-CA-41,PAR,DA)) mean that the values C2858004 4 are given at the angles of maximum cross sections, C2858004 5 but these angles are not given (with one exception). C2858004 6 EN-SEC (E-LVL-NM,20-CA-43) C2858004 7 (E-LVL-DN,20-CA-41) C2858004 8 REL-REF (R,,C.K.Bockelman+,J,PR,107,176,1957) Study of proton C2858004 9 groups, excitation levels in 20-CA-42(D,P)20-CA-43. C2858004 10 STATUS (TABLE,,C.K.Bockelman+,J,PR,107,1366,1957) C2858004 11 Table II, page 1370 of J,PR,107,1366,1957. C2858004 12 ENDBIB 10 0 C2858004 13 COMMON 2 3 C2858004 14 EN E-LVL-DN C2858004 15 MEV MEV C2858004 16 7.010 0.0 C2858004 17 ENDCOMMON 3 0 C2858004 18 DATA 3 1 C2858004 19 E-LVL-NM ANG DATA C2858004 20 MEV ADEG NO-DIM C2858004 21 1.957 10.0 0.69 C2858004 22 ENDDATA 3 0 C2858004 23 ENDSUBENT 22 0 C285800499999 SUBENT C2858005 20221118 C226C2858005 1 BIB 4 11 C2858005 2 REACTION 1(20-CA-42(D,0),,L) C2858005 3 2(20-CA-42(D,0),,J) C2858005 4 ANALYSIS Their angular distributions were analyzed in terms of C2858005 5 stripping theory to determine the orbital angular C2858005 6 momenta and relative reduced widths for neutrons C2858005 7 captured to form levels. C2858005 8 FLAG (1.) l=2, possibly l=3. C2858005 9 (2.) l=1, possibly l=2. C2858005 10 STATUS (DEP,C2858004) C2858005 11 (TABLE,,C.K.Bockelman+,J,PR,107,1366,1957) C2858005 12 Table II, page 1370 of J,PR,107,1366,1957. C2858005 13 ENDBIB 11 0 C2858005 14 NOCOMMON 0 0 C2858005 15 DATA 4 20 C2858005 16 EN-RES DATA 1DATA 2FLAG C2858005 17 MEV NO-DIM NO-DIM NO-DIM C2858005 18 0.0 3.0 3.5 C2858005 19 0.593 1.0 1.5 C2858005 20 0.593 0.5 C2858005 21 0.991 2.0 2.5 C2858005 22 0.991 1.5 C2858005 23 0.991 3.5 1. C2858005 24 0.991 2.5 C2858005 25 1.957 0.0 0.5 C2858005 26 2.048 1.0 1.5 C2858005 27 2.048 0.5 C2858005 28 2.607 1.0 1.5 C2858005 29 2.607 0.5 C2858005 30 2.880 1.0 1.5 C2858005 31 2.880 0.5 C2858005 32 2.947 1.0 1.5 C2858005 33 2.947 0.5 C2858005 34 3.584 1.0 1.5 C2858005 35 3.584 0.5 C2858005 36 3.854 2.5 2. C2858005 37 3.854 1.5 C2858005 38 ENDDATA 22 0 C2858005 39 ENDSUBENT 38 0 C285800599999 SUBENT C2858006 20221118 C226C2858006 1 BIB 4 10 C2858006 2 REACTION ((20-CA-44(D,P)20-CA-45,PAR,DA)// C2858006 3 (20-CA-40(D,P)20-CA-41,PAR,DA)) mean that the values C2858006 4 are given at the angles of maximum cross sections, C2858006 5 but these angles are not given (with one exception). C2858006 6 EN-SEC (E-LVL-NM,20-CA-45) C2858006 7 (E-LVL-DN,20-CA-41) C2858006 8 REL-REF (R,,W.R.Cobb+,J,PR,107,181,1957) Study proton C2858006 9 groups, excitation levels in 20-CA-44(D,P)20-CA-45. C2858006 10 STATUS (TABLE,,C.K.Bockelman+,J,PR,107,1366,1957) C2858006 11 Table III, page 1371 of J,PR,107,1366,1957. C2858006 12 ENDBIB 10 0 C2858006 13 COMMON 2 3 C2858006 14 EN E-LVL-DN C2858006 15 MEV MEV C2858006 16 7.010 0.0 C2858006 17 ENDCOMMON 3 0 C2858006 18 DATA 3 1 C2858006 19 E-LVL-NM ANG DATA C2858006 20 MEV ADEG NO-DIM C2858006 21 2.394 10.0 0.61 C2858006 22 ENDDATA 3 0 C2858006 23 ENDSUBENT 22 0 C285800699999 SUBENT C2858007 20221118 C226C2858007 1 BIB 4 10 C2858007 2 REACTION 1(20-CA-44(D,0),,L) C2858007 3 2(20-CA-44(D,0),,J) C2858007 4 ANALYSIS Their angular distributions were analyzed in terms of C2858007 5 stripping theory to determine the orbital angular C2858007 6 momenta and relative reduced widths for neutrons C2858007 7 captured to form levels. C2858007 8 FLAG (1.) l=1, possibly l=2. C2858007 9 STATUS (DEP,C2858006) C2858007 10 (TABLE,,C.K.Bockelman+,J,PR,107,1366,1957) C2858007 11 Table III, page 1371 of J,PR,107,1366,1957. C2858007 12 ENDBIB 10 0 C2858007 13 NOCOMMON 0 0 C2858007 14 DATA 4 20 C2858007 15 EN-RES DATA 1DATA 2FLAG C2858007 16 MEV NO-DIM NO-DIM NO-DIM C2858007 17 0.0 3.0 3.5 C2858007 18 1.432 1.0 1.5 C2858007 19 1.432 0.5 C2858007 20 1.902 1.0 1.5 C2858007 21 1.902 0.5 C2858007 22 2.249 1.0 1.5 C2858007 23 2.249 0.5 C2858007 24 2.394 0.0 0.5 C2858007 25 2.844 1.0 1.5 C2858007 26 2.844 0.5 C2858007 27 2.844 2.5 1. C2858007 28 2.844 1.5 C2858007 29 3.244 1.0 1.5 C2858007 30 3.244 0.5 C2858007 31 3.244 2.5 1. C2858007 32 3.244 1.5 C2858007 33 3.419 1.0 1.5 C2858007 34 3.419 0.5 C2858007 35 3.419 2.5 1. C2858007 36 3.419 1.5 C2858007 37 ENDDATA 22 0 C2858007 38 ENDSUBENT 37 0 C285800799999 ENDENTRY 7 0 C285899999999