ENTRY F1118 20110322 F044F111800000001 SUBENT F1118001 20110322 F044F111800100001 BIB 9 17 F111800100002 TITLE Angular distributions from deuteron bombardment of F111800100003 beryllium and boron. F111800100004 AUTHOR (B.Zeidman,J.M.Fowler) F111800100005 INSTITUTE (1USAWAS) F111800100006 REFERENCE (J,PR,112,2020,1958) F111800100007 FACILITY (CYCLO,1USAWAS) The 45-in. cyclotron was used. F111800100008 DETECTOR (SPEC) F111800100009 (PROPC) The proportional counter was filled with a F111800100010 mixture of 90% argon, 10% CO2 at a pressure of 14 cm HgF111800100011 METHOD (COINC) F111800100012 ERR-ANALYS (ANG-ERR-D) Angle digitizing error F111800100013 (ERR-DIG) Data digitizing error F111800100014 (DATA-ERR) Error from the graphic bars are an F111800100015 estimate of the possible systematic errors; the primaryF111800100016 source being the subtraction of the contribution from F111800100017 the oxygen contaminant. F111800100018 HISTORY (20110322C) F111800100019 ENDBIB 17 0 F111800100020 NOCOMMON 0 0 F111800100021 ENDSUBENT 20 0 F111800199999 SUBENT F1118002 20110322 F044F111800200001 BIB 5 10 F111800200002 REACTION (4-BE-9(D,P)4-BE-10,PAR,DA,,REL) F111800200003 COMMENT No explanation of relative units is given. F111800200004 DETECTOR (CSICR) The scintillation counter consisted of a F111800200005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800200006 photomultiplier tube was used. F111800200007 SAMPLE The beryllium target was a foil 1 mil thick and 1.0625 F111800200008 in. in diameter. It showed evidence of oxygen F111800200009 contamination in addition to the single stable isotope F111800200010 of beryllium. F111800200011 STATUS (CURVE) Fig.5(b) F111800200012 ENDBIB 10 0 F111800200013 COMMON 4 3 F111800200014 EN E-LVL ANG-ERR-D ERR-DIG F111800200015 MEV MEV ADEG ARB-UNITS F111800200016 9.2 0. 0.1497 0.0101 F111800200017 ENDCOMMON 3 0 F111800200018 DATA 3 23 F111800200019 ANG-CM DATA-CM DATA-ERR F111800200020 ADEG ARB-UNITS ARB-UNITS F111800200021 11.567 5.5402 0.18919 F111800200022 16.513 6.8644 0.16216 F111800200023 21.999 7.4048 0.16225 F111800200024 28.013 6.2695 0.16234 F111800200025 32.392 5.837 0.16241 F111800200026 37.85 3.8909 0.13514 F111800200027 42.763 2.134 F111800200028 48.238 1.8095 F111800200029 53.72 2.0256 F111800200030 57.559 2.2958 F111800200031 63.042 2.62 F111800200032 67.971 2.3766 F111800200033 73.45 2.3494 F111800200034 83.307 1.7816 F111800200035 93.715 1.511 F111800200036 103.03 1.3486 0.13524 F111800200037 113.44 1.2402 0.13532 F111800200038 123.3 1.1859 0.18919 F111800200039 133.16 1.2127 0.27027 F111800200040 143.57 1.1043 0.2973 F111800200041 152.34 1.1041 0.32432 F111800200042 157.27 1.0228 0.37838 F111800200043 162.2 0.99568 0.40541 F111800200044 ENDDATA 25 0 F111800200045 ENDSUBENT 44 0 F111800299999 SUBENT F1118003 20110322 F044F111800300001 BIB 5 10 F111800300002 REACTION (4-BE-9(D,P)4-BE-10,PAR,DA,,REL) F111800300003 COMMENT No explanation of relative units is given. F111800300004 DETECTOR (CSICR) The scintillation counter consisted of a F111800300005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800300006 photomultiplier tube was used. F111800300007 SAMPLE The beryllium target was a foil 1 mil thick and 1.0625 F111800300008 in. in diameter. It showed evidence of oxygen F111800300009 contamination in addition to the single stable isotope F111800300010 of beryllium. F111800300011 STATUS (CURVE) Fig.5(a) F111800300012 ENDBIB 10 0 F111800300013 COMMON 4 3 F111800300014 EN E-LVL ANG-ERR-D ERR-DIG F111800300015 MEV MEV ADEG ARB-UNITS F111800300016 10. 0. 0.1497 0.0101 F111800300017 ENDCOMMON 3 0 F111800300018 DATA 3 23 F111800300019 ANG-CM DATA-CM DATA-ERR F111800300020 ADEG ARB-UNITS ARB-UNITS F111800300021 11.724 7.6448 0.16054 F111800300022 16.692 8.902 0.18729 F111800300023 23.297 9.945 0.21405 F111800300024 27.65 8.9012 0.16053 F111800300025 33.042 5.8239 0.13378 F111800300026 37.906 3.4423 0.13367 F111800300027 43.337 1.7563 F111800300028 47.715 1.542 0.16045 F111800300029 52.653 1.7825 F111800300030 58.132 1.7821 F111800300031 63.62 2.076 F111800300032 68.543 1.7814 F111800300033 74.02 1.674 F111800300034 83.863 0.97766 F111800300035 94.27 0.84317 F111800300036 104.15 1.4311 F111800300037 112.91 1.1095 0.13387 F111800300038 123.32 1.0285 0.16048 F111800300039 133.18 1.0011 0.16064 F111800300040 141.95 1.0005 0.13347 F111800300041 151.81 0.97304 0.16035 F111800300042 156.74 0.97271 0.18729 F111800300043 161.67 0.99913 0.2141 F111800300044 ENDDATA 25 0 F111800300045 ENDSUBENT 44 0 F111800399999 SUBENT F1118004 20110322 F044F111800400001 BIB 5 10 F111800400002 REACTION (4-BE-9(D,P)4-BE-10,PAR,DA,,REL) F111800400003 COMMENT No explanation of relative units is given. F111800400004 DETECTOR (CSICR) The scintillation counter consisted of a F111800400005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800400006 photomultiplier tube was used. F111800400007 SAMPLE The beryllium target was a foil 1 mil thick and 1.0625 F111800400008 in. in diameter. It showed evidence of oxygen F111800400009 contamination in addition to the single stable isotope F111800400010 of beryllium. F111800400011 STATUS (CURVE) Fig.5(b) F111800400012 ENDBIB 10 0 F111800400013 COMMON 4 3 F111800400014 EN LVL-NUMB ANG-ERR-D ERR-DIG F111800400015 MEV NO-DIM ADEG ARB-UNITS F111800400016 9.2 1. 0.2507 0.0291 F111800400017 ENDCOMMON 3 0 F111800400018 DATA 3 23 F111800400019 ANG-CM DATA-CM DATA-ERR F111800400020 ADEG ARB-UNITS ARB-UNITS F111800400021 11.027 16. 0.97297 F111800400022 17.07 19.837 0.64865 F111800400023 22.542 18.053 0.64834 F111800400024 27.463 15.458 0.43243 F111800400025 32.927 11.836 0.48649 F111800400026 38.396 9.4579 0.37838 F111800400027 43.316 6.5928 0.32432 F111800400028 48.241 5.0791 0.43243 F111800400029 53.719 4.8086 0.37825 F111800400030 58.098 3.7273 0.32432 F111800400031 63.577 3.619 0.27027 F111800400032 68.507 3.3485 0.27032 F111800400033 73.439 3.4564 0.32451 F111800400034 83.85 3.51 F111800400035 93.167 3.9421 F111800400036 103.03 4.9147 F111800400037 112.9 4.698 0.27012 F111800400038 123.31 4.8057 0.32432 F111800400039 133.17 4.8594 0.27027 F111800400040 142.48 4.2644 0.32456 F111800400041 151.8 3.8856 0.32427 F111800400042 156.18 3.7773 0.27043 F111800400043 161.66 3.6149 F111800400044 ENDDATA 25 0 F111800400045 ENDSUBENT 44 0 F111800499999 SUBENT F1118005 20110322 F044F111800500001 BIB 5 10 F111800500002 REACTION (4-BE-9(D,P)4-BE-10,PAR,DA,,REL) F111800500003 COMMENT No explanation of relative units is given. F111800500004 DETECTOR (CSICR) The scintillation counter consisted of a F111800500005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800500006 photomultiplier tube was used. F111800500007 SAMPLE The beryllium target was a foil 1 mil thick and 1.0625 F111800500008 in. in diameter. It showed evidence of oxygen F111800500009 contamination in addition to the single stable isotope F111800500010 of beryllium. F111800500011 STATUS (CURVE) Fig.5(a) F111800500012 ENDBIB 10 0 F111800500013 COMMON 4 3 F111800500014 EN LVL-NUMB ANG-ERR-D ERR-DIG F111800500015 MEV NO-DIM ADEG ARB-UNITS F111800500016 10. 1. 0.2507 0.0291 F111800500017 ENDCOMMON 3 0 F111800500018 DATA 3 23 F111800500019 ANG-CM DATA-CM DATA-ERR F111800500020 ADEG ARB-UNITS ARB-UNITS F111800500021 11.261 15.759 1.1812 F111800500022 16.738 19.518 0.75168 F111800500023 22.268 16.028 0.42953 F111800500024 27.791 13.452 0.32215 F111800500025 32.219 10.23 0.32232 F111800500026 37.746 7.1167 0.32214 F111800500027 43.264 5.3453 0.32234 F111800500028 48.225 4.3792 0.21476 F111800500029 53.741 2.8763 F111800500030 58.697 2.5008 F111800500031 64.204 2.179 F111800500032 69.164 1.4814 F111800500033 73.565 1.8038 F111800500034 84.575 1.7509 F111800500035 93.932 1.7515 F111800500036 103.27 4.7052 0.32237 F111800500037 113.72 5.565 0.32241 F111800500038 123.63 5.4046 0.80537 F111800500039 132.44 4.7609 0.69798 F111800500040 142.9 4.2784 0.5906 F111800500041 152.27 3.8496 0.53691 F111800500042 156.67 3.7425 0.53689 F111800500043 161.62 3.9039 0.42946 F111800500044 ENDDATA 25 0 F111800500045 ENDSUBENT 44 0 F111800599999 SUBENT F1118006 20110322 F044F111800600001 BIB 5 10 F111800600002 REACTION (4-BE-9(D,P)4-BE-10,PAR,DA,,REL) F111800600003 COMMENT No explanation of relative units is given. F111800600004 DETECTOR (CSICR) The scintillation counter consisted of a F111800600005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800600006 photomultiplier tube was used. F111800600007 SAMPLE The beryllium target was a foil 1 mil thick and 1.0625 F111800600008 in. in diameter. It showed evidence of oxygen F111800600009 contamination in addition to the single stable isotope F111800600010 of beryllium. F111800600011 STATUS (CURVE) Fig.5(c) F111800600012 ENDBIB 10 0 F111800600013 COMMON 4 3 F111800600014 EN E-LVL ANG-ERR-D ERR-DIG F111800600015 MEV MEV ADEG ARB-UNITS F111800600016 8.1 0. 0.1152 0.0075 F111800600017 ENDCOMMON 3 0 F111800600018 DATA 3 22 F111800600019 ANG-CM DATA-CM DATA-ERR F111800600020 ADEG ARB-UNITS ARB-UNITS F111800600021 12.325 7.5117 0.13678 F111800600022 17.734 9.4271 0.16413 F111800600023 23.19 10.057 0.16411 F111800600024 28.71 8.9631 0.13667 F111800600025 33.747 6.0912 0.13659 F111800600026 39.305 3.958 0.1641 F111800600027 44.309 1.9888 0.13684 F111800600028 49.809 1.4422 0.16421 F111800600029 55.288 1.4427 0.13669 F111800600030 60.214 1.6073 0.13676 F111800600031 65.139 1.7719 0.13691 F111800600032 70.618 1.7724 0.16423 F111800600033 76.103 1.6361 0.13656 F111800600034 86.529 1.2267 0.16438 F111800600035 96.402 0.95408 0.19149 F111800600036 106.82 0.7909 F111800600037 116.68 0.84652 F111800600038 126.54 0.82007 F111800600039 134.76 0.84818 F111800600040 144.63 0.82173 0.21884 F111800600041 152.84 0.90455 0.2462 F111800600042 158.32 0.82298 0.21878 F111800600043 ENDDATA 24 0 F111800600044 ENDSUBENT 43 0 F111800699999 SUBENT F1118007 20110322 F044F111800700001 BIB 5 10 F111800700002 REACTION (4-BE-9(D,P)4-BE-10,PAR,DA,,REL) F111800700003 COMMENT No explanation of relative units is given. F111800700004 DETECTOR (CSICR) The scintillation counter consisted of a F111800700005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800700006 photomultiplier tube was used. F111800700007 SAMPLE The beryllium target was a foil 1 mil thick and 1.0625 F111800700008 in. in diameter. It showed evidence of oxygen F111800700009 contamination in addition to the single stable isotope F111800700010 of beryllium. F111800700011 STATUS (CURVE) Fig.5(c) F111800700012 ENDBIB 10 0 F111800700013 COMMON 4 3 F111800700014 EN LVL-NUMB ANG-ERR-D ERR-DIG F111800700015 MEV NO-DIM ADEG ARB-UNITS F111800700016 8.1 1. 0.3417 0.0262 F111800700017 ENDCOMMON 3 0 F111800700018 DATA 3 19 F111800700019 ANG-CM DATA-CM DATA-ERR F111800700020 ADEG ARB-UNITS ARB-UNITS F111800700021 11.739 13.634 0.60068 F111800700022 17.69 16.912 0.60076 F111800700023 23.736 16.094 0.49146 F111800700024 29.242 14.949 0.38225 F111800700025 34.821 10.691 0.27304 F111800700026 39.808 8.2892 0.27303 F111800700027 45.899 5.5602 0.27312 F111800700028 50.857 4.4146 F111800700029 56.907 3.4331 F111800700030 62.397 2.9975 0.27311 F111800700031 67.341 2.4526 F111800700032 72.271 2.5083 F111800700033 77.748 2.6188 F111800700034 88.15 3.0034 F111800700035 98.007 3.2788 F111800700036 107.86 3.7179 F111800700037 117.72 3.884 F111800700038 127.58 3.7771 F111800700039 136.35 3.8337 F111800700040 ENDDATA 21 0 F111800700041 ENDSUBENT 40 0 F111800799999 SUBENT F1118008 20110322 F044F111800800001 BIB 5 12 F111800800002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,REL) F111800800003 COMMENT No explanation of relative units is given. F111800800004 DETECTOR (CSICR) The scintillation counter consisted of a F111800800005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800800006 photomultiplier tube was used. F111800800007 SAMPLE The boron targets were prepared from enriched isotopes F111800800008 which were in the form of a "metallic" powder. For the F111800800009 B10 target, a water suspension of the powder was F111800800010 allowed to settle onto a 1/4-mil polyethylene foil, F111800800011 leaving a fairly uniform target with a surface density F111800800012 of ~3 mg/cm2. F111800800013 STATUS (CURVE) Fig.6(a) F111800800014 ENDBIB 12 0 F111800800015 COMMON 4 3 F111800800016 EN E-LVL ANG-ERR-D ERR-DIG F111800800017 MEV MEV ADEG ARB-UNITS F111800800018 10. 0. 0.2498 0.0233 F111800800019 ENDCOMMON 3 0 F111800800020 DATA 3 22 F111800800021 ANG-CM DATA-CM DATA-ERR F111800800022 ADEG ARB-UNITS ARB-UNITS F111800800023 11.953 56.493 F111800800024 17.396 76.522 F111800800025 23.967 78.918 F111800800026 28.373 66.729 F111800800027 32.244 46.703 F111800800028 38.299 31.902 F111800800029 43.252 19.931 F111800800030 48.188 17.102 F111800800031 53.117 18.41 F111800800032 58.039 24.071 F111800800033 63.513 26.685 F111800800034 73.382 23.857 F111800800035 83.803 18.201 F111800800036 93.67 15.809 F111800800037 103.53 16.682 F111800800038 113.39 16.685 F111800800039 123.8 17.559 1.0884 F111800800040 133.12 15.82 1.3061 F111800800041 142.44 16.04 1.0878 F111800800042 152.3 18.002 0.87075 F111800800043 156.13 20.398 1.0869 F111800800044 161.6 22.794 0.87067 F111800800045 ENDDATA 24 0 F111800800046 ENDSUBENT 45 0 F111800899999 SUBENT F1118009 20110322 F044F111800900001 BIB 5 12 F111800900002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,REL) F111800900003 COMMENT No explanation of relative units is given. F111800900004 DETECTOR (CSICR) The scintillation counter consisted of a F111800900005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111800900006 photomultiplier tube was used. F111800900007 SAMPLE The boron targets were prepared from enriched isotopes F111800900008 which were in the form of a "metallic" powder. For the F111800900009 B10 target, a water suspension of the powder was F111800900010 allowed to settle onto a 1/4-mil polyethylene foil, F111800900011 leaving a fairly uniform target with a surface density F111800900012 of ~3 mg/cm2. F111800900013 STATUS (CURVE) Fig.6(c) F111800900014 ENDBIB 12 0 F111800900015 COMMON 4 3 F111800900016 EN LVL-NUMB ANG-ERR-D ERR-DIG F111800900017 MEV NO-DIM ADEG ARB-UNITS F111800900018 8.1 1. 0.5039 0.0023 F111800900019 ENDCOMMON 3 0 F111800900020 DATA 3 22 F111800900021 ANG-CM DATA-CM DATA-ERR F111800900022 ADEG ARB-UNITS ARB-UNITS F111800900023 12.784 4.636 9.4594E-02 F111800900024 18.323 4.7715 9.4595E-02 F111800900025 24.506 4.1638 8.1081E-02 F111800900026 28.992 3.8128 6.7568E-02 F111800900027 34.596 3.4078 9.4589E-02 F111800900028 40.17 3.246 8.1078E-02 F111800900029 44.086 3.0165 9.4592E-02 F111800900030 50.205 2.9494 8.1067E-02 F111800900031 55.218 2.8416 8.1069E-02 F111800900032 60.22 2.8285 9.4575E-02 F111800900033 65.756 2.991 9.4584E-02 F111800900034 76.295 3.1269 0.12162 F111800900035 86.3 3.0871 0.10811 F111800900036 96.359 2.5878 8.1070E-02 F111800900037 106.35 2.6831 0.10809 F111800900038 116.3 3.0621 0.13514 F111800900039 125.77 2.8601 8.1081E-02 F111800900040 135.18 3.1175 6.7567E-02 F111800900041 144.06 3.2127 9.4595E-02 F111800900042 153.5 3.2945 9.4594E-02 F111800900043 156.32 2.8758 0.14865 F111800900044 163.54 2.9573 0.16216 F111800900045 ENDDATA 24 0 F111800900046 ENDSUBENT 45 0 F111800999999 SUBENT F1118010 20110322 F044F111801000001 BIB 5 12 F111801000002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,REL) F111801000003 COMMENT No explanation of relative units is given. F111801000004 DETECTOR (CSICR) The scintillation counter consisted of a F111801000005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111801000006 photomultiplier tube was used. F111801000007 SAMPLE The boron targets were prepared from enriched isotopes F111801000008 which were in the form of a "metallic" powder. For the F111801000009 B10 target, a water suspension of the powder was F111801000010 allowed to settle onto a 1/4-mil polyethylene foil, F111801000011 leaving a fairly uniform target with a surface density F111801000012 of ~3 mg/cm2. F111801000013 STATUS (CURVE) Fig.6(b) F111801000014 ENDBIB 12 0 F111801000015 COMMON 4 3 F111801000016 EN LVL-NUMB ANG-ERR-D ERR-DIG F111801000017 MEV NO-DIM ADEG ARB-UNITS F111801000018 9.2 1. 0.5039 0.0023 F111801000019 ENDCOMMON 3 0 F111801000020 DATA 3 22 F111801000021 ANG-CM DATA-CM DATA-ERR F111801000022 ADEG ARB-UNITS ARB-UNITS F111801000023 10.484 3.31 0.13793 F111801000024 16.678 3.7373 8.2759E-02 F111801000025 22.283 3.6957 9.6551E-02 F111801000026 27.318 3.5024 5.5172E-02 F111801000027 32.351 3.2816 8.2765E-02 F111801000028 37.945 3.0607 6.8965E-02 F111801000029 43.551 3.0329 6.8956E-02 F111801000030 48.594 2.9775 8.2749E-02 F111801000031 53.66 3.2946 6.8976E-02 F111801000032 58.721 3.5289 6.8948E-02 F111801000033 63.224 3.8046 6.8964E-02 F111801000034 72.765 3.9422 8.2784E-02 F111801000035 83.951 3.459 6.8936E-02 F111801000036 92.895 3.0035 6.8938E-02 F111801000037 102.97 2.6859 8.2795E-02 F111801000038 113.07 2.7269 8.2765E-02 F111801000039 123.15 2.63 6.8906E-02 F111801000040 132.69 2.6848 8.2785E-02 F111801000041 142.22 2.6569 6.8965E-02 F111801000042 151.75 2.6841 6.8928E-02 F111801000043 156.8 2.5874 9.6552E-02 F111801000044 161.85 2.7941 0.11034 F111801000045 ENDDATA 24 0 F111801000046 ENDSUBENT 45 0 F111801099999 SUBENT F1118011 20110322 F044F111801100001 BIB 5 12 F111801100002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,REL) F111801100003 COMMENT No explanation of relative units is given. F111801100004 DETECTOR (CSICR) The scintillation counter consisted of a F111801100005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111801100006 photomultiplier tube was used. F111801100007 SAMPLE The boron targets were prepared from enriched isotopes F111801100008 which were in the form of a "metallic" powder. For the F111801100009 B10 target, a water suspension of the powder was F111801100010 allowed to settle onto a 1/4-mil polyethylene foil, F111801100011 leaving a fairly uniform target with a surface density F111801100012 of ~3 mg/cm2. F111801100013 STATUS (CURVE) Fig.6(a) F111801100014 ENDBIB 12 0 F111801100015 COMMON 4 3 F111801100016 EN LVL-NUMB ANG-ERR-D ERR-DIG F111801100017 MEV NO-DIM ADEG ARB-UNITS F111801100018 10. 1. 0.5039 0.0023 F111801100019 ENDCOMMON 3 0 F111801100020 DATA 3 22 F111801100021 ANG-CM DATA-CM DATA-ERR F111801100022 ADEG ARB-UNITS ARB-UNITS F111801100023 11.91 3.8103 6.7873E-02 F111801100024 18.038 4.0412 6.7867E-02 F111801100025 23.617 4.1093 8.1448E-02 F111801100026 27.531 3.9601 5.4299E-02 F111801100027 33.684 3.6752 6.7881E-02 F111801100028 39.278 3.4038 5.4296E-02 F111801100029 44.323 2.956 6.7857E-02 F111801100030 49.347 2.9426 6.7884E-02 F111801100031 53.805 3.092 6.7879E-02 F111801100032 59.355 3.7438 6.7886E-02 F111801100033 64.894 4.6263 6.7869E-02 F111801100034 76.591 5.1153 6.7881E-02 F111801100035 85.533 4.8712 6.7865E-02 F111801100036 94.486 4.4099 6.7892E-02 F111801100037 104.53 4.3966 8.1454E-02 F111801100038 114.59 4.234 8.1464E-02 F111801100039 124.63 4.2615 8.1447E-02 F111801100040 133.02 4.0038 0.23077 F111801100041 143.63 3.8276 0.17647 F111801100042 153.68 3.8279 0.1086 F111801100043 158.13 4.1538 0.12217 F111801100044 164.24 4.6563 0.14932 F111801100045 ENDDATA 24 0 F111801100046 ENDSUBENT 45 0 F111801199999 SUBENT F1118012 20110322 F044F111801200001 BIB 5 12 F111801200002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,REL) F111801200003 COMMENT No explanation of relative units is given. F111801200004 DETECTOR (CSICR) The scintillation counter consisted of a F111801200005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111801200006 photomultiplier tube was used. F111801200007 SAMPLE The boron targets were prepared from enriched isotopes F111801200008 which were in the form of a "metallic" powder. For the F111801200009 B10 target, a water suspension of the powder was F111801200010 allowed to settle onto a 1/4-mil polyethylene foil, F111801200011 leaving a fairly uniform target with a surface density F111801200012 of ~3 mg/cm2. F111801200013 STATUS (CURVE) Fig.6(c) F111801200014 ENDBIB 12 0 F111801200015 COMMON 4 3 F111801200016 EN E-LVL ANG-ERR-D ERR-DIG F111801200017 MEV MEV ADEG ARB-UNITS F111801200018 8.1 0. 0.0941 0.0381 F111801200019 ENDCOMMON 3 0 F111801200020 DATA 3 22 F111801200021 ANG-CM DATA-CM DATA-ERR F111801200022 ADEG ARB-UNITS ARB-UNITS F111801200023 11.682 24.979 0.75675 F111801200024 17.585 33.415 0.43243 F111801200025 23.574 36.013 0.64864 F111801200026 29.085 33.854 0.54053 F111801200027 34.653 27.911 0.64864 F111801200028 39.121 22.184 0.64856 F111801200029 44.7 15.485 0.64865 F111801200030 49.669 12.893 0.64859 F111801200031 55.157 12.356 0.54047 F111801200032 60.635 12.467 0.54049 F111801200033 66.097 13.659 0.54052 F111801200034 75.426 12.692 0.75671 F111801200035 86.428 9.779 0.64858 F111801200036 96.328 7.2982 0.54054 F111801200037 106.74 7.1961 0.64876 F111801200038 116.03 8.715 0.54045 F111801200039 125.88 9.6936 0.54063 F111801200040 134.62 11.645 0.54058 F111801200041 143.92 12.407 0.75675 F111801200042 153.23 12.736 0.64835 F111801200043 157.64 11.009 0.75675 F111801200044 162.58 10.688 0.64871 F111801200045 ENDDATA 24 0 F111801200046 ENDSUBENT 45 0 F111801299999 SUBENT F1118013 20110322 F044F111801300001 BIB 5 12 F111801300002 REACTION (5-B-10(D,P)5-B-11,PAR,DA,,REL) F111801300003 COMMENT No explanation of relative units is given. F111801300004 DETECTOR (CSICR) The scintillation counter consisted of a F111801300005 CsI(Tl) crystal 1 mm thick mounted on a Dumont 6291 F111801300006 photomultiplier tube was used. F111801300007 SAMPLE The boron targets were prepared from enriched isotopes F111801300008 which were in the form of a "metallic" powder. For the F111801300009 B10 target, a water suspension of the powder was F111801300010 allowed to settle onto a 1/4-mil polyethylene foil, F111801300011 leaving a fairly uniform target with a surface density F111801300012 of ~3 mg/cm2. F111801300013 STATUS (CURVE) Fig.6(b) F111801300014 ENDBIB 12 0 F111801300015 COMMON 4 3 F111801300016 EN E-LVL ANG-ERR-D ERR-DIG F111801300017 MEV MEV ADEG ARB-UNITS F111801300018 9.2 0. 0.0941 0.0381 F111801300019 ENDCOMMON 3 0 F111801300020 DATA 3 22 F111801300021 ANG-CM DATA-CM DATA-ERR F111801300022 ADEG ARB-UNITS ARB-UNITS F111801300023 10.813 29.574 F111801300024 16.271 34.042 F111801300025 23.376 37.639 F111801300026 27.768 36.005 F111801300027 32.179 30.45 F111801300028 38.245 22.498 F111801300029 43.751 17.16 F111801300030 48.154 13.239 F111801300031 53.081 14.003 F111801300032 58.009 14.875 F111801300033 62.944 14.004 F111801300034 73.357 13.68 F111801300035 83.235 10.631 F111801300036 93.653 9.1076 F111801300037 103.52 8.238 0.6537 F111801300038 113.38 9.4383 F111801300039 123.79 9.6582 0.54475 F111801300040 132. 10.64 0.65378 F111801300041 141.86 10.969 0.65384 F111801300042 151.17 13.041 F111801300043 156.1 13.696 F111801300044 161.57 14.568 F111801300045 ENDDATA 24 0 F111801300046 ENDSUBENT 45 0 F111801399999 SUBENT F1118014 20110322 F044F111801400001 BIB 5 12 F111801400002 REACTION (5-B-11(D,N)6-C-12,PAR,DA,,REL) F111801400003 COMMENT No explanation of relative units is given. F111801400004 DETECTOR (NAICR) A NaI(Tl) crystal 2 mm thick was used. F111801400005 SAMPLE The boron targets were prepared from enriched isotopes F111801400006 which were in the form of a "metallic" powder. A F111801400007 suspension of the B11 powder in polystyrene Q-dope F111801400008 thinner was prepared and a very small amount of F111801400009 polystyrene Q-dope was added to the suspension to serveF111801400010 as a binder. The suspension was then allowed to settle F111801400011 out onto the nickel foil as the liquid evaporated, F111801400012 leaving a uniform target 6 mg/cm2 thick. F111801400013 STATUS (CURVE) Fig.7 F111801400014 ENDBIB 12 0 F111801400015 COMMON 4 3 F111801400016 EN E-LVL ANG-ERR-D ERR-DIG F111801400017 MEV MEV ADEG ARB-UNITS F111801400018 10. 0. 0.3149 0.0102 F111801400019 ENDCOMMON 3 0 F111801400020 DATA 3 19 F111801400021 ANG-CM DATA-CM DATA-ERR F111801400022 ADEG ARB-UNITS ARB-UNITS F111801400023 10.545 4.2018 0.51121 F111801400024 15.454 6.3005 0.4574 F111801400025 21.999 7.1614 0.24215 F111801400026 32.363 5.3318 0.4843 F111801400027 42.182 2.3991 0.18834 F111801400028 52.545 1.6457 0.24218 F111801400029 63.454 1.9686 0.16143 F111801400030 74.364 1.6996 0.21525 F111801400031 83.636 1.565 0.13453 F111801400032 93.454 1.565 0.16139 F111801400033 103.82 1.4843 0.13448 F111801400034 113.64 1.4574 0.16151 F111801400035 123.45 1.4036 0.13445 F111801400036 124. 1.6458 0.13456 F111801400037 132.18 1.5112 0.13458 F111801400038 140.91 1.6458 0.13459 F111801400039 150.18 1.7803 0.13457 F111801400040 155.09 1.861 0.1614 F111801400041 160.55 2.3184 0.24215 F111801400042 ENDDATA 21 0 F111801400043 ENDSUBENT 42 0 F111801499999 SUBENT F1118015 20110322 F044F111801500001 BIB 5 12 F111801500002 REACTION (5-B-11(D,N)6-C-12,PAR,DA,,REL) F111801500003 COMMENT No explanation of relative units is given. F111801500004 DETECTOR (NAICR) A NaI(Tl) crystal 2 mm thick was used. F111801500005 SAMPLE The boron targets were prepared from enriched isotopes F111801500006 which were in the form of a "metallic" powder. A F111801500007 suspension of the B11 powder in polystyrene Q-dope F111801500008 thinner was prepared and a very small amount of F111801500009 polystyrene Q-dope was added to the suspension to serveF111801500010 as a binder. The suspension was then allowed to settle F111801500011 out onto the nickel foil as the liquid evaporated, F111801500012 leaving a uniform target 6 mg/cm2 thick. F111801500013 STATUS (CURVE) Fig.7 F111801500014 ENDBIB 12 0 F111801500015 COMMON 4 3 F111801500016 EN LVL-NUMB ANG-ERR-D ERR-DIG F111801500017 MEV NO-DIM ADEG ARB-UNITS F111801500018 10. 1. 0.3149 0.0102 F111801500019 ENDCOMMON 3 0 F111801500020 DATA 3 19 F111801500021 ANG-CM DATA-CM DATA-ERR F111801500022 ADEG ARB-UNITS ARB-UNITS F111801500023 10.912 6.3106 0.51178 F111801500024 15.749 8.8429 0.59259 F111801500025 22.269 9.7322 0.75421 F111801500026 26.684 7.9278 0.59265 F111801500027 32.759 5.2885 0.48485 F111801500028 43.199 2.5956 0.2963 F111801500029 54.085 3.4044 0.29629 F111801500030 64.434 3.9169 0.24242 F111801500031 74.285 2.7324 0.18855 F111801500032 85.74 2.7332 0.24238 F111801500033 95.556 2.8147 0.24251 F111801500034 105.33 4.1891 0.21549 F111801500035 114.6 4.513 0.24237 F111801500036 124.42 4.5676 0.21546 F111801500037 134.23 4.5682 0.21547 F111801500038 143.51 4.515 0.1886 F111801500039 152.79 4.1385 0.13468 F111801500040 157.7 3.9773 0.21553 F111801500041 162.61 4.0854 0.18849 F111801500042 ENDDATA 21 0 F111801500043 ENDSUBENT 42 0 F111801599999 ENDENTRY 15 0 F111899999999