ENTRY F0976 20090204 F035F097600000001 SUBENT F0976001 20090204 F035F097600100001 BIB 10 23 F097600100002 TITLE Reaction mechanisms in low energy inelastic proton F097600100003 scattering. F097600100004 AUTHOR (H.Taketani,W.P.Alford) F097600100005 INSTITUTE (1USAROC) F097600100006 REFERENCE (J,NP,32,430,1962) F097600100007 FACILITY (CYCLO) The 68.5 cm variable energy cyclotron. F097600100008 INC-SPECT The energy calibration of the analysed beam was F097600100009 accurate to about 0.5% and the energy spread was less F097600100010 than 0.5%. The energy spread of the unanalysed beam in F097600100011 the 15.2 cm scattering chamber was approximately 100 F097600100012 keV. F097600100013 DETECTOR (SCIN,CSICR) The 91.4 cm chamber was used. The F097600100014 scintillation counter used in these measurements F097600100015 consisted of a 0.051 cm CsI(TI) crystal bonded to the F097600100016 face of a DuMont-6291 photomultiplier. Another F097600100017 scintillation counter mounted on a port at 45 degr. wasF097600100018 used as a monitor. F097600100019 METHOD (PHD) F097600100020 ERR-ANALYS (ANG-ERR-D) Angle digitizing error F097600100021 (ERR-DIG) Data digitizing error F097600100022 (ERR-S) Errors from the graphic bars indicate F097600100023 the statistical uncertainties only. F097600100024 HISTORY (20090204C) F097600100025 ENDBIB 23 0 F097600100026 NOCOMMON 0 0 F097600100027 ENDSUBENT 26 0 F097600199999 SUBENT F0976002 20090204 F035F097600200001 BIB 3 5 F097600200002 REACTION (18-AR-40(P,INL)18-AR-40,PAR,DA,,REL) F097600200003 SAMPLE Commercially available argon gas (99.99% pure) was usedF097600200004 for the target material. Target thickness was 0.5 and F097600200005 1.0 mg/cm2. F097600200006 STATUS (CURVE) Fig.5 F097600200007 ENDBIB 5 0 F097600200008 COMMON 3 3 F097600200009 EN-CM ANG-ERR-D ERR-DIG F097600200010 MEV ADEG ARB-UNITS F097600200011 6.14 0.067 0.007 F097600200012 ENDCOMMON 3 0 F097600200013 DATA 4 38 F097600200014 E-LVL ANG-CM DATA-CM ERR-S F097600200015 MEV ADEG ARB-UNITS ARB-UNITS F097600200016 1.46 32.915 7.1978 1.9833 F097600200017 1.46 37.3 4.7809 0.6451 F097600200018 1.46 42.889 5.0972 0.6153 F097600200019 1.46 53.378 4.1798 0.3583 F097600200020 1.46 63.026 3.9958 0.2684 F097600200021 1.46 72.842 3.4952 0.1821 F097600200022 1.46 85.873 2.911 F097600200023 1.46 93.996 2.4938 F097600200024 1.46 102.97 2.7765 0.2155 F097600200025 1.46 113.98 3.2758 F097600200026 1.46 122.95 3.4419 F097600200027 1.46 133.95 3.4245 0.2438 F097600200028 1.46 144.28 3.6571 F097600200029 1.46 154.1 3.4398 0.2362 F097600200030 2.22 37.28 2.7662 0.7564 F097600200031 2.22 53.187 1.5166 0.2532 F097600200032 2.22 62.838 1.9043 0.2025 F097600200033 2.22 72.992 1.2119 F097600200034 2.22 86.029 1.532 0.2723 F097600200035 2.22 93.815 1.2447 F097600200036 2.22 102.96 1.1768 0.2194 F097600200037 2.22 113.96 1.5307 F097600200038 2.22 122.93 1.7329 0.2326 F097600200039 2.22 133.94 1.8336 F097600200040 2.22 144.26 1.9007 0.2715 F097600200041 2.22 153.74 1.7821 F097600200042 2.66 37.508 2.7852 0.3932 F097600200043 2.66 53.155 2.289 0.3077 F097600200044 2.66 63.085 2.7332 0.2141 F097600200045 2.66 72.676 2.6133 F097600200046 2.66 85.632 2.5274 0.2262 F097600200047 2.66 93.707 1.7409 F097600200048 2.66 102.63 2.2705 0.2564 F097600200049 2.66 113.4 2.1676 F097600200050 2.66 122.31 2.1674 0.2452 F097600200051 2.66 133.59 1.4491 F097600200052 2.66 143.01 1.6881 0.2393 F097600200053 2.66 153.44 1.6707 F097600200054 ENDDATA 40 0 F097600200055 ENDSUBENT 54 0 F097600299999 SUBENT F0976003 20090204 F035F097600300001 BIB 3 7 F097600300002 REACTION (29-CU-65(P,INL)29-CU-65,PAR,DA,,REL) F097600300003 SAMPLE The 65Cu target was made by evaporating metallic 65Cu F097600300004 onto a tungsten plate. After a sufficient thickness of F097600300005 65Cu had accumulated on the plate, the copper film was F097600300006 easily peeled off to obtain a self-supporting foil. F097600300007 Target thickness was 0.5 mg/cm2. F097600300008 STATUS (CURVE) Fig.6 F097600300009 ENDBIB 7 0 F097600300010 COMMON 3 3 F097600300011 EN-CM ANG-ERR-D ERR-DIG F097600300012 MEV ADEG ARB-UNITS F097600300013 6.83 0.125 0.009 F097600300014 ENDCOMMON 3 0 F097600300015 DATA 4 12 F097600300016 E-LVL ANG-CM DATA-CM ERR-S F097600300017 MEV ADEG ARB-UNITS ARB-UNITS F097600300018 1.114 45.957 4.4134 0.431 F097600300019 1.114 51.27 2.5686 0.4483 F097600300020 1.114 61.143 1.9995 0.3276 F097600300021 1.114 75.825 1.0511 0.2586 F097600300022 1.114 90.255 1.0166 0.2414 F097600300023 1.482 46.1 4.4603 0.5062 F097600300024 1.482 51.217 2.6881 0.4051 F097600300025 1.482 61.445 2.2494 0.2869 F097600300026 1.482 75.765 0.9162 0.2701 F097600300027 1.482 90.595 1.0176 0.2194 F097600300028 1.482 106.45 1.3383 0.3038 F097600300029 1.482 121.28 1.406 0.2735 F097600300030 ENDDATA 14 0 F097600300031 ENDSUBENT 30 0 F097600399999 SUBENT F0976004 20090204 F035F097600400001 BIB 4 5 F097600400002 REACTION (28-NI-58(P,INL)28-NI-58,PAR,DA) F097600400003 MONITOR (28-NI-58(P,EL)28-NI-58,,DA) F097600400004 SAMPLE Isotopically enriched target of 58Ni with the thicknessF097600400005 of 1.8 mg/cm2 was used. F097600400006 STATUS (CURVE) Fig.7 F097600400007 ENDBIB 5 0 F097600400008 COMMON 3 3 F097600400009 E-LVL ANG-ERR-D ERR-DIG F097600400010 MEV ADEG MB/SR F097600400011 1.454 0.125 0.009 F097600400012 ENDCOMMON 3 0 F097600400013 DATA 4 50 F097600400014 EN-CM ANG-CM DATA-CM ERR-S F097600400015 MEV ADEG MB/SR MB/SR F097600400016 4.70 38.032 4.1184 1.3613 F097600400017 4.70 44.271 3.5975 0.9412 F097600400018 4.70 48.317 3.7993 0.5546 F097600400019 4.70 58.095 3.9675 0.4706 F097600400020 4.70 68.212 3.6988 0.3529 F097600400021 4.70 77.991 3.5814 0.4034 F097600400022 4.70 87.601 3.7496 0.3193 F097600400023 4.70 91.141 3.9514 0.3025 F097600400024 4.70 93.838 4.0523 0.3193 F097600400025 4.70 98.054 3.6658 0.3866 F097600400026 4.70 111.88 3.8509 F097600400027 4.70 122.67 3.8848 0.3529 F097600400028 4.70 131.6 4.3051 F097600400029 4.70 142.39 3.9524 0.3361 F097600400030 4.70 152.17 4.1206 F097600400031 4.70 162.29 4.1208 0.3698 F097600400032 5.64 33.126 9.3702 1.1286 F097600400033 5.64 38.523 8.6566 0.9127 F097600400034 5.64 47.12 9.1216 0.5311 F097600400035 5.64 57.912 8.5243 0.3816 F097600400036 5.64 69.376 8.6408 0.3154 F097600400037 5.64 77.808 7.8444 0.3485 F097600400038 5.64 87.925 7.6952 0.2822 F097600400039 5.64 92.813 8.0771 0.2782 F097600400040 5.64 102.09 7.7952 F097600400041 5.64 111.02 8.0942 0.2796 F097600400042 5.64 121.98 8.526 F097600400043 5.64 131.59 8.7586 0.332 F097600400044 5.64 141.7 8.9912 F097600400045 5.64 152.83 8.228 0.3817 F097600400046 5.64 162.45 7.5976 F097600400047 5.64 169.19 7.6973 0.2834 F097600400048 6.65 64.387 16.6 1.0756 F097600400049 6.65 74.381 13.912 0.5862 F097600400050 6.65 82.819 13.493 0.6724 F097600400051 6.65 86.704 13.04 0.8571 F097600400052 6.65 93.79 12.79 F097600400053 6.65 98.003 12.874 0.5546 F097600400054 6.65 107.12 12.136 F097600400055 6.65 116.55 13.096 F097600400056 6.65 126.64 14.241 0.5468 F097600400057 6.65 137.28 13.268 F097600400058 6.65 147.07 12.446 0.605 F097600400059 6.65 156.87 11.422 F097600400060 6.80 21.135 12.155 1.5966 F097600400061 6.80 30.351 15.384 1.1092 F097600400062 6.80 37.06 17.368 0.8571 F097600400063 6.80 51.042 18.076 0.605 F097600400064 6.80 60.842 16.851 0.6387 F097600400065 6.80 76.567 14.265 0.6142 F097600400066 ENDDATA 52 0 F097600400067 ENDSUBENT 66 0 F097600499999 SUBENT F0976005 20090204 F035F097600500001 BIB 4 5 F097600500002 REACTION (28-NI-60(P,INL)28-NI-60,PAR,DA) F097600500003 MONITOR (28-NI-60(P,EL)28-NI-60,,DA) F097600500004 SAMPLE Isotopically enriched target of 60Ni with the thicknessF097600500005 of 2.2 mg/cm2 was used. F097600500006 STATUS (CURVE) Fig.8 F097600500007 ENDBIB 5 0 F097600500008 COMMON 3 3 F097600500009 E-LVL ANG-ERR-D ERR-DIG F097600500010 MEV ADEG MB/SR F097600500011 1.333 0.084 0.001 F097600500012 ENDCOMMON 3 0 F097600500013 DATA 4 47 F097600500014 EN-CM ANG-CM DATA-CM ERR-S F097600500015 MEV ADEG MB/SR MB/SR F097600500016 4.69 40.905 2.8477 1.661 F097600500017 4.69 47.649 2.8477 0.8305 F097600500018 4.69 56.247 3.3393 0.4746 F097600500019 4.69 67.374 2.9665 0.3051 F097600500020 4.69 77.828 2.8988 0.2373 F097600500021 4.69 86.932 3.3056 0.8125 F097600500022 4.69 101.26 2.6786 0.5593 F097600500023 4.69 110.87 3.0176 0.2432 F097600500024 4.69 121.49 3.1532 F097600500025 4.69 131.61 3.2719 0.3245 F097600500026 4.69 140.71 3.2212 F097600500027 4.69 151.34 3.1026 0.2542 F097600500028 4.69 161.12 3.2382 F097600500029 4.69 168.03 3.1027 0.2138 F097600500030 5.63 38.539 5.0258 1.1933 F097600500031 5.63 47.137 5.2107 0.7059 F097600500032 5.63 57.421 5.8664 0.5378 F097600500033 5.63 67.874 5.648 0.3025 F097600500034 5.63 77.148 5.0935 0.3193 F097600500035 5.63 87.264 4.9928 0.2462 F097600500036 5.63 90.973 4.7576 0.2372 F097600500037 5.63 101.26 4.9762 F097600500038 5.63 111.37 4.9763 0.2353 F097600500039 5.63 121.49 5.279 F097600500040 5.63 131.27 5.8169 0.3361 F097600500041 5.63 141.05 5.8003 F097600500042 5.63 151.33 5.7332 0.2857 F097600500043 5.63 161.11 5.7501 F097600500044 5.63 167.35 5.7838 0.3529 F097600500045 6.65 50.666 13.178 1.119 F097600500046 6.65 63.145 10.99 0.9186 F097600500047 6.65 71.241 8.953 0.7015 F097600500048 6.65 82.033 7.5837 0.501 F097600500049 6.65 85.742 7.6171 0.7516 F097600500050 6.65 93.836 6.9158 0.8184 F097600500051 6.65 97.376 7.3167 0.4676 F097600500052 6.65 105.3 7.8178 0.4509 F097600500053 6.65 117.27 7.5842 0.334 F097600500054 6.65 124.18 8.1521 0.4612 F097600500055 6.65 135.31 8.4028 0.3507 F097600500056 6.65 145.59 8.5032 0.3743 F097600500057 6.65 157.73 8.6871 0.3841 F097600500058 6.80 28.915 13.996 1.119 F097600500059 6.80 36.84 13.729 0.6848 F097600500060 6.80 44.09 12.994 0.7516 F097600500061 6.80 59.266 11.575 0.6347 F097600500062 6.80 73.77 8.7359 0.5846 F097600500063 ENDDATA 49 0 F097600500064 ENDSUBENT 63 0 F097600599999 ENDENTRY 5 0 F097699999999