ENTRY P0051 20220421 C217P005100000001 SUBENT P0051001 20220421 C217P005100100001 BIB 10 23 P005100100002 TITLE Activation cross sections for C12(p,pn)C11, P005100100003 O16(p,alpha)N13, and F19(p,pn)F18 P005100100004 AUTHOR (A.B.Whitehead,J.S.Foster) P005100100005 REFERENCE (J,CJP,36,1276,1958) P005100100006 #doi:10.1139/p58-132 P005100100007 INSTITUTE (1CANMCG) P005100100008 FACILITY (SYNCY,1CANMCG) P005100100009 DETECTOR (NAICR) NaI scintillation crystal. P005100100010 METHOD (STTA,ACTIV) After irradiation, the foils were cut P005100100011 from the stack and mounted individually between 1/4 P005100100012 in. aluminum disks; then the annihilation radiation P005100100013 was counted with a NaI scintillation crystal. All the P005100100014 active isotopes decayed by pure positron emission. P005100100015 ANALYSIS (DECAY) P005100100016 ERR-ANALYS (ERR-SYS) The relative accuracy of the points from one P005100100017 stack. P005100100018 (ERR-1) Decay rates accuracy. P005100100019 HISTORY (19830620T) Converted to EXFOR format by IAEA-NDS. P005100100020 (20000811A) Converted to new date formats, BIB updated.P005100100021 (20220421A) BP: Added doi, ANALYSIS, ERR-ANALYS, P005100100022 DETECTOR, total energy spread, digitized (unobtainable P005100100023 data) per an NRDC decision for data sets that were P005100100024 published before 2000 (C32 of WP2022-01). P005100100025 ENDBIB 23 0 P005100100026 COMMON 1 3 P005100100027 EN-ERR P005100100028 PER-CENT P005100100029 3.0 P005100100030 ENDCOMMON 3 0 P005100100031 ENDSUBENT 30 0 P005100199999 SUBENT P0051002 20220421 C217P005100200001 BIB 5 8 P005100200002 REACTION (6-C-12(P,X)6-C-11,,SIG) P005100200003 SAMPLE Polyethylene targets alternating with aluminum foils. P005100200004 Polyethylene areal density 10 mg/cm2. P005100200005 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. P005100200006 STATUS (CPX) Data from CPX file compiled in 1964/67 by P005100200007 F.K. McGowan et al. P005100200008 HISTORY (19850829A) Corrected by NNDC. P005100200009 (20000811A) Reaction corrected. P005100200010 ENDBIB 8 0 P005100200011 COMMON 2 3 P005100200012 ERR-SYS ERR-1 P005100200013 PER-CENT PER-CENT P005100200014 3.0 2.0 P005100200015 ENDCOMMON 3 0 P005100200016 DATA 3 31 P005100200017 EN DATA DATA-ERR P005100200018 MEV MB MB P005100200019 27.6 76.5 P005100200020 28.1 77.5 P005100200021 28.7 80.0 P005100200022 29.4 81.9 P005100200023 29.9 84.9 P005100200024 30.6 84.7 P005100200025 31.1 85.6 P005100200026 31.8 88.8 P005100200027 32.4 86.3 P005100200028 33.1 87.1 P005100200029 33.4 87.2 P005100200030 33.7 88.9 P005100200031 34.0 88.2 P005100200032 34.5 88.1 P005100200033 34.8 89.1 P005100200034 35.2 86.6 P005100200035 35.7 85.5 P005100200036 36.2 84.8 P005100200037 36.6 85.7 P005100200038 37.1 85.5 P005100200039 37.6 86.0 P005100200040 38.0 86.3 P005100200041 38.3 86.7 P005100200042 38.5 84.8 P005100200043 38.8 86.4 P005100200044 39.2 86.2 P005100200045 39.6 85.3 P005100200046 40.0 81.4 P005100200047 41.0 83.2 P005100200048 41.4 84.7 P005100200049 41.8 84.7 3.450 P005100200050 ENDDATA 33 0 P005100200051 ENDSUBENT 50 0 P005100299999 SUBENT P0051003 20220421 C217P005100300001 BIB 6 8 P005100300002 REACTION (6-C-12(P,X)6-C-11,,SIG) P005100300003 MONITOR (6-C-12(P,X)6-C-11,,SIG) P005100300004 MONIT-REF (B0077001,R.Lee Aamodt+,J,PR,88,739,1952) P005100300005 SAMPLE Very thin polyethylene targets alternating with P005100300006 aluminum foils. P005100300007 STATUS (CPX) Data from CPX file compiled in 1964/67 by P005100300008 F.K. McGowan et al. P005100300009 HISTORY (20000811A) Reaction corrected. P005100300010 ENDBIB 8 0 P005100300011 COMMON 2 3 P005100300012 ERR-SYS ERR-1 P005100300013 PER-CENT PER-CENT P005100300014 5.0 2.0 P005100300015 ENDCOMMON 3 0 P005100300016 DATA 2 36 P005100300017 EN DATA P005100300018 MEV MB P005100300019 18.0 0.1 P005100300020 18.3 0.8 P005100300021 18.6 2.0 P005100300022 18.8 3.0 P005100300023 18.9 6.1 P005100300024 19.1 10.2 P005100300025 19.3 13.7 P005100300026 19.3 18.1 P005100300027 19.6 20.1 P005100300028 19.8 25.0 P005100300029 20.2 30.0 P005100300030 20.5 32.6 P005100300031 21.1 35.2 P005100300032 21.7 39.0 P005100300033 22.3 46.1 P005100300034 23.0 47.2 P005100300035 23.7 51.4 P005100300036 24.3 54.3 P005100300037 24.5 56.3 P005100300038 24.7 57.7 P005100300039 24.9 58.5 P005100300040 25.5 64.5 P005100300041 25.5 65.6 P005100300042 25.9 70.5 P005100300043 26.2 71.8 P005100300044 26.6 76.9 P005100300045 27.3 77.7 P005100300046 27.7 78.0 P005100300047 28.4 78.4 P005100300048 28.9 79.9 P005100300049 29.2 84.9 P005100300050 29.7 86.7 P005100300051 30.2 88.1 P005100300052 30.8 90.9 P005100300053 31.3 91.6 P005100300054 31.8 96.2 P005100300055 ENDDATA 38 0 P005100300056 ENDSUBENT 55 0 P005100399999 SUBENT P0051004 20220421 C217P005100400001 BIB 7 8 P005100400002 REACTION (8-O-16(P,A)7-N-13,,SIG) P005100400003 SAMPLE C4H6O2 samples alternating with aluminum foils. P005100400004 ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. P005100400005 MONITOR (6-C-12(P,X)6-C-11,,SIG) P005100400006 CORRECTION Corrected for 13C(p,n)13N background. P005100400007 STATUS (CPX) Data from CPX file compiled in 1964/67 by P005100400008 F.K. McGowan et al. P005100400009 HISTORY (19850829A) Corrected by NNDC. P005100400010 ENDBIB 8 0 P005100400011 COMMON 2 3 P005100400012 ERR-SYS ERR-1 P005100400013 PER-CENT PER-CENT P005100400014 5.0 2.0 P005100400015 ENDCOMMON 3 0 P005100400016 DATA 3 60 P005100400017 EN DATA DATA-ERR P005100400018 MEV MB MB P005100400019 6.22 1.2 P005100400020 6.41 1.8 P005100400021 6.57 2.3 P005100400022 7.01 3.1 P005100400023 7.26 3.6 P005100400024 7.45 5.3 P005100400025 7.80 9.0 P005100400026 8.04 22.9 P005100400027 8.19 34.4 P005100400028 8.57 40.3 P005100400029 8.77 37.0 P005100400030 9.02 28.2 P005100400031 9.14 24.2 P005100400032 9.19 21.0 P005100400033 9.31 17.7 P005100400034 9.44 12.3 P005100400035 9.51 11.4 P005100400036 9.69 8.7 P005100400037 9.84 9.0 P005100400038 9.90 10.2 P005100400039 10.00 13.3 P005100400040 10.20 17.5 P005100400041 10.40 22.0 P005100400042 10.60 25.9 P005100400043 10.70 32.1 P005100400044 10.90 38.2 P005100400045 11.10 47.3 P005100400046 11.20 49.0 1.750 P005100400047 11.30 49.2 P005100400048 11.40 45.0 P005100400049 11.50 44.3 P005100400050 11.60 37.1 P005100400051 11.70 37.8 P005100400052 11.90 31.1 P005100400053 11.90 32.7 P005100400054 12.00 28.6 P005100400055 12.30 29.6 P005100400056 12.50 27.4 P005100400057 12.60 27.5 P005100400058 12.60 26.4 P005100400059 12.80 27.1 P005100400060 12.90 29.1 P005100400061 12.90 27.2 P005100400062 13.10 27.1 P005100400063 13.20 24.0 P005100400064 13.30 24.0 P005100400065 13.40 20.9 P005100400066 13.50 19.1 P005100400067 13.70 19.2 P005100400068 13.90 19.0 P005100400069 13.90 21.1 P005100400070 14.10 25.1 P005100400071 14.30 32.1 P005100400072 14.50 38.2 P005100400073 14.60 40.0 P005100400074 14.90 37.7 P005100400075 15.10 32.3 P005100400076 15.20 29.1 P005100400077 15.40 29.3 P005100400078 15.60 28.6 P005100400079 ENDDATA 62 0 P005100400080 ENDSUBENT 79 0 P005100499999 SUBENT P0051005 20220421 C217P005100500001 BIB 7 17 P005100500002 REACTION (9-F-19(P,X)9-F-18,,SIG) P005100500003 SAMPLE Teflon (CF2) targets. P005100500004 MONITOR (6-C-12(P,X)6-C-11,,SIG) P005100500005 METHOD The relative fluorine cross sections over each stack P005100500006 were determined by assuming the same proton flux P005100500007 passing through each foil. In order to normalize the P005100500008 composite curve relative to the carbon cross section, P005100500009 the carbon activity in each foil was plotted. The P005100500010 complete fluorine excitation curve was normalized so P005100500011 that the carbon points fit the known curve. P005100500012 ERR-ANALYS (DATA-ERR) Owing to the poor matching, the absolute P005100500013 magnitude of the fluorine cross section has a 10% P005100500014 uncertainty, but the shape of the curve appears to be P005100500015 consistent. P005100500016 STATUS (CURVE) Fig. 3, page 1284. P005100500017 HISTORY (20000811C) P005100500018 (20220421A) BP: Digitized data. P005100500019 ENDBIB 17 0 P005100500020 COMMON 3 3 P005100500021 DATA-ERR ERR-SYS ERR-1 P005100500022 PER-CENT PER-CENT PER-CENT P005100500023 10.0 5.0 2.0 P005100500024 ENDCOMMON 3 0 P005100500025 DATA 2 27 P005100500026 EN DATA P005100500027 MEV MB P005100500028 9.772 0.506 P005100500029 11.517 9.965 P005100500030 12.540 18.370 P005100500031 13.260 26.435 P005100500032 14.130 38.370 P005100500033 14.810 50.336 P005100500034 15.301 58.826 P005100500035 15.488 65.418 P005100500036 16.093 76.227 P005100500037 16.772 89.361 P005100500038 17.075 93.987 P005100500039 17.982 108.254 P005100500040 18.400 108.187 P005100500041 18.779 112.800 P005100500042 19.539 118.038 P005100500043 19.802 122.374 P005100500044 20.029 123.896 P005100500045 22.276 114.969 P005100500046 22.695 112.954 P005100500047 23.379 111.676 P005100500048 23.874 110.819 P005100500049 24.255 109.200 P005100500050 24.818 102.195 P005100500051 25.305 105.117 P005100500052 25.664 102.060 P005100500053 26.088 99.325 P005100500054 26.969 93.518 P005100500055 ENDDATA 29 0 P005100500056 ENDSUBENT 55 0 P005100599999 ENDENTRY 5 0 P005199999999