ENTRY B0016 20211221 B032B001600000001
SUBENT B0016001 20211221 B032B001600100001
BIB 10 34 B001600100002
TITLE Excitation functions of some monitor reactions B001600100003
AUTHOR (S.Meghir) B001600100004
INSTITUTE (1CANMCG) Department of chemistry B001600100005
REFERENCE (T,MEGHIR,196206) B001600100006
PhD thesis submitted to McGill Univ. in June 1962. B001600100007
FACILITY (SYNCY,1CANMCG) B001600100008
METHOD (INTB,SITA,MOSEP,CHSEP) B001600100009
SAMPLE Target of 3 foils of natural aluminium, graphite and B001600100010
natural copper, where the beam impinged first on the B001600100011
Al-foil. The total target thickness never exceeded 84 B001600100012
mg/cm**2. B001600100013
The following specifications are given: B001600100014
for Al - purity greater than 99.9 %, thickness B001600100015
13.30+-0.15 mg/cm**2. B001600100016
For C - prepared from high purity graphite electrodes, B001600100017
thickness between 18 and 25 mg/cm**2. B001600100018
For Cu - purity 99.99 %, thickness 45.57+-0.1 mg/cm**2.B001600100019
ANALYSIS The cross sections were determined by two independent B001600100020
measurements with beta- and gamma detectors, B001600100021
respectively. B001600100022
DETECTOR (PROPC) In case of the beta-measurements the monitor B001600100023
C-11 was counted with a gas proportional counter. B001600100024
(D4PI) The product nuclides Cu-64 and Na-24 with a B001600100025
4PI-counter. B001600100026
(NAICR) For the gamma-measurements a well-type B001600100027
scintillation counter was used in all cases. B001600100028
HISTORY (19771005C) PFKW B001600100029
(19940616A) Some corrections have been included by B001600100030
CAJAD B001600100031
(20020202A) Subentry B0016003 is corrected. B001600100032
(20020205U) Last checking has been done. B001600100033
(20211217A) VS. Major revison. B001600100034
004 deleted due to the absence of the reviewed B001600100035
publication for RNORM data. B001600100036
ENDBIB 34 0 B001600100037
NOCOMMON 0 0 B001600100038
ENDSUBENT 37 0 B001600199999
SUBENT B0016002 20211221 B032B001600200001
BIB 12 42 B001600200002
REACTION (29-CU-65(P,X)29-CU-64,,SIG) B001600200003
DECAY-DATA (29-CU-64,12.8HR,B-,570.,0.38,B+,660.,0.19) B001600200004
DETECTOR (PROPC) In case of the beta-measurements the monitor B001600200005
C-11 was counted with a gas proportional counter. B001600200006
(D4PI) The product nuclides Cu-64 and Na-24 with a B001600200007
4PI-counter. B001600200008
MONITOR (6-C-12(P,X)6-C-11,,SIG) B001600200009
COMMENT - by KACHAPAG - B001600200010
Meghir used the original values given by Aamodt loweredB001600200011
by 13 % according to W.E.Crandall et al., Phys.Rev,101,B001600200012
329,1952. B001600200013
MONIT-REF (B0077002,R.L.Aamodt+,J,PR,88,739,1952) B001600200014
DECAY-MON (6-C-11,20.5MIN,B+,970.,1.0) B001600200015
CORRECTION Recoil losses were checked and found to be B001600200016
insignificant for the energy range and target B001600200017
thickness used. B001600200018
FLAG (1.) Irradiation No. 3; irradiation time 0.500 h. B001600200019
(2.) Irradiation No. 4; irradiation time 0.750 h. B001600200020
(3.) Irradiation No. 14; irradiation time 0.392 h. B001600200021
(4.) Irradiation No. 15; irradiation time 0.500 h. B001600200022
ERR-ANALYS (ERR-T) The given errors are total errors (standard B001600200023
deviations) resulting from the combined measurements ofB001600200024
product nuclide and monitor. B001600200025
This total error in the case of beta- consists of: B001600200026
decay data (+-2%), B001600200027
(ERR-S) Statistics (+-1 %) B001600200028
(ERR-1) Dilution factor (+-2%), B001600200029
(ERR-2) Self-absorption, absorption (+-2%), B001600200030
(ERR-3) Chemical yield (+-3%), B001600200031
(ERR-4) Target thickness (1%), B001600200032
(ERR-5) Beam stability (1%), B001600200033
(ERR-6) Abundance (+-1%), B001600200034
(MONIT-ERR) Monitor reaction values (+- 10%) B001600200035
additional errors are included for the monitor B001600200036
measurement B001600200037
(ERR-7) Decay rate with the gas counter (+-6.1%) B001600200038
(ERR-8) Graphite thickness (+-3%), B001600200039
(ERR-9) Beam stability monitor measurement (+-2%) B001600200040
(ERR-10) Abundance monitor (+-1%). B001600200041
The energy spread of the beam was +-2 MeV. B001600200042
STATUS (TABLE) Table XIII of the thesis. B001600200043
HISTORY (20211217A) VS. Major revison. B001600200044
ENDBIB 42 0 B001600200045
COMMON 13 9 B001600200046
EN-RSL-HW ERR-S ERR-1 ERR-2 ERR-3 ERR-4 B001600200047
ERR-5 ERR-6 ERR-7 ERR-8 ERR-9 ERR-10 B001600200048
MONIT-ERR B001600200049
MEV PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600200050
PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600200051
PER-CENT B001600200052
2. 1. 2. 2. 3. 1. B001600200053
1. 1. 6.1 3. 2. 1. B001600200054
10. B001600200055
ENDCOMMON 9 0 B001600200056
DATA 5 12 B001600200057
EN DATA ERR-T MONIT FLAG B001600200058
MEV MB MB MB NO-DIM B001600200059
21. 338. 51. 13.5 B001600200060
27. 361. 54. 58.5 B001600200061
33. 249. 37. 80.0 1. B001600200062
33. 301. 45. 80.0 2. B001600200063
38. 285. 43. 86.0 B001600200064
43. 290. 43. 87.0 B001600200065
45.5 308. 46. 87.0 B001600200066
50. 221. 33. 86.5 B001600200067
62. 157. 23. 79.5 B001600200068
72. 154. 23. 74.5 B001600200069
82. 154. 23. 70.0 3. B001600200070
82. 190. 28. 70.0 4. B001600200071
ENDDATA 14 0 B001600200072
ENDSUBENT 71 0 B001600299999
SUBENT B0016003 20211221 B032B001600300001
BIB 12 44 B001600300002
REACTION (13-AL-27(P,X)11-NA-24,,SIG) B001600300003
DECAY-DATA (11-NA-24,14.9HR,B-,1390.,1.0) B001600300004
DETECTOR (PROPC) In case of the beta-measurements the monitor B001600300005
C-11 was counted with a gas proportional counter. B001600300006
(D4PI) The product nuclides Cu-64 and Na-24 with a B001600300007
4PI-counter. B001600300008
MONITOR (6-C-12(P,X)6-C-11,,SIG) B001600300009
COMMENT - by KACHAPAG - B001600300010
Meghir used the original values given by Aamodt loweredB001600300011
by 13 % according to W.E.Crandall et al., Phys.Rev,101,B001600300012
329,1952. B001600300013
MONIT-REF (B0077002,R.L.Aamodt+,J,PR,88,739,1952) B001600300014
DECAY-MON (6-C-11,20.5MIN,B+,970.,1.0) B001600300015
CORRECTION All measurements were corrected for the activity of theB001600300016
long-lived Na-22 activity (T1/2=2.58 Y) generally B001600300017
produced when aluminium is bombarded with protons. B001600300018
Recoil losses were checked and found to be B001600300019
insignificant for the energy range and target B001600300020
thickness used. B001600300021
FLAG (1.) Irradiation No. 3; irradiation time 0.500 h. B001600300022
(2.) Irradiation No. 4; irradiation time 0.750 h. B001600300023
(3.) Irradiation No. 14; irradiation time 0.392 h. B001600300024
(4.) Irradiation No. 15; irradiation time 0.500 h. B001600300025
ERR-ANALYS (ERR-T) The given errors are total errors (standard B001600300026
deviations) resulting from the combined measurements ofB001600300027
product nuclide and monitor. B001600300028
This total error in the case of beta- consists of: B001600300029
decay data (+-1%), B001600300030
(ERR-S) Statistics (+-1 %) B001600300031
(ERR-1) Dilution factor (+-2%), B001600300032
(ERR-2) Chemical yield (+-2%), B001600300033
(ERR-3) Target thickness (1%), B001600300034
(ERR-4) Beam stability (1%), B001600300035
(ERR-5) Abundance (+-1%), B001600300036
(MONIT-ERR) Monitor reaction values (+- 10%) B001600300037
additional errors are included for the monitor B001600300038
measurement B001600300039
(ERR-6) Decay rate with the gas counter (+-6.1%) B001600300040
(ERR-7) Graphite thickness (+-3%), B001600300041
(ERR-8) Beam stability monitor measurement (+-2%) B001600300042
(ERR-9) Abundance monitor (+-1%). B001600300043
The energy spread of the beam was +-2 MeV. B001600300044
STATUS (TABLE) Table XII of the thesis. B001600300045
HISTORY (20211217A) VS. Major revison. B001600300046
ENDBIB 44 0 B001600300047
COMMON 12 6 B001600300048
EN-RSL-HW ERR-S ERR-1 ERR-2 ERR-3 ERR-4 B001600300049
ERR-5 ERR-6 ERR-7 ERR-8 ERR-9 MONIT-ERR B001600300050
MEV PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600300051
PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600300052
2. 1. 2. 2. 1. 1. B001600300053
1. 6.1 3. 2. 1. 10. B001600300054
ENDCOMMON 6 0 B001600300055
DATA 5 15 B001600300056
EN DATA ERR-T MONIT FLAG B001600300057
MEV MB MB MB NO-DIM B001600300058
27. 0.007 0.001 58.5 B001600300059
33. 0.184 0.026 80.0 1. B001600300060
33. 0.224 0.031 80.0 2. B001600300061
38. 0.744 0.104 86.0 B001600300062
43. 3.23 0.45 87.0 B001600300063
45.5 2.73 0.38 87.0 B001600300064
50. 3.75 0.52 86.5 B001600300065
57. 12.4 1.73 82.5 B001600300066
62. 11.3 1.6 79.5 B001600300067
67. 14.2 2. 77.5 B001600300068
72. 14.4 2. 74.5 B001600300069
75. 12.8 1.8 73.0 B001600300070
82. 12.8 1.8 70.0 3. B001600300071
82. 15.6 2.2 70.0 4. B001600300072
86.5 12.6 1.7 68.0 B001600300073
ENDDATA 17 0 B001600300074
ENDSUBENT 73 0 B001600399999
NOSUBENT B0016004 20211222 B032B001600400001
SUBENT B0016005 20211221 B032B001600500001
BIB 11 29 B001600500002
REACTION (29-CU-65(P,X)29-CU-64,,SIG) B001600500003
RAD-DET (29-CU-64,AR) B001600500004
DETECTOR (NAICR) For the gamma-measurements a well-type B001600500005
scintillation counter was used in all cases. B001600500006
MONITOR (6-C-12(P,X)6-C-11,,SIG) B001600500007
COMMENT - by KACHAPAG - B001600500008
Meghir used the original values given by Aamodt loweredB001600500009
by 13 % according to W.E.Crandall et al., Phys.Rev,101,B001600500010
329,1952. B001600500011
MONIT-REF (B0077002,R.L.Aamodt+,J,PR,88,739,1952) B001600500012
DECAY-MON (6-C-11,20.5MIN,B+,970.,1.0) B001600500013
CORRECTION Recoil losses were checked and found to be B001600500014
insignificant for the energy range and target B001600500015
thickness used. B001600500016
ERR-ANALYS (ERR-T) The given errors are total errors (standard B001600500017
deviations) resulting from the combined measurements ofB001600500018
product nuclide and monitor. B001600500019
For the gamma-measurement the error was determined to B001600500020
be 16% B001600500021
(MONIT-ERR) Monitor reaction values (+- 10%) B001600500022
additional errors are included for the monitor B001600500023
measurement B001600500024
(ERR-1) Decay rate with the gas counter (+-6.1%) B001600500025
(ERR-2) Graphite thickness (+-3%), B001600500026
(ERR-3) Beam stability monitor measurement (+-2%) B001600500027
(ERR-4) Abundance monitor (+-1%). B001600500028
The energy spread of the beam was +-2 MeV. B001600500029
STATUS (TABLE) Table XIII of the thesis. B001600500030
HISTORY (20211217A) VS. Moved from 002.2. B001600500031
ENDBIB 29 0 B001600500032
COMMON 6 3 B001600500033
EN-RSL-HW ERR-1 ERR-2 ERR-3 ERR-4 MONIT-ERR B001600500034
MEV PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600500035
2. 6.1 3. 2. 1. 10. B001600500036
ENDCOMMON 3 0 B001600500037
DATA 4 9 B001600500038
EN DATA ERR-T MONIT B001600500039
MEV MB MB MB B001600500040
21. 349. 61. 13.5 B001600500041
27. 363. 64. 58.5 B001600500042
33. 238. 42. 80.0 B001600500043
38. 263. 46. 86.0 B001600500044
43. 291. 51. 87.0 B001600500045
45.5 260. 46. 87.0 B001600500046
50. 198. 35. 86.5 B001600500047
62. 195. 34. 79.5 B001600500048
72. 156. 27. 74.5 B001600500049
ENDDATA 11 0 B001600500050
ENDSUBENT 49 0 B001600599999
SUBENT B0016006 20211221 B032B001600600001
BIB 11 32 B001600600002
REACTION (13-AL-27(P,X)11-NA-24,,SIG) B001600600003
DECAY-DATA (11-NA-24,14.9HR,DG,1368.,1.0) B001600600004
DETECTOR (NAICR) For the gamma-measurements a well-type B001600600005
scintillation counter was used in all cases. B001600600006
MONITOR (6-C-12(P,X)6-C-11,,SIG) B001600600007
COMMENT - by KACHAPAG - B001600600008
Meghir used the original values given by Aamodt loweredB001600600009
by 13 % according to W.E.Crandall et al., Phys.Rev,101,B001600600010
329,1952. B001600600011
MONIT-REF (B0077002,R.L.Aamodt+,J,PR,88,739,1952) B001600600012
DECAY-MON (6-C-11,20.5MIN,B+,970.,1.0) B001600600013
CORRECTION All measurements were corrected for the activity of theB001600600014
long-lived Na-22 activity (T1/2=2.58 y) generally B001600600015
produced when aluminium is bombarded with protons. B001600600016
Recoil losses were checked and found to be B001600600017
insignificant for the energy range and target B001600600018
thickness used. B001600600019
ERR-ANALYS (ERR-T) The given errors are total errors (standard B001600600020
deviations) resulting from the combined measurements ofB001600600021
product nuclide and monitor. B001600600022
For the gamma-measurement the error was determined to B001600600023
be 16% B001600600024
(MONIT-ERR) Monitor reaction values (+- 10%) B001600600025
additional errors are included for the monitor B001600600026
measurement B001600600027
(ERR-1) Decay rate with the gas counter (+-6.1%) B001600600028
(ERR-2) Graphite thickness (+-3%), B001600600029
(ERR-3) Beam stability monitor measurement (+-2%) B001600600030
(ERR-4) Abundance monitor (+-1%). B001600600031
The energy spread of the beam was +-2 MeV. B001600600032
STATUS (TABLE) Table XII of the thesis. B001600600033
HISTORY (20211217C) VS. Moved from 003.2. B001600600034
ENDBIB 32 0 B001600600035
COMMON 6 3 B001600600036
EN-RSL-HW ERR-1 ERR-2 ERR-3 ERR-4 MONIT-ERR B001600600037
MEV PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600600038
2. 6.1 3. 2. 1. 10. B001600600039
ENDCOMMON 3 0 B001600600040
DATA 4 11 B001600600041
EN DATA ERR-T MONIT B001600600042
MEV MB MB MB B001600600043
27. 0.007 0.001 58.5 B001600600044
33. 0.168 0.028 80.0 B001600600045
38. 0.68 0.11 86.0 B001600600046
43. 3. 0.49 87.0 B001600600047
45.5 2.4 0.39 87.0 B001600600048
50. 3.2 0.53 86.5 B001600600049
62. 12.7 2.1 79.5 B001600600050
67. 13.2 2.2 77.5 B001600600051
72. 13.8 2.3 74.5 B001600600052
75. 13.8 2.3 73.0 B001600600053
86.5 12.4 2. 68.0 B001600600054
ENDDATA 13 0 B001600600055
ENDSUBENT 54 0 B001600699999
SUBENT B0016007 20211221 B032B001600700001
BIB 10 33 B001600700002
REACTION (29-CU-65(P,X)29-CU-64,,SIG) B001600700003
DECAY-DATA (29-CU-64,12.8HR,B-,570.,0.38,B+,660.,0.19) B001600700004
MONITOR (13-AL-27(P,X)11-NA-24,,SIG) B001600700005
DECAY-MON (11-NA-24,14.9HR,B-,1390.,1.0) B001600700006
DETECTOR (PROPC) In case of the beta-measurements the monitor B001600700007
C-11 was counted with a gas proportional counter. B001600700008
(D4PI) The product nuclides Cu-64 and Na-24 with a B001600700009
4PI-counter. B001600700010
CORRECTION Recoil losses were checked and found to be B001600700011
insignificant for the energy range and target B001600700012
thickness used. B001600700013
FLAG (1.) Irradiation No. 3; irradiation time 0.500 h. B001600700014
(2.) Irradiation No. 4; irradiation time 0.750 h. B001600700015
(3.) Irradiation No. 14; irradiation time 0.392 h. B001600700016
(4.) Irradiation No. 15; irradiation time 0.500 h. B001600700017
ERR-ANALYS (ERR-T) The given errors are total errors (standard B001600700018
deviations) resulting from the combined measurements ofB001600700019
product nuclide and monitor. B001600700020
This total error in the case of beta- consists of: B001600700021
decay data (+-2%), B001600700022
(ERR-S) Statistics (+-1 %) B001600700023
(ERR-1) Dilution factor (+-2%), B001600700024
(ERR-2) Self-absorption, absorption (+-2%), B001600700025
(ERR-3) Chemical yield (+-3%), B001600700026
(ERR-4) Target thickness (1%), B001600700027
(ERR-5) Beam stability (1%), B001600700028
(ERR-6) Abundance (+-1%), B001600700029
(MONIT-ERR) Monitor reaction values (+- 13%) B001600700030
additional errors are included for the monitor B001600700031
measurement B001600700032
The energy spread of the beam was +-2 MeV. B001600700033
STATUS (TABLE) Table XIV of the thesis. B001600700034
HISTORY (20211217C) VS. B001600700035
ENDBIB 33 0 B001600700036
COMMON 9 6 B001600700037
EN-RSL-HW ERR-S ERR-1 ERR-2 ERR-3 ERR-4 B001600700038
ERR-5 ERR-6 MONIT-ERR B001600700039
MEV PER-CENT PER-CENT PER-CENT PER-CENT PER-CENT B001600700040
PER-CENT PER-CENT PER-CENT B001600700041
2. 1. 2. 2. 3. 1. B001600700042
1. 1. 13. B001600700043
ENDCOMMON 6 0 B001600700044
DATA 5 12 B001600700045
EN DATA ERR-T MONIT FLAG B001600700046
MEV MB MB MB NO-DIM B001600700047
27. 368. 59. 0.007 B001600700048
33. 271. 43. 0.200 1. B001600700049
33. 264. 42. 0.200 2. B001600700050
38. 268. 42. 0.700 B001600700051
43. 143. 23. 1.600 B001600700052
45.5 260. 41. 2.300 B001600700053
50. 247. 39. 4.300 B001600700054
62. 189. 30. 13.6 B001600700055
72. 149. 24. 14.0 B001600700056
82. 173. 28. 13.9 3. B001600700057
82. 169. 28. 13.9 4. B001600700058
86.5 144. 23. 13.8 B001600700059
ENDDATA 14 0 B001600700060
ENDSUBENT 59 0 B001600799999
ENDENTRY 7 0 B001699999999