ENTRY O0838 20010323 0000O083800000001
SUBENT O0838001 20010323 0000O083800100001
BIB 12 27 O083800100002
TITLE Intense Mass-Separated Beams of Halogens and Beta- O083800100003
Delayed Neutron Emission from Heavy Bromine Isotopes. O083800100004
AUTHOR (G.T.EWAN, P.HOFF, B.JONSON, K.L.KRATZ, P.O.LARSSON, O083800100005
G.NYMAN, H.L.RAVN, W.ZIEGERT) O083800100006
INSTITUTE (1CANQU) O083800100007
(2ZZZCER) O083800100008
(2SWDCTH) O083800100009
(2GERMNZ) O083800100010
(2GERGSI) O083800100011
REFERENCE (J,ZP/A,318,309,1984) O083800100012
HISTORY (20001130C) O083800100013
(20010119U) Last checking has been done. O083800100014
(20010323A) DATE is corrected O083800100015
ADD-RES (DECAY) Half-Lives and Relative Neutron Emission O083800100016
Probabilities of the Precursors Br-89-92 were Measured O083800100017
By Simultaneous Multiscaling of Neutrons and Beta- O083800100018
Particles. O083800100019
Energy Spectra of Beta-Delayed Neutrons were Measured. O083800100020
ANALYSIS (DECAY) O083800100021
DETECTOR (D4PI).A 4-Pi Plastic Scintillator to Count Beta- O083800100022
Particle. O083800100023
FACILITY (SYNCY,2ZZZCER) O083800100024
(OLMS,2ZZZCER) O083800100025
METHOD (ASEP) O083800100026
(SITA) O083800100027
ERR-ANALYS (ERR-DIG) Data-Point Reader Uncertainty. O083800100028
STATUS (CURVE).By CAJAD. O083800100029
ENDBIB 27 0 O083800100030
NOCOMMON 0 0 O083800100031
ENDSUBENT 30 0 O083800199999
SUBENT O0838002 20010323 0000O083800200001
BIB 2 5 O083800200002
REACTION (90-TH-232(P,X)ELEM/MASS,,SIG,,REL) Figure 1a O083800200003
SAMPLE The Target Consisted of a Cylinder (200-MM *D-19 MM) O083800200004
Of Tantalum, Filled with Th-O(2) Powder. A 46 G/Cm**2 O083800200005
Th-O(2) Target, Normalized to Proton Beam Current O083800200006
Of 1 Mua. O083800200007
ENDBIB 5 0 O083800200008
COMMON 3 3 O083800200009
EN ERR-DIG ELEMENT O083800200010
MEV PER-CENT NO-DIM O083800200011
600. 6. 17. O083800200012
ENDCOMMON 3 0 O083800200013
DATA 2 5 O083800200014
MASS DATA O083800200015
NO-DIM ARB-UNITS O083800200016
38. 1.6E+06 O083800200017
39. 2.45E+06 O083800200018
40. 1.35E+05 O083800200019
41. 3.6E+04 O083800200020
42. 272. O083800200021
ENDDATA 7 0 O083800200022
ENDSUBENT 21 0 O083800299999
SUBENT O0838003 20010323 0000O083800300001
BIB 2 3 O083800300002
REACTION (92-U-0(P,X)ELEM/MASS,,SIG,,REL) Figure 1a. O083800300003
SAMPLE A 9.2 G/Cm**2 Uranium For the Uc-Graphite Target, O083800300004
Irradiated with a Proton Beam of 1-Mua. O083800300005
ENDBIB 3 0 O083800300006
COMMON 3 3 O083800300007
EN ERR-DIG ELEMENT O083800300008
MEV PER-CENT NO-DIM O083800300009
600. 6. 17. O083800300010
ENDCOMMON 3 0 O083800300011
DATA 2 6 O083800300012
MASS DATA O083800300013
NO-DIM ARB-UNITS O083800300014
38. 3.88E+05 O083800300015
39. 4.46E+05 O083800300016
40. 1.06E+05 O083800300017
41. 2.82E+04 O083800300018
42. 2850. O083800300019
43. 339. O083800300020
ENDDATA 8 0 O083800300021
ENDSUBENT 20 0 O083800399999
SUBENT O0838004 20010323 0000O083800400001
BIB 2 5 O083800400002
REACTION (90-TH-232(P,X)ELEM/MASS,,SIG,,REL) Figure 1B. O083800400003
SAMPLE The Target Consisted of a Cylinder (200-MM *D-19 MM) O083800400004
Of Tantalum, Filled with Th-O(2) Powder. A 46 G/Cm**2 O083800400005
Th-O(2) Target,Normalized to Proton Beam Current O083800400006
Of 1 Mua. O083800400007
ENDBIB 5 0 O083800400008
COMMON 3 3 O083800400009
EN ERR-DIG ELEMENT O083800400010
MEV PER-CENT NO-DIM O083800400011
600. 6. 35. O083800400012
ENDCOMMON 3 0 O083800400013
DATA 2 10 O083800400014
MASS DATA O083800400015
NO-DIM ARB-UNITS O083800400016
80. 2.79E+07 O083800400017
85. 1.E+08 O083800400018
86. 4.36E+07 O083800400019
87. 2.93E+07 O083800400020
88. 1.44E+07 O083800400021
89. 4.71E+06 O083800400022
90. 1.03E+06 O083800400023
91. 1.15E+05 O083800400024
92. 1.17E+04 O083800400025
93. 333. O083800400026
ENDDATA 12 0 O083800400027
ENDSUBENT 26 0 O083800499999
SUBENT O0838005 20010323 0000O083800500001
BIB 2 5 O083800500002
REACTION (90-TH-232(P,X)ELEM/MASS,,SIG,,REL) Figure 1C. O083800500003
SAMPLE The Target Consisted of a Cylinder (200-MM *D-19 MM) O083800500004
Of Tantalum, Filled with Th-O(2) Powder.A 46 G/Cm**2 O083800500005
Th-O(2) Target, Normalized to Proton Beam Current O083800500006
Of 1 Mua. O083800500007
ENDBIB 5 0 O083800500008
COMMON 3 3 O083800500009
EN ERR-DIG ELEMENT O083800500010
MEV PER-CENT NO-DIM O083800500011
600. 6. 53. O083800500012
ENDCOMMON 3 0 O083800500013
DATA 2 11 O083800500014
MASS DATA O083800500015
NO-DIM ARB-UNITS O083800500016
116. 3170. O083800500017
117. 1.36E+05 O083800500018
122. 2.38E+07 O083800500019
128. 1.09E+08 O083800500020
136. 4.02E+07 O083800500021
137. 1.65E+07 O083800500022
138. 3.97E+06 O083800500023
139. 1.33E+06 O083800500024
140. 1.29E+05 O083800500025
141. 2.76E+04 O083800500026
142. 3870. O083800500027
ENDDATA 13 0 O083800500028
ENDSUBENT 27 0 O083800599999
SUBENT O0838006 20010323 0000O083800600001
BIB 2 5 O083800600002
REACTION (90-TH-232(P,X)ELEM/MASS,,SIG,,REL) Figure 1D. O083800600003
SAMPLE The Target Consisted of a Cylinder (200-MM *D-19 MM) O083800600004
Of Tantalum, Filled with Th-O(2) Powder. A 46 G/Cm**2 O083800600005
Th-O(2) Target, Normalized to Proton Beam Current O083800600006
Of 1 Mua. O083800600007
ENDBIB 5 0 O083800600008
COMMON 3 3 O083800600009
EN ERR-DIG ELEMENT O083800600010
MEV PER-CENT NO-DIM O083800600011
600. 6. 85. O083800600012
ENDCOMMON 3 0 O083800600013
DATA 2 18 O083800600014
MASS DATA O083800600015
NO-DIM ARB-UNITS O083800600016
200. 1.07E+05 O083800600017
201. 7.8E+04 O083800600018
202. 2.23E+05 O083800600019
203. 4.75E+05 O083800600020
204. 5.5E+05 O083800600021
205. 6.5E+05 O083800600022
206. 7.2E+05 O083800600023
207. 1.31E+06 O083800600024
208. 7.E+05 O083800600025
209. 1.87E+06 O083800600026
210. 2.26E+06 O083800600027
211. 5.7E+06 O083800600028
212. 1.83E+04 O083800600029
218. 193. O083800600030
220. 7.5E+03 O083800600031
221. 5.3E+03 O083800600032
222. 910. O083800600033
223. 281. O083800600034
ENDDATA 20 0 O083800600035
ENDSUBENT 34 0 O083800699999
SUBENT O0838007 20010323 0000O083800700001
BIB 2 4 O083800700002
REACTION (41-NB-93(P,X)ELEM/MASS,,SIG,,REL) Figure 3. O083800700003
Positive Surface Ionization. O083800700004
SAMPLE A 55 G/Cm**2 Niobium Powder Spallation Target, O083800700005
Irradiated with a Proton Beam of 1-Mua. O083800700006
ENDBIB 4 0 O083800700007
COMMON 3 3 O083800700008
EN ERR-DIG ELEMENT O083800700009
MEV PER-CENT NO-DIM O083800700010
600. 7. 37. O083800700011
ENDCOMMON 3 0 O083800700012
DATA 2 12 O083800700013
MASS DATA O083800700014
NO-DIM ARB-UNITS O083800700015
74. 200. O083800700016
75. 1.02E+04 O083800700017
76. 3.8E+05 O083800700018
77. 9.9E+06 O083800700019
78. 2.31E+08 O083800700020
79. 8.8E+08 O083800700021
80. 2.45E+09 O083800700022
81. 3.49E+09 O083800700023
82. 2.05E+09 O083800700024
83. 8.9E+08 O083800700025
84. 2.8E+08 O083800700026
85. 1.74E+08 O083800700027
ENDDATA 14 0 O083800700028
ENDSUBENT 27 0 O083800799999
SUBENT O0838008 20010323 0000O083800800001
BIB 2 4 O083800800002
REACTION (41-NB-93(P,X)ELEM/MASS,,SIG,,REL) Figure 3. O083800800003
Negative Surface Ionization. O083800800004
SAMPLE A 55 G/Cm**2 Niobium Powder Spallation Target, O083800800005
Irradiated with a Proton Beam of 1-Mua. O083800800006
ENDBIB 4 0 O083800800007
COMMON 3 3 O083800800008
EN ERR-DIG ELEMENT O083800800009
MEV PER-CENT NO-DIM O083800800010
600. 7. 35. O083800800011
ENDCOMMON 3 0 O083800800012
DATA 2 14 O083800800013
MASS DATA O083800800014
NO-DIM ARB-UNITS O083800800015
70. 850. O083800800016
71. 4.7E+05 O083800800017
72. 9.4E+06 O083800800018
73. 1.31E+08 O083800800019
74. 9.8E+08 O083800800020
75. 2.73E+09 O083800800021
76. 5.9E+09 O083800800022
77. 7.2E+09 O083800800023
78. 2.15E+09 O083800800024
80. 5.2E+08 O083800800025
82. 2.5E+07 O083800800026
83. 5.5E+06 O083800800027
84. 2.99E+05 O083800800028
85. 3.9E+04 O083800800029
ENDDATA 16 0 O083800800030
ENDSUBENT 29 0 O083800899999
SUBENT O0838009 20010323 0000O083800900001
BIB 2 4 O083800900002
REACTION (92-U-0(P,X)ELEM/MASS,,SIG,,REL) Figure 4. O083800900003
Positive Surface Ionization. O083800900004
SAMPLE A 13 G/Cm**2 Uc-Graphite Fission Target,Irradiated withO083800900005
A Proton Beam of 1-Mua. O083800900006
ENDBIB 4 0 O083800900007
COMMON 3 3 O083800900008
EN ERR-DIG ELEMENT O083800900009
MEV PER-CENT NO-DIM O083800900010
600. 12. 37. O083800900011
ENDCOMMON 3 0 O083800900012
DATA 2 14 O083800900013
MASS DATA O083800900014
NO-DIM ARB-UNITS O083800900015
79. 3.6E+06 O083800900016
81. 6.9E+07 O083800900017
86. 1.28E+09 O083800900018
90. 6.E+09 O083800900019
91. 2.7E+09 O083800900020
92. 1.36E+09 O083800900021
93. 1.44E+09 O083800900022
94. 1.04E+09 O083800900023
95. 3.E+08 O083800900024
96. 8.6E+07 O083800900025
97. 3.7E+07 O083800900026
98. 1.81E+07 O083800900027
99. 2.6E+06 O083800900028
100. 1.39E+05 O083800900029
ENDDATA 16 0 O083800900030
ENDSUBENT 29 0 O083800999999
SUBENT O0838010 20010323 0000O083801000001
BIB 2 4 O083801000002
REACTION (90-TH-232(P,X)ELEM/MASS,,SIG,,REL) Figure 3. O083801000003
Negative Surface Ionization. O083801000004
SAMPLE A 46 G/Cm**2 Tho(2) Fission Target,Irradiated with a O083801000005
Proton Beam of 1-Mua. O083801000006
ENDBIB 4 0 O083801000007
COMMON 3 3 O083801000008
EN ERR-DIG ELEMENT O083801000009
MEV PER-CENT NO-DIM O083801000010
600. 12. 35. O083801000011
ENDCOMMON 3 0 O083801000012
DATA 2 12 O083801000013
MASS DATA O083801000014
NO-DIM ARB-UNITS O083801000015
78. 1.7E+06 O083801000016
80. 2.6E+07 O083801000017
83. 1.07E+08 O083801000018
85. 7.6E+07 O083801000019
86. 2.6E+07 O083801000020
87. 2.5E+07 O083801000021
88. 9.1E+06 O083801000022
89. 3.3E+06 O083801000023
90. 8.2E+05 O083801000024
91. 5.5E+04 O083801000025
92. 8600. O083801000026
93. 310. O083801000027
ENDDATA 14 0 O083801000028
ENDSUBENT 27 0 O083801099999
ENDENTRY 10 0 O083899999999