ENTRY A0181 20081217 A065A018100000001
SUBENT A0181001 20081217 A065A018100100001
BIB 11 19 A018100100002
TITLE Cyclotron Production of Short-Lived 30-P. A018100100003
AUTHOR (S.M.Sahakundu, S.M.Qaim, G.Stocklin) A018100100004
REFERENCE (J,ARI,30,3,1979) A018100100005
INSTITUTE (2GERJUL) A018100100006
FACILITY (ISOCY,2GERJUL). A018100100007
(CYCLO,2GERJUL). Compact Cyclotron (CV-28). A018100100008
ANALYSIS (AREA) A018100100009
DETECTOR (GELI) A018100100010
ADD-RES (TTY-C) A018100100011
A Method for rapid isolation of carrier-free in the A018100100012
form P-H/3 is Described. A018100100013
ERR-ANALYS High limit of experimental uncertainties is 15%. A018100100014
(ERR-1).Uncertainty due to the impurity of O-15. A018100100015
HISTORY (19830628C) A018100100016
(19840902A). Subent A0181005 have been corrected. A018100100017
(20010613A) Remark of V. Mclane are included. A018100100018
(20081217A) Subent 002 and 003 were deleted as neutron A018100100019
data reported in 21878003 and 21878003, respectively. A018100100020
STATUS (COREL,21878001) Neutron data were reported in 21878. A018100100021
ENDBIB 19 0 A018100100022
COMMON 1 3 A018100100023
ERR-1 A018100100024
PER-CENT A018100100025
5. A018100100026
ENDCOMMON 3 0 A018100100027
ENDSUBENT 26 0 A018100199999
NOSUBENT A0181002 20081217 A065A018100200001
NOSUBENT A0181003 20081217 A065A018100300001
SUBENT A0181004 20081217 A065A018100400001
BIB 6 13 A018100400002
REACTION (15-P-31(P,X)15-P-30,CUM,SIG) A018100400003
MONITOR (29-CU-63(P,2N)30-ZN-62,,SIG) A018100400004
(29-CU-63(P,X)29-CU-61,CUM,SIG) A018100400005
(17-CL-35(P,X)17-CL-34-M,CUM,SIG) A018100400006
DECAY-MON (30-ZN-62,9.13HR) A018100400007
(29-CU-61,3.3HR) A018100400008
METHOD (STTA,EXTB,ACTIV) A018100400009
SAMPLE P-Cl/5 samples packed in polyethylene bags were stack A018100400010
together and irradiated. Several 50 mumeter thick A018100400011
copper foils were inserted in each stack. A018100400012
COMMENT *By Authors*.The proton energy region up to 24 MeV was A018100400013
investigated at the Compact Cyclotron and that above A018100400014
24 MeV at Isochronous Cyclotron. A018100400015
ENDBIB 13 0 A018100400016
NOCOMMON 0 0 A018100400017
DATA 2 11 A018100400018
EN DATA A018100400019
MEV MB A018100400020
19.6 10.5 A018100400021
20.3 50. A018100400022
20.9 70. A018100400023
22.0 80. A018100400024
23.0 180. A018100400025
23.6 200. A018100400026
25.0 240. A018100400027
30.0 141. A018100400028
30.5 132. A018100400029
34.0 51. A018100400030
34.4 46. A018100400031
ENDDATA 13 0 A018100400032
ENDSUBENT 31 0 A018100499999
SUBENT A0181005 20081217 A065A018100500001
BIB 6 9 A018100500002
REACTION (13-AL-27(A,N)15-P-30,,SIG) A018100500003
MONITOR (13-AL-27(A,2P)13-AL-29,,SIG) A018100500004
MONIT-REF (B0147007,H.J.PROBST+,J,ARI,27,431,1976) A018100500005
METHOD (STTA,EXTB,BCINT,ACTIV) A018100500006
REL-REF (N,B0147001,H.J.PROBST+,J,ARI,27,431,1976) A018100500007
(N,B0143001,R.WEINREICN+,J,ARI,25,535,1974) A018100500008
(N,B0124001,S.M.QAIM+,J,ARI,28,947,1977).Corrections. A018100500009
SAMPLE A total of five stacks, each consisting of up to six A018100500010
thin suprapure Aluminium foils, were irradiated. A018100500011
ENDBIB 9 0 A018100500012
NOCOMMON 0 0 A018100500013
DATA 2 15 A018100500014
EN DATA A018100500015
MEV MB A018100500016
10.5 50. A018100500017
11.9 142. A018100500018
12.0 200. A018100500019
13.6 330. A018100500020
13.8 340. A018100500021
15.0 400. A018100500022
16.0 280. A018100500023
16.5 270. A018100500024
17.7 200. A018100500025
18.1 163. A018100500026
20.0 105. A018100500027
21.0 86. A018100500028
22.0 81. A018100500029
23.0 45. A018100500030
27.6 21. A018100500031
ENDDATA 17 0 A018100500032
ENDSUBENT 31 0 A018100599999
ENDENTRY 5 0 A018199999999