SUBENT 23031001 20131215 22382303100100001
BIB 18 75 2303100100002
TITLE Neutron activation cross-sections at (14.6+-0.3) MeV 2303100100003
AUTHOR (H.M.Agrawal, Kailash Pandey, K.Surendra Babu, 2303100100004
Ashok Kumar, R.Pepelnik) 2303100100005
INSTITUTE (2GERKIG) Institute of Physics, GKSS Research Centre, 2303100100006
Geesthacht, Germany. R.Pepelnik, experimental site 2303100100007
(3INDIND) Physics Department, G.B. Pant University, 2303100100008
Pantnagar 263 145, India. H.M.Agrawal, Corresponding 2303100100009
author. E-mail address: hma001@rediffmail.com; 2303100100010
K.Pandey 2303100100011
(3KORKAE) Nuclear Data Evaluation Lab KAERI, 2303100100012
South Korea. K.Surendra Babu 2303100100013
(3INDTRM) Reactor Physics Design Division, BARC, 2303100100014
Trombay, Mumbai, India. A.Kumar 2303100100015
REFERENCE (J,ANE,35,1713,2008) 2303100100016
#doi:10.1016/j.anucene.2008.02.004 2303100100017
Main reference, data are given 2303100100018
REL-REF (M,,H.M.Agrawal+,J,NIM/A,366,349,1995) H.M.Agrawal, 2303100100019
R.Pepelnik, method of neutron energy determination 2303100100020
(I,,R.Pepelnik+,J,JRC,72,393,1982) J. of Radioanal. 2303100100021
Chem., v.72,p.393-403. R.Pepelnik et al., 2303100100022
experimental details 2303100100023
(I,,R.Pepelnik+,J,NIM/A,226,411,1984) Nucl. Instrum. 2303100100024
Methods, v. 226,p.411. R.Pepelnik et al., 2303100100025
Experimental details 2303100100026
(I,,H.-U.Fanger+,J,JRC,61,147,1981) J. of Radioanal. 2303100100027
Chemistry, v. 61, p. 147, 1981. Experimental details 2303100100028
FACILITY (ACCEL,2GERKIG) High-intensity neutron generator 2303100100029
KORONA with a usable fast neutron flux of 3.x 10**12 2303100100030
n/cm2/s, a fast rabbit system suitable for cyclic 2303100100031
irradiations and measurements for short-lived 2303100100032
activities. 2303100100033
INC-SOURCE (D-T) A mixed D-T gas are accelerated towards an inner2303100100034
target cylinder (80 * 42 mm) and react with hydrogen 2303100100035
isotopes of the self-regenerating Sc-TD gas. Beam 2303100100036
current is 340 milli-A, accelerating voltage 180 MV 2303100100037
INC-SPECT .Narrow 14 MeV neutron beam, neutron flux 2303100100038
3.E+10 n/cm2/sec +- 5%. (Zr/Nb) and Ni-foil activation2303100100039
methods used for neutron energy determination which 2303100100040
is 14.6 +- 0.3 MeV 2303100100041
METHOD (ACTIV,COINC) Activation, coincidence 2303100100042
(SITA) The standard solution of known mass is filled 2303100100043
into the capsules of the same type are used in 2303100100044
actual irradiation. 2303100100045
PART-DET (G,N) 2303100100046
DETECTOR (GELI) Ge(Li) detector with a relative efficiency of 2303100100047
17% is used for gamma detection at a distance of 2303100100048
56.5 mm from the sample 2303100100049
(LONGC) For neutron flux determination 2303100100050
MONITOR (13-AL-27(N,A)11-NA-24,,SIG) 2303100100051
.A homogeneously mixed STANDARD solution of radioactive2303100100052
sources containing 54Mn, 57Co, 88Y, 133Ba, 137Cs 2303100100053
isotopes, emitting c-rays of 80.9, 122.1, 136.5, 2303100100054
276.4, 302.9, 356.0, 383.8, 661.6, 634.8, 898.0, 2303100100055
1836.0 keV, respectively. 2303100100056
MONIT-REF (,G.Winkler+,J,ANE,10,601,1983) G.Winkler,T.B.Ryves, 2303100100057
Annals Nucl.Energy, 10 (11), 601, 1983. 2303100100058
SAMPLE .Powdered as well as liquid samples are irradiated on 2303100100059
the axis of thin cylindrical target in polyethylene 2303100100060
containers (7 * 10 mm) 2303100100061
CORRECTION .For coincidence summing 2303100100062
ERR-ANALYS (ERR-T) Total error 2303100100063
(ERR-1,0.1,3.) error of the peak area estimation. 2303100100064
(ERR-2) Error in flux and gamma-ray efficiency 2303100100065
calibration 2303100100066
(ERR-3,1.,2.) summing correction error. 2303100100067
.Gamma ray intensity errors are taken into account 2303100100068
individually 2303100100069
STATUS (TABLE) From Table 2 of ANE,35,1713 2303100100070
HISTORY (20081017C) SM 2303100100071
(20110206A) SD: DOI identifier was corrected. Refs. 2303100100072
moved to REF-REF: Nucl.Instr.& Methods A366,349,1995; 2303100100073
J. of Radioanal.Chem., 72, 393,1982; 2303100100074
Nucl.Instr.& Methods 226,411, 1984 2303100100075
(20131215U) SD: INSTITUTE=3KORPUE -> 3KORKAE ("Pohang" 2303100100076
in the article is incorrect, Y.O.Lee, 2013-11-07). 2303100100077
ENDBIB 75 0 2303100100078
COMMON 3 3 2303100100079
EN EN-ERR ERR-2 2303100100080
MEV MEV PER-CENT 2303100100081
14.6 0.3 3. 2303100100082
ENDCOMMON 3 0 2303100100083
ENDSUBENT 82 0 2303100199999
SUBENT 23031008 20081017 22032303100800001
BIB 5 8 2303100800002
REACTION (47-AG-107(N,P)46-PD-107-M,,SIG) 2303100800003
DECAY-DATA (46-PD-107-M,21.3SEC,DG,214.9,0.687) 2303100800004
SAMPLE .Ag2-O oxide 99.99% purity, isotopic abundance 2303100800005
51.84%, atomic weight 107.868 2303100800006
REL-REF (A,22433024,Y.Kasugai+,J,ANE,25,(1-3),23,1998) 2303100800007
(D,21426009,I.Wagner+,J,OSA,108,185,197111) 2303100800008
MISC-COL (MISC) Summing correction factor at 56.5 mm 2303100800009
sample-detector distance 2303100800010
ENDBIB 8 0 2303100800011
NOCOMMON 0 0 2303100800012
DATA 3 1 2303100800013
DATA ERR-T MISC 2303100800014
MB MB NO-DIM 2303100800015
7.5 0.3 1. 2303100800016
ENDDATA 3 0 2303100800017
ENDSUBENT 16 0 2303100899999