ENTRY M0685 20060320 M039M068500000001
SUBENT M0685001 20060320 M039M068500100001
BIB 13 29 M068500100002
TITLE The 2H(g,n) reaction at 10 - 70 MeV. M068500100003
AUTHOR (I.AKKURT) M068500100004
REFERENCE (J,CHP,41,111,2003) M068500100005
INSTITUTE (2TUKTUK) M068500100006
FACILITY (LINAC,2SWDLND) Race-track microtron tagged-photon M068500100007
facility. M068500100008
INC-SOURCE (QMPH,TAGD) Quasimonoenergetic photons from M068500100009
bremsstrahlung tagging. M068500100010
SAMPLE Heavy water (D2O) target, held in a cylindrical M068500100011
aluminium cell of dimensions 9 cm and 5 cm diameter. M068500100012
DETECTOR (SPEC,SCIN) Two neutron detector arrays each consists M068500100013
of an NEA213 liquid scintillator filled tank of M068500100014
internal dimensions 60 x 60 x 10 cm. M068500100015
METHOD (TOF,PSD) Time-of-flight (2.5 m path gives 3 MeV M068500100016
energy resolution) and pulse-shape discrimination M068500100017
method was used for discrimination between the M068500100018
scintillations due to neutrons and g-rays. M068500100019
ERR-ANALYS (DATA-ERR) Statistical uncertainties. M068500100020
COMMENT The differential cross section for the 2H(g,n) M068500100021
reaction was measured at Maxlab using tagged photons M068500100022
of 10 - 70 MeV energy. This measurement may be used M068500100023
to check the cross sections of a (g,n) reactions, as M068500100024
the two-body photodisintegration cross section of M068500100025
deuterium is a well-known. The results were compared M068500100026
with a calculation made from a parametrization of M068500100027
all available data. M068500100028
STATUS (CURVE) Data from Figs 3 - 5. M068500100029
HISTORY (20060206C) Data were compied at the MSU SINP CDFE by M068500100030
V.V.Varlamov. M068500100031
ENDBIB 29 0 M068500100032
COMMON 1 3 M068500100033
EN-RSL M068500100034
MEV M068500100035
3. M068500100036
ENDCOMMON 3 0 M068500100037
ENDSUBENT 36 0 M068500199999
SUBENT M0685002 20060320 M039M068500200001
BIB 1 1 M068500200002
REACTION (1-H-2(G,N)1-H-1,,DA) M068500200003
ENDBIB 1 0 M068500200004
COMMON 2 3 M068500200005
EN-MIN EN-MAX M068500200006
MEV MEV M068500200007
50. 70. M068500200008
ENDCOMMON 3 0 M068500200009
DATA 3 2 M068500200010
ANG DATA DATA-ERR M068500200011
ADEG MU-B/SR MU-B/SR M068500200012
45. 7.35 1.49 M068500200013
105. 11.53 2.31 M068500200014
ENDDATA 4 0 M068500200015
ENDSUBENT 14 0 M068500299999
SUBENT M0685003 20060320 M039M068500300001
BIB 1 1 M068500300002
REACTION (1-H-2(G,N)1-H-1,,DA) M068500300003
ENDBIB 1 0 M068500300004
COMMON 2 3 M068500300005
EN-MIN EN-MAX M068500300006
MEV MEV M068500300007
11. 33. M068500300008
ENDCOMMON 3 0 M068500300009
DATA 3 2 M068500300010
ANG DATA DATA-ERR M068500300011
ADEG MU-B/SR MU-B/SR M068500300012
65. 66.44 16.95 M068500300013
105. 51.69 11.1 M068500300014
ENDDATA 4 0 M068500300015
ENDSUBENT 14 0 M068500399999
SUBENT M0685004 20060320 M039M068500400001
BIB 1 1 M068500400002
REACTION (1-H-2(G,N)1-H-1,,DA) M068500400003
ENDBIB 1 0 M068500400004
COMMON 1 3 M068500400005
ANG M068500400006
ADEG M068500400007
75. M068500400008
ENDCOMMON 3 0 M068500400009
DATA 3 3 M068500400010
EN DATA DATA-ERR M068500400011
MEV MU-B/SR MU-B/SR M068500400012
14.28 106.14 22.76 M068500400013
18.55 73.03 14.48 M068500400014
27.58 60. 17.79 M068500400015
ENDDATA 5 0 M068500400016
ENDSUBENT 15 0 M068500499999
SUBENT M0685005 20060320 M039M068500500001
BIB 1 1 M068500500002
REACTION (1-H-2(G,N)1-H-1,,DA) M068500500003
ENDBIB 1 0 M068500500004
COMMON 1 3 M068500500005
ANG M068500500006
ADEG M068500500007
105. M068500500008
ENDCOMMON 3 0 M068500500009
DATA 3 3 M068500500010
EN DATA DATA-ERR M068500500011
MEV MU-B/SR MU-B/SR M068500500012
15. 64.32 12.52 M068500500013
20. 64.74 12.95 M068500500014
30. 53.09 13.38 M068500500015
ENDDATA 5 0 M068500500016
ENDSUBENT 15 0 M068500599999
ENDENTRY 5 0 M068599999999