ENTRY 20710 20120715 22322071000000001
SUBENT 20710001 20120715 22322071000100001
BIB 11 40 2071000100002
INSTITUTE (2GERTUE) 2071000100003
REFERENCE (J,NP/A,344,(3),446,198008) Main reference. 2071000100004
(J,NP/A,232,472,197411) Detailed experimental 2071000100005
techniques. Preliminary data. 2071000100006
(W,LESIECKI,19761028) 2071000100007
(C,76LOWELL,2,1317,197607) Preliminary data. 2071000100008
(C,75ZURICH,591,197508) Preliminary data. 2071000100009
(C,75ZURICH,799,197508) 2071000100010
(J,ZP/A,278,77,197607) Preliminary data. 2071000100011
REL-REF (I,,G.Mertens,J,ZP,212,347,1968) Scintillating 2071000100012
scatterer described. 2071000100013
AUTHOR (M.Thumm,H.Lesiecki,G.Mertens,K.Schmidt,G.Mack) 2071000100014
TITLE Resonance effects in elastic and first excited 2071000100015
level inelastic neutron scattering on C-12 from 2071000100016
15.0 to 18.25 MeV 2071000100017
FACILITY (VDG) 2 MV Van de Graaff accelerator. 2071000100018
SAMPLE .A cylindrical plastic scintillator NE102A, 3.81 cm 2071000100019
in diameter and 10.16 cm in height, placed at a 2071000100020
distance of 100 cm from the neutron source. 2071000100021
METHOD (TOF) Time-of-flight techniques using carbon 2071000100022
recoil detection in a scintillating scatterer. 2071000100023
(PSD) n-gamma pulse shape discrimination on the 2071000100024
NE213 scintillator used with unpolarized neutrons. 2071000100025
DETECTOR (SCIN) Three NE102A plastic scintillators, one 2071000100026
used as a scatterer. One NE213 liquid scintillator 2071000100027
used with the unpolarized neutron beam. 2071000100028
(NAICR) A NaI(Tl) crystal placed coaxially below 2071000100029
the scatterer to detect the 4.44 MeV deexcitation 2071000100030
gamma-rays correlated to neutron spin-flip events. 2071000100031
STATUS (TABLE) .Data taken from NP/A,344,(3),446,1980. 2071000100032
HISTORY (19770117C) 2071000100033
(19771114E) 2071000100034
(19801210A) Updated with main reference and angles in 2071000100035
data sections changed to C.-M.angles. 2071000100036
(19801218E) 2071000100037
(20120715A) SD: Updated to new date formats,lower case.2071000100038
Corrections according last EXFOR rules and Dict.Ref. on2071000100039
Ref. on ZP/A,212,347 => ZP,212,347 and moved to REL-REF2071000100040
Q-VAL -> E-LVL in Subents 3-5. Subent 2 was split to 2071000100041
two. Subent 4 was split to three. 2071000100042
ENDBIB 40 0 2071000100043
COMMON 1 3 2071000100044
EN-RSL 2071000100045
MEV 2071000100046
2.0000E-01 2071000100047
ENDCOMMON 3 0 2071000100048
ENDSUBENT 47 0 2071000199999
SUBENT 20710002 20120715 22322071000200001
BIB 8 39 2071000200002
REACTION (6-C-12(N,EL)6-C-12,,DA) tbl.1 2071000200003
INC-SOURCE (D-T) The T(d,n)He-4 reaction using a thin 2071000200004
tritium-loaded titanium target. 2071000200005
MONITOR (6-C-12(N,EL)6-C-12,,DA) Normalizing the corrected 2071000200006
relative yields to the forward scattering angle data 2071000200007
of G.Deconninck+ and F.Boreli+ at En = 18.25 MeV and 2071000200008
En = 15.85 MeV, respectively. 2071000200009
MONIT-REF (20240003,G.Deconninck+,J,PR/C,1,(4),1326,1970) Norma- 2071000200010
lization for the 18.25 MeV data. 2071000200011
(,F.Boreli+,J,PR,174,(4),1147,196810) Normalization for2071000200012
the 15.85 MeV data. 2071000200013
FLAG (1.) Normalizing the corrected relative yields to the 2071000200014
forward scattering angle data of G.Deconninck+ 2071000200015
(2.) Normalizing the corrected relative yields to the 2071000200016
forward scattering angle data of F.Boreli+ 2071000200017
CORRECTION .For- 2071000200018
- The tail of the elastic scattering peak under the 2071000200019
inelastic peak (6.0 to 18.0% of the inel. peak). 2071000200020
- Time-independent background. 2071000200021
- Time-correlated background ( 1 to 10%). 2071000200022
- dead-time and pile-up effects. 2071000200023
- Divergence of the incident neutron beam. 2071000200024
- Flux-attenuation of the incoming and scattered 2071000200025
neutrons in the scatterer. 2071000200026
- Multiple scattering (3 to 7%). 2071000200027
ERR-ANALYS (ERR-T) The given uncertainties of about 15% 2071000200028
were obtained by combining quadratically: 2071000200029
(ERR-S,,0.3) the statistical counting errors 2071000200030
(less than 0.3%), 2071000200031
* the uncertainties arising from background 2071000200032
subtraction, 2071000200033
* uncertainties in counting-loss corrections, 2071000200034
* uncertainties in multiple scattering corrections, 2071000200035
* uncertainties in neutron monitoring, 2071000200036
(ERR-1) uncertainties in determination of relative 2071000200037
neutron detector efficiencies (about 12%) 2071000200038
* absolute normalization. 2071000200039
HISTORY (20120715A) SD: MONIT-REF was corrected.Subent was 2071000200040
split according to MONITOR. 2071000200041
ENDBIB 39 0 2071000200042
COMMON 1 3 2071000200043
ERR-1 2071000200044
PER-CENT 2071000200045
12. 2071000200046
ENDCOMMON 3 0 2071000200047
DATA 5 19 2071000200048
EN ANG-CM DATA-CM ERR-T FLAG 2071000200049
MEV ADEG MB/SR MB/SR NO-DIM 2071000200050
1.8250E+01 4.9000E+01 7.0000E+01 1.0500E+01 1. 2071000200051
1.8250E+01 6.1900E+01 3.3400E+01 5.1000E+00 1. 2071000200052
1.8250E+01 7.4700E+01 3.1500E+01 4.8000E+00 1. 2071000200053
1.8250E+01 8.7400E+01 2.0400E+01 3.2000E+00 1. 2071000200054
1.8250E+01 9.9700E+01 1.7000E+01 2.6000E+00 1. 2071000200055
1.8250E+01 1.1420E+02 1.0800E+01 1.7000E+00 1. 2071000200056
1.8250E+01 1.2840E+02 9.4000E+00 1.5000E+00 1. 2071000200057
1.8250E+01 1.4220E+02 1.2500E+01 2.0000E+00 1. 2071000200058
1.8250E+01 1.5530E+02 1.5000E+01 2.4000E+00 1. 2071000200059
1.5850E+01 4.9000E+01 7.2000E+01 1.4500E+01 2. 2071000200060
1.5850E+01 5.4000E+01 4.8000E+01 9.6000E+00 2. 2071000200061
1.5850E+01 6.1900E+01 2.7200E+01 5.5000E+00 2. 2071000200062
1.5850E+01 7.4700E+01 2.1400E+01 4.3000E+00 2. 2071000200063
1.5850E+01 7.9800E+01 2.2000E+01 4.4000E+00 2. 2071000200064
1.5850E+01 9.4800E+01 2.6400E+01 5.2000E+00 2. 2071000200065
1.5850E+01 1.0460E+02 2.7600E+01 5.5000E+00 2. 2071000200066
1.5850E+01 1.1910E+02 2.0600E+01 4.1000E+00 2. 2071000200067
1.5850E+01 1.2850E+02 1.7700E+01 3.6000E+00 2. 2071000200068
1.5850E+01 1.4240E+02 9.6000E+00 2.1000E+00 2. 2071000200069
ENDDATA 21 0 2071000200070
ENDSUBENT 69 0 2071000299999
SUBENT 20710003 20120715 22322071000300001
BIB 6 26 2071000300002
REACTION (6-C-12(N,INL)6-C-12,PAR,POL/DA) tbl.2 2071000300003
INC-SOURCE (POLNS,D-T) The T(d,n)He-4 reaction used with a thin 2071000300004
tritium-loaded titanium target, emitting neutrons 2071000300005
at 70 degrees to incoming deuteron beam. 2071000300006
COMMENT .The z-axis is chosen along the normal to the scat- 2071000300007
tering plane which is different from the Madison 2071000300008
convention. 2071000300009
CORRECTION .For- 2071000300010
- influence of finite dimensions of scatterer and 2071000300011
neutron detectors. 2071000300012
- Counting losses. 2071000300013
- Depolarization of the primary neutron beam. 2071000300014
ERR-ANALYS (DATA-ERR) The quoted error bars contain the uncer- 2071000300015
tainties in: 2071000300016
* counting statistics, 2071000300017
* background subtraction, 2071000300018
* counting-loss corrections, 2071000300019
* depolarization effects in the solenoid and 2071000300020
* neutron monitoring, 2071000300021
which were all treated as standard deviations. 2071000300022
(ERR-1) The relative uncertainty of about 7.4% in 2071000300023
the primary neutron polarization is not included 2071000300024
in the errors and must be regarded as uncertainty 2071000300025
in the ordinate scales. 2071000300026
HISTORY (20120715A) SD: POL-BM-ERR was added to COMMON. 2071000300027
Q-VAL -> E-LVL. 2071000300028
ENDBIB 26 0 2071000300029
COMMON 5 3 2071000300030
EN POL-BM POL-BM-ERR E-LVL ERR-1 2071000300031
MEV NO-DIM NO-DIM MEV PER-CENT 2071000300032
1.5850E+01-1.3500E-01 0.010 4.44 7.4 2071000300033
ENDCOMMON 3 0 2071000300034
DATA 3 7 2071000300035
ANG-CM DATA DATA-ERR 2071000300036
ADEG NO-DIM NO-DIM 2071000300037
5.4000E+01-5.9400E-01 1.5000E-02 2071000300038
7.9800E+01 1.0600E-01 2.4000E-02 2071000300039
9.4800E+01-8.2000E-02 1.8000E-02 2071000300040
1.0460E+02-9.8000E-02 1.6000E-02 2071000300041
1.1910E+02 4.9000E-02 1.6000E-02 2071000300042
1.2850E+02 1.4200E-01 4.9000E-02 2071000300043
1.4240E+02 5.2900E-01 8.3000E-02 2071000300044
ENDDATA 9 0 2071000300045
ENDSUBENT 44 0 2071000399999
SUBENT 20710004 20120715 22322071000400001
BIB 8 39 2071000400002
REACTION (6-C-12(N,INL)6-C-12,PAR,DA) tbl.1 2071000400003
INC-SOURCE (D-T ) The T(d,n)He-4 reaction using a thin tritium- 2071000400004
loaded titanium target. 2071000400005
MONITOR (6-C-12(N,EL)6-C-12,,DA) Normalizing the corrected 2071000400006
relative yields to the forward scattering angle data 2071000400007
of G.Deconninck+ and F.Boreli+ at En = 18.25 MeV and 2071000400008
En = 15.85 MeV, respectively. 2071000400009
MONIT-REF (20240003,G.Deconninck+,J,PR/C,1,(4),1326,1970) Norma- 2071000400010
lization for the 18.25 MeV data. 2071000400011
(,F.Boreli+,J,PR,174,(4),1147,196810) Normalization for2071000400012
the 15.85 MeV data. 2071000400013
FLAG (1.) Normalizing the corrected relative yields to the 2071000400014
forward scattering angle data of G.Deconninck+ 2071000400015
(2.) Normalizing the corrected relative yields to the 2071000400016
forward scattering angle data of F.Boreli+ 2071000400017
CORRECTION .For- 2071000400018
- The tail of the elastic scattering peak under the 2071000400019
inelastic peak (6.0 to 18.0% of the inel. peak). 2071000400020
- Time-independent background. 2071000400021
- Time-correlated background ( 1 to 10%). 2071000400022
- Dead-time and pile-up effects. 2071000400023
- Divergence of the incident neutron beam. 2071000400024
- Flux-attenuation of the incoming and scattered 2071000400025
neutrons in the scatterer. 2071000400026
- Multiple scattering (3 to 7%). 2071000400027
ERR-ANALYS (ERR-T) The given uncertainties of about 15% 2071000400028
were obtained by combining quadratically: 2071000400029
(ERR-S,,0.3) the statistical counting errors 2071000400030
(less than 0.3%), 2071000400031
* the uncertainties arising from background 2071000400032
subtraction, 2071000400033
* uncertainties in counting-loss corrections, 2071000400034
* uncertainties in multiple scattering corrections, 2071000400035
* uncertainties in neutron monitoring, 2071000400036
(ERR-1) uncertainties in determination of relative 2071000400037
neutron detector efficiencies (about 12%) 2071000400038
* absolute normalization. 2071000400039
HISTORY (20120715A) SD: POL-BM-ERR was added to COMMON. 2071000400040
Q-VAL -> E-LVL. Subent was split according to MONITOR. 2071000400041
ENDBIB 39 0 2071000400042
COMMON 2 3 2071000400043
E-LVL ERR-1 2071000400044
MEV PER-CENT 2071000400045
4.4400E+00 12. 2071000400046
ENDCOMMON 3 0 2071000400047
DATA 5 19 2071000400048
EN ANG-CM DATA-CM ERR-T FLAG 2071000400049
MEV ADEG MB/SR MB/SR NO-DIM 2071000400050
1.8250E+01 4.9600E+01 2.1800E+01 3.3000E+00 1.0 2071000400051
1.8250E+01 6.2700E+01 1.3300E+01 2.0000E+00 1.0 2071000400052
1.8250E+01 7.5500E+01 7.8000E+00 1.2000E+00 1.0 2071000400053
1.8250E+01 8.8200E+01 4.9000E+00 8.0000E-01 1.0 2071000400054
1.8250E+01 1.0050E+02 6.0000E+00 9.0000E-01 1.0 2071000400055
1.8250E+01 1.1500E+02 7.2000E+00 1.2000E+00 1.0 2071000400056
1.8250E+01 1.2910E+02 7.2000E+00 1.1000E+00 1.0 2071000400057
1.8250E+01 1.4270E+02 6.3000E+00 1.0000E+00 1.0 2071000400058
1.8250E+01 1.5570E+02 5.9000E+00 1.0000E+00 1.0 2071000400059
1.5850E+01 4.9700E+01 2.3000E+01 4.5000E+00 2.0 2071000400060
1.5850E+01 5.4700E+01 1.7700E+01 3.6000E+00 2.0 2071000400061
1.5850E+01 6.2700E+01 1.6300E+01 3.3000E+00 2.0 2071000400062
1.5850E+01 7.5600E+01 9.9000E+00 2.0000E+00 2.0 2071000400063
1.5850E+01 8.0700E+01 6.3000E+00 1.3000E+00 2.0 2071000400064
1.5850E+01 9.5800E+01 5.3000E+00 1.1000E+00 2.0 2071000400065
1.5850E+01 1.0560E+02 6.1000E+00 1.3000E+00 2.0 2071000400066
1.5850E+01 1.1990E+02 7.2000E+00 1.5000E+00 2.0 2071000400067
1.5850E+01 1.2930E+02 8.1000E+00 1.7000E+00 2.0 2071000400068
1.5850E+01 1.4300E+02 1.1200E+01 2.1000E+00 2.0 2071000400069
ENDDATA 21 0 2071000400070
ENDSUBENT 69 0 2071000499999
SUBENT 20710005 20120715 22322071000500001
BIB 6 26 2071000500002
REACTION (6-C-12(N,INL)6-C-12,PAR,POL/DA,,ANA) tbl.2 2071000500003
INC-SOURCE (POLNS,D-T) The T(d,n)He-4 reaction used with a thin 2071000500004
tritium-loaded titanium target, emitting neutrons 2071000500005
at 70 degrees to incoming deuteron beam. 2071000500006
COMMENT .The z-axis is chosen along the normal to the scat- 2071000500007
tering plane which is different from the Madison 2071000500008
convention. 2071000500009
CORRECTION .For- 2071000500010
- influence of finite dimensions of scatterer and 2071000500011
neutron detectors. 2071000500012
- Counting losses. 2071000500013
- Depolarization of the primary neutron beam. 2071000500014
ERR-ANALYS (DATA-ERR) The quoted error bars contain the uncer- 2071000500015
tainties in: 2071000500016
* counting statistics, 2071000500017
* background subtraction, 2071000500018
* counting-loss corrections, 2071000500019
* depolarization effects in the solenoid and 2071000500020
* neutron monitoring, 2071000500021
which were all treated as standard deviations. 2071000500022
(ERR-1) The relative uncertainty of about 7.4% in 2071000500023
the primary neutron polarization is not included 2071000500024
in the errors and must be regarded as uncertainty 2071000500025
in the ordinate scales. 2071000500026
HISTORY (20120715A) SD: POL-BM-ERR was added to COMMON. 2071000500027
Q-VAL -> E-LVL in Subents 3-5. 2071000500028
ENDBIB 26 0 2071000500029
COMMON 5 3 2071000500030
EN POL-BM POL-BM-ERR E-LVL ERR-1 2071000500031
MEV NO-DIM NO-DIM MEV PER-CENT 2071000500032
1.5850E+01-1.3500E-01 0.010 4.4400E+00 7.4 2071000500033
ENDCOMMON 3 0 2071000500034
DATA 3 7 2071000500035
ANG-CM DATA DATA-ERR 2071000500036
ADEG NO-DIM NO-DIM 2071000500037
5.4700E+01-1.5300E-01 3.6000E-02 2071000500038
8.0700E+01-1.5800E-01 7.0000E-02 2071000500039
9.5800E+01-4.4000E-02 7.2000E-02 2071000500040
1.0560E+02 1.0000E-02 5.4000E-02 2071000500041
1.1990E+02 2.9000E-02 4.2000E-02 2071000500042
1.2930E+02 2.7100E-01 9.6000E-02 2071000500043
1.4300E+02 2.8900E-01 7.9000E-02 2071000500044
ENDDATA 9 0 2071000500045
ENDSUBENT 44 0 2071000599999
SUBENT 20710006 20120715 22322071000600001
BIB 7 31 2071000600002
REACTION (6-C-12(N,EL)6-C-12,,DA) tbl.1 2071000600003
INC-SOURCE (D-T) The T(d,n)He-4 reaction using a thin 2071000600004
tritium-loaded titanium target. 2071000600005
MONITOR (6-C-12(N,EL)6-C-12,,DA) The three data points 2071000600006
at En = 15.0 MeV were normalized at 100.degr (c.m.) 2071000600007
to the elastic cross section measured by Hogue+ 2071000600008
MONIT-REF (12890002,H.H.Hogue+,J,NSE,61,521,197612) Normaliza- 2071000600009
tion for the 15.0 MeV data. 2071000600010
CORRECTION .For- 2071000600011
- The tail of the elastic scattering peak under the 2071000600012
inelastic peak (6.0 to 18.0% of the inel. peak). 2071000600013
- Time-independent background. 2071000600014
- Time-correlated background ( 1 to 10%). 2071000600015
- dead-time and pile-up effects. 2071000600016
- Divergence of the incident neutron beam. 2071000600017
- Flux-attenuation of the incoming and scattered 2071000600018
neutrons in the scatterer. 2071000600019
- Multiple scattering (3 to 7%). 2071000600020
ERR-ANALYS (ERR-T) The given uncertainties of about 15% 2071000600021
were obtained by combining quadratically: 2071000600022
(ERR-S,,0.3) the statistical counting errors 2071000600023
(less than 0.3%), 2071000600024
* the uncertainties arising from background 2071000600025
subtraction, 2071000600026
* uncertainties in counting-loss corrections, 2071000600027
* uncertainties in multiple scattering corrections, 2071000600028
* uncertainties in neutron monitoring, 2071000600029
(ERR-1) uncertainties in determination of relative 2071000600030
neutron detector efficiencies (about 12%) 2071000600031
* absolute normalization. 2071000600032
HISTORY (20120715T) SD 2071000600033
ENDBIB 31 0 2071000600034
COMMON 3 3 2071000600035
EN ANG-CM-NRM ERR-1 2071000600036
MEV ADEG PER-CENT 2071000600037
15. 100. 12. 2071000600038
ENDCOMMON 3 0 2071000600039
DATA 3 3 2071000600040
ANG-CM DATA-CM ERR-T 2071000600041
ADEG MB/SR MB/SR 2071000600042
8.7300E+01 2.6000E+01 3.9000E+00 2071000600043
9.9700E+01 3.6000E+01 5.4000E+00 2071000600044
1.1420E+02 2.9400E+01 4.4000E+00 2071000600045
ENDDATA 5 0 2071000600046
ENDSUBENT 45 0 2071000699999
SUBENT 20710007 20120715 22322071000700001
BIB 7 31 2071000700002
REACTION (6-C-12(N,INL)6-C-12,PAR,DA) tbl.1 2071000700003
INC-SOURCE (D-T ) The T(d,n)He-4 reaction using a thin tritium- 2071000700004
loaded titanium target. 2071000700005
MONITOR (6-C-12(N,EL)6-C-12,,DA) The three data points 2071000700006
at En = 15.0 MeV were normalized at 100.degr (c.m.) 2071000700007
to the elastic cross section measured by Hogue+ 2071000700008
MONIT-REF (12890002,H.H.Hogue+,J,NSE,61,521,197612) Normaliza- 2071000700009
tion for the 15.0 MeV data. 2071000700010
CORRECTION .For- 2071000700011
- The tail of the elastic scattering peak under the 2071000700012
inelastic peak (6.0 to 18.0% of the inel. peak). 2071000700013
- Time-independent background. 2071000700014
- Time-correlated background ( 1 to 10%). 2071000700015
- Dead-time and pile-up effects. 2071000700016
- Divergence of the incident neutron beam. 2071000700017
- Flux-attenuation of the incoming and scattered 2071000700018
neutrons in the scatterer. 2071000700019
- Multiple scattering (3 to 7%). 2071000700020
ERR-ANALYS (ERR-T) The given uncertainties of about 15% 2071000700021
were obtained by combining quadratically: 2071000700022
(ERR-S,,0.3) the statistical counting errors 2071000700023
(less than 0.3%), 2071000700024
* the uncertainties arising from background 2071000700025
subtraction, 2071000700026
* uncertainties in counting-loss corrections, 2071000700027
* uncertainties in multiple scattering corrections, 2071000700028
* uncertainties in neutron monitoring, 2071000700029
(ERR-1) uncertainties in determination of relative 2071000700030
neutron detector efficiencies (about 12%) 2071000700031
* absolute normalization. 2071000700032
HISTORY (20120715T) 2071000700033
ENDBIB 31 0 2071000700034
COMMON 4 3 2071000700035
EN E-LVL ANG-CM-NRM ERR-1 2071000700036
MEV MEV ADEG PER-CENT 2071000700037
15.0 4.44 100. 12. 2071000700038
ENDCOMMON 3 0 2071000700039
DATA 3 3 2071000700040
ANG-CM DATA-CM ERR-T 2071000700041
ADEG MB/SR MB/SR 2071000700042
8.8400E+01 6.7000E+00 1.0000E+00 2071000700043
1.0070E+02 6.3000E+00 1.0000E+00 2071000700044
1.1520E+02 7.4000E+00 1.1000E+00 2071000700045
ENDDATA 5 0 2071000700046
ENDSUBENT 45 0 2071000799999
SUBENT 20710008 20120715 22322071000800001
BIB 7 32 2071000800002
REACTION (6-C-12(N,INL)6-C-12,PAR,DA) tbl.1 2071000800003
INC-SOURCE (D-T ) The T(d,n)He-4 reaction using a thin tritium- 2071000800004
loaded titanium target. 2071000800005
MONITOR (6-C-12(N,INL)6-C-12,,DA) At En =16.9+-0.2 MeV, where 2071000800006
no elastic yields have been measured, the inelastic 2071000800007
yields were normalized to the differential inelastic 2071000800008
cross section given in G.Deconninck+ 2071000800009
for En = 17.27 +-0.56 MeV. 2071000800010
MONIT-REF (20240009,G.Deconninck+,J,PR/C,1,(4),1326,1970) 2071000800011
CORRECTION .For- 2071000800012
- The tail of the elastic scattering peak under the 2071000800013
inelastic peak (6.0 to 18.0% of the inel. peak). 2071000800014
- Time-independent background. 2071000800015
- Time-correlated background ( 1 to 10%). 2071000800016
- Dead-time and pile-up effects. 2071000800017
- Divergence of the incident neutron beam. 2071000800018
- Flux-attenuation of the incoming and scattered 2071000800019
neutrons in the scatterer. 2071000800020
- Multiple scattering (3 to 7%). 2071000800021
ERR-ANALYS (ERR-T) The given uncertainties of about 15% 2071000800022
were obtained by combining quadratically: 2071000800023
(ERR-S,,0.3) the statistical counting errors 2071000800024
(less than 0.3%), 2071000800025
* the uncertainties arising from background 2071000800026
subtraction, 2071000800027
* uncertainties in counting-loss corrections, 2071000800028
* uncertainties in multiple scattering corrections, 2071000800029
* uncertainties in neutron monitoring, 2071000800030
(ERR-1) uncertainties in determination of relative 2071000800031
neutron detector efficiencies (about 12%) 2071000800032
* absolute normalization. 2071000800033
HISTORY (20120715T) 2071000800034
ENDBIB 32 0 2071000800035
COMMON 4 3 2071000800036
EN E-LVL EN-NRM ERR-1 2071000800037
MEV MEV MEV PER-CENT 2071000800038
15.0 4.44 17.27 12. 2071000800039
ENDCOMMON 3 0 2071000800040
DATA 3 8 2071000800041
ANG-CM DATA-CM ERR-T 2071000800042
ADEG MB/SR MB/SR 2071000800043
5.4900E+01 1.5900E+01 2.4000E+00 2071000800044
7.0500E+01 1.0000E+01 1.5000E+00 2071000800045
8.5700E+01 8.8000E+00 1.4000E+00 2071000800046
1.0060E+02 8.5000E+00 1.3000E+00 2071000800047
1.1510E+02 1.3700E+01 2.0000E+00 2071000800048
1.2920E+02 1.3800E+01 2.0000E+00 2071000800049
1.4280E+02 9.4000E+00 1.4000E+00 2071000800050
1.5570E+02 1.1400E+01 1.7000E+00 2071000800051
ENDDATA 10 0 2071000800052
ENDSUBENT 51 0 2071000899999
ENDENTRY 8 0 2071099999999