ENTRY B0173 20020117 B019B017300000001
SUBENT B0173001 20020117 B019B017300100001
BIB 14 40 B017300100002
TITLE The Reaction Rate of the C-13(ALPHA,N)O-16 Process. B017300100003
AUTHOR (E.RAMSTROEM, T.WIEDLING) B017300100004
INSTITUTE (2SWDAE ) B017300100005
REFERENCE (J,AJ,211,223,1977) B017300100006
FACILITY (VDG,2SWDAE ) B017300100007
DETECTOR (BF3) B017300100008
A Number of 20 Boron-Trifluoride Tubes, Each with a B017300100009
Sensitive Length of 100 Cm and a Diameter of 4 Cm were B017300100010
Positioned in a Moderator Assembly in 4 Pi-Geometry. B017300100011
The Whole Detector was Shielded by Boron Plastic, B017300100012
Cadmium, Paraffin and Concrete. A Detector Efficiency B017300100013
Of (18.3 +- 1.5)% was Obtained. B017300100014
SAMPLE Carbon Targets, Made by Heating a 0.1 mm Thick TantalumB017300100015
Foil to Red Heat in an Atmosphere of Methyl Iodide B017300100016
Enriched with C-13 to 89%. The Target Thicknesses were B017300100017
Determined by Weighing Before and After the Cracking B017300100018
Procedure. Additionally, the Thicknesses of the Thin B017300100019
Targets were Determined by Measuring the Width of the B017300100020
Sharp Resonance at 1.056 MeV For the C-13(ALPHA,N)0-16 B017300100021
Reaction. B017300100022
METHOD (EXTB,SITA,BCINT) B017300100023
The Analyzing Magnet of the Van De Graaff Accelerator B017300100024
Was Energy Calibrated by Measuring the Neutron Yield B017300100025
Of the C-13(A,N) Reaction at the Sharp Resonance at B017300100026
1.056 MeV. B017300100027
ANALYSIS The Yield Curve Consists of a Nonresonant Part and a B017300100028
Single Sharp Resonance at 1.056 MeV. B017300100029
ERR-ANALYS No Error Analysis is Given. B017300100030
ADD-RES The Neutron Yields were Measured in Order to B017300100031
Derive an Expression For the Life-Time of C-13 Nuclei B017300100032
Burning by the (ALPHA,N) Process. B017300100033
CORRECTION Energy Degradation of the Alpha-Particles Due to B017300100034
Carbon Deposits on the Targets were Corrected For. B017300100035
STATUS (CURVE) B017300100036
By the Authors the Neutron Yield Per Microcoulomb B017300100037
Was Given. The Yields in Part/Microampere * Hour B017300100038
Were Calculated by the Compiler. B017300100039
HISTORY (19801115C)Nekw B017300100040
(20020111A) Data Units were Changed B017300100041
(20020117U) Last checking has been done. B017300100042
ENDBIB 40 0 B017300100043
NOCOMMON 0 0 B017300100044
ENDSUBENT 43 0 B017300199999
SUBENT B0173002 20020117 B019B017300200001
BIB 3 9 B017300200002
REACTION 1(6-C-13(A,N)8-O-16,,PY,,,EXP) B017300200003
2(6-C-13(A,N)8-O-16,,PY,,,EXP) B017300200004
PART-DET (N) B017300200005
SAMPLE 1Target Thickness 88 Microgram/Cm**2, Corresponding to B017300200006
An Absorption Thickness of 0.176 MeV For 1 MeV Alpha- B017300200007
Particles. B017300200008
2Target Thickness 13 Microgram/Cm**2, Corresponding to B017300200009
An Absorption Thickness of 0.026 MeV For 1 MeV Alpha- B017300200010
Particles. B017300200011
ENDBIB 9 0 B017300200012
NOCOMMON 0 0 B017300200013
DATA 3 39 B017300200014
EN DATA 1DATA 2 B017300200015
MEV PRD/INC PRD/INC B017300200016
0.602 1.2906E-14 B017300200017
0.622 2.2252E-14 B017300200018
0.636 3.1153E-14 B017300200019
0.655 5.3405E-14 B017300200020
0.673 8.9008E-14 B017300200021
0.681 3.4713E-16 B017300200022
0.701 1.6466E-13 B017300200023
0.713 2.0027E-13 B017300200024
0.719 2.3587E-13 B017300200025
0.721 9.3458E-16 B017300200026
0.733 2.6702E-13 B017300200027
0.759 5.3405E-13 B017300200028
0.76 2.2252E-15 B017300200029
0.775 6.6756E-13 B017300200030
0.78 8.0107E-13 B017300200031
0.8 4.4504E-15 B017300200032
0.814 1.2016E-12 B017300200033
0.835 2.0027E-12 B017300200034
0.839 1.0236E-14 B017300200035
0.854 2.4477E-12 B017300200036
0.874 3.6048E-12 B017300200037
0.878 2.0472E-14 B017300200038
0.894 4.8954E-12 B017300200039
0.899 2.8037E-14 B017300200040
0.913 8.4557E-12 B017300200041
0.918 3.8718E-14 B017300200042
0.933 1.2016E-11 B017300200043
0.939 5.3405E-14 B017300200044
0.953 1.9137E-11 B017300200045
0.957 7.1206E-14 B017300200046
0.971 2.0917E-11 B017300200047
0.976 1.0236E-13 B017300200048
0.997 1.4241E-13 B017300200049
1.04 9.3458E-11 B017300200050
1.05 1.7802E-10 B017300200051
1.09 3.1153E-10 B017300200052
1.11 3.5603E-10 B017300200053
1.13 3.8718E-10 B017300200054
1.15 4.4504E-10 B017300200055
ENDDATA 41 0 B017300200056
ENDSUBENT 55 0 B017300299999
ENDENTRY 2 0 B017399999999