ENTRY            C1633   20160630                             C162C163300000001 
SUBENT        C1633001   20160630                             C162C163300100001 
BIB                 10         25                                 C163300100002 
TITLE      The Cross Section for the Radiative Capture of         C163300100003 
           Protons by C13 at 129 keV                              C163300100004 
AUTHOR     (E.J.Woodbury,W.A.Fowler)                              C163300100005 
REFERENCE  (J,PR,85,51,1952)                                      C163300100006 
           #doi:10.1103/PhysRev.85.51                             C163300100007 
REL-REF    (M,F0510001,R.N.Hall+,J,PR,77,197,1950) Deduction of   C163300100008 
           cross sections from the yield measurements.            C163300100009 
INSTITUTE  (1USACAL)                                              C163300100010 
FACILITY   (VDG,1USACAL) California Institute of Technology 3-    C163300100011 
           MeV electrostatic accelerator.                         C163300100012 
DETECTOR   (NAICR) The thallium-activated sodium iodide crystal   C163300100013 
           is 0.040 inch.                                         C163300100014 
SAMPLE     (6-C-13,ENR=0.61) The C13 targets used in the low      C163300100015 
           energy work were prepared by cracking enriched methyl  C163300100016 
           iodide on clean tantalum strips. Measurements made at  C163300100017 
           the sharp 1.76-MeV resonance in C13 indicated that     C163300100018 
           the thickness of the targets for protons was 20 keV    C163300100019 
           at this energy.                                        C163300100020 
METHOD     The yield can be determined by using the counter       C163300100021 
           calibration, assuming the yield as known at 700 keV,   C163300100022 
           by comparing the counter yield at the lower voltage    C163300100023 
           with the counter yield at 700 keV. When the yield has  C163300100024 
           been calculated the cross section can be found by      C163300100025 
           using the method of Hall and Fowler.                   C163300100026 
HISTORY    (20160630C) BP                                         C163300100027 
ENDBIB              25          0                                 C163300100028 
NOCOMMON             0          0                                 C163300100029 
ENDSUBENT           28          0                                 C163300199999 
SUBENT        C1633002   20160630                             C162C163300200001 
BIB                  3          3                                 C163300200002 
REACTION   (6-C-13(P,G)7-N-14,,SIG)                               C163300200003 
ERR-ANALYS (DATA-ERR) Rounding of two results error.              C163300200004 
STATUS     (TABLE) page 55.                                       C163300200005 
ENDBIB               3          0                                 C163300200006 
NOCOMMON             0          0                                 C163300200007 
DATA                 4          1                                 C163300200008 
EN         EN-ERR     DATA       DATA-ERR                         C163300200009 
KEV        KEV        B          B                                C163300200010 
      129.0        1.0     5.0E-9     1.0E-9                      C163300200011 
ENDDATA              3          0                                 C163300200012 
ENDSUBENT           11          0                                 C163300299999 
ENDENTRY             2          0                                 C163399999999