ENTRY            L0278   20220314                             L050L027800000001 
SUBENT        L0278001   20220314                             L050L027800100001 
BIB                 11         25                                 L027800100002 
TITLE      Photodisintegration of Deuterium at 180-260 Mev*       L027800100003 
AUTHOR     (R.Littauer,J.Keck)                                    L027800100004 
REFERENCE  (J,PR,87,195(H2),1952) Abstract only.                  L027800100005 
           #doi:10.1103/PhysRev.87.179                            L027800100006 
REL-REF    (A,,T.S.Benedict+,J,BAP,27,(1),54,1952) 160-MeV        L027800100007 
           photon data.                                           L027800100008 
INSTITUTE  (1USACOR)                                              L027800100009 
FACILITY   (SYNCH,1USACOR) Cornell 315-MeV electron synchrotron.  L027800100010 
INC-SOURCE (BRST,KINDT)                                           L027800100011 
SAMPLE     Equivalent targets of D20 and H2O.                     L027800100012 
DETECTOR   (TELES)                                                L027800100013 
METHOD     (COINC) Protons emitted at a given laboratory angle    L027800100014 
           are counted in a coincidence-anticoincidence           L027800100015 
           telescope, which defines a given range interval for    L027800100016 
           charged particles and identifies them by their         L027800100017 
           specific ionization. The only process in deuterium     L027800100018 
           which can give rise to protons in the range of angles  L027800100019 
           and energies investigated is photodisintegration. No   L027800100020 
           proton production is possible from hydrogen over this  L027800100021 
           range, The energy of the proton determines the energy  L027800100022 
           of the photon responsible for the disintegration, so   L027800100023 
           that we are able to measure the cross section of the   L027800100024 
           reaction as a function of photon energy and of proton  L027800100025 
           angle.                                                 L027800100026 
HISTORY    (20220314C) BP                                         L027800100027 
ENDBIB              25          0                                 L027800100028 
COMMON               1          3                                 L027800100029 
ANG                                                               L027800100030 
ADEG                                                              L027800100031 
       90.0                                                       L027800100032 
ENDCOMMON            3          0                                 L027800100033 
ENDSUBENT           32          0                                 L027800199999 
SUBENT        L0278002   20220314                             L050L027800200001 
BIB                  2          2                                 L027800200002 
REACTION   (1-H-2(G,N)1-H-1,,DA)                                  L027800200003 
STATUS     (TABLE) page 196. Preliminary results.                 L027800200004 
ENDBIB               2          0                                 L027800200005 
NOCOMMON             0          0                                 L027800200006 
DATA                 3          1                                 L027800200007 
EN-MIN     EN-MAX     DATA                                        L027800200008 
MEV        MEV        MB/SR                                       L027800200009 
      180.0      260.0      0.004                                 L027800200010 
ENDDATA              3          0                                 L027800200011 
ENDSUBENT           10          0                                 L027800299999 
ENDENTRY             2          0                                 L027899999999