ENTRY            G+70A          0                                  G+70A 0    1
SUBENT        G+70A  1          0                                  G+70A 1    1
BIB                 13         28                                  G+70A 1    2
INSTITUTE  (FRPAR)                                                 G+70A 1    3
REFERENCE  (J,CR/B,271,970,1970)                                   G+70A 1    4
AUTHORS    (S.GALES,M.LANGEVIN,J.-M.MAISON,J.VERNOTTE)             G+70A 1    5
TITLE      RECHERCHE DU PREMIER ETAT T=2 DU NOYAU SOUFRE-32 AU     G+70A 1    6
           MOYEN DE LA REACTION 31P(P,GAMMA)32S                    G+70A 1    7
FACILITY   (VDG) 4-MV VAN DE GRAAFF ACCELERATOR, INSTITUT DE       G+70A 1    8
           PHYSIQUE NUCLEAIRE, ORSAY, FRANCE.                      G+70A 1    9
INC-PART   (P) PROTONS.                                            G+70A 1   10
TARGETS    NATURAL RED PHOSPHORUS EVAPORATED IN VACUUM ONTO A      G+70A 1   11
           TUNGSTEN BACKING.                                       G+70A 1   12
METHOD     PROTONS WERE OBTAINED FROM THE 4-MV ORSAY VAN DE        G+70A 1   13
           GRAAFF ACCELERATOR. MEASUREMENTS WERE MADE IN THE       G+70A 1   14
           PROTON ENERGY RANGE 3.10 TO 3.35 MEV. THE PROTON        G+70A 1   15
           ENERGY CALIBRATION WAS BASED ON THE KNOWN 3235.7-KEV    G+70A 1   16
           RESONANCE IN 13C(P,N)13N. A NAI SCINTILLATOR GAMMA-     G+70A 1   17
           RAY DETECTOR WAS PLACED 10 CM FROM THE TARGET AT AN     G+70A 1   18
           ANGLE OF 55 DEGREES RELATIVE TO THE INCIDENT            G+70A 1   19
           PROTON BEAM FOR THE GAMMA-RAY EXCITATION FUNCTION       G+70A 1   20
           MEASUREMENTS TO FIND THE 31P(P,GAMMA)32S RESONANCES.    G+70A 1   21
           DETAILED GAMMA-RAY SPECTRA AND GAMMA-RAY ANGULAR        G+70A 1   22
           DISTRIBUTIONS WERE MEASURED AT THE RESONANCES USING     G+70A 1   23
           A GE(LI) DETECTOR.                                      G+70A 1   24
DETECTORS  (SCINT) 12.7 CM X 12.7 CM NAI SCINTILLATOR CRYSTAL.     G+70A 1   25
           (GELI) 37-CM**3 GE(LI) DETECTOR.                        G+70A 1   26
MONITOR    (CI) CURRENT INTEGRATOR.                                G+70A 1   27
CORRECTION NONE MENTIONED.                                         G+70A 1   28
ERR-ANALYS NONE MENTIONED.                                         G+70A 1   29
COMMENTS   THE ORIGINAL PAPER IS WRITTEN IN FRENCH.                G+70A 1   30
ENDBIB              28                                             G+70A 1   31
ENDSUBENT            1                                             G+70A 199999
SUBENT        G+70A  2          0                                  G+70A 2    1
BIB                  2         10                                  G+70A 2    2
REACTION   31P(P,GAMMA)32S                                         G+70A 2    3
COMMENTS   DEDUCED ENERGIES, SPIN/PARITY AND ISOBARIC              G+70A 2    4
           SPIN OF LOWEST T=2 STATE IN 32S FROM GAMMA-RAY          G+70A 2    5
           MEASUREMENTS. EP = RESONANCE PROTON ENERGY.             G+70A 2    6
           EP-ERR = ERROR IN PROTON ENERGY. EX = EXCITATION        G+70A 2    7
           ENERGY OF 32S LEVEL. EX-ERR = ERROR IN EXCITATION       G+70A 2    8
           ENERGY. J-PI = SPIN AND PARITY OF RESONANCE STATE       G+70A 2    9
           IN 32S. NEGATIVE SIGN USED TO DENOTE NEGATIVE           G+70A 2   10
           PARITY. OTHERWISE PARITY IS POSITIVE. T = ISOBARIC      G+70A 2   11
           SPIN OF EXCITED STATE IN 32S.                           G+70A 2   12
ENDBIB              10                                             G+70A 2   13
DATA                 6          1                                  G+70A 2   14
EP         EP-ERR     EX         EX-ERR     J-PI       T           G+70A 2   15
KEV        KEV        KEV        KEV        NO-DIM     NO-DIM      G+70A 2   16
 3289.      3.         12050.     4.         0.         2.         G+70A 2   17
ENDDATA              3                                             G+70A 2   18
ENDSUBENT            2                                             G+70A 299999
ENDENTRY             2                                             G+70A9999999