ENTRY             G+74          0                                   G+74 0    1
SUBENT         G+74  1          0                                   G+74 1    1
BIB                 12         41                                   G+74 1    2
INSTITUTE  (CANMCM)                                                 G+74 1    3
REFERENCE  (J,CJP,52,950,1974)                                      G+74 1    4
AUTHORS    (H.GRAWE,J.E.CAIRNS,M.W.GREENE,J.A.KUEHNER)              G+74 1    5
TITLE      AN INVESTIGATION OF ODD PARITY STATES IN 32S             G+74 1    6
FACILITY   (VDG) 4-MV KN VAN DE GRAAFF ACCELERATOR, MCMASTER        G+74 1    7
           UNIVERSITY, HAMILTON, ONTARIO, CANADA.                   G+74 1    8
INC-PART   (P) PROTONS.                                             G+74 1    9
TARGETS    TARGETS WERE PREPARED BY EVAPORATING ZN3P2 ON            G+74 1   10
           TANTALUM BACKINGS THAT COULD BE DIRECTLY COOLED.         G+74 1   11
           THE TYPICAL TARGET THICKNESS WAS 6 KEV FOR 1.5-MEV       G+74 1   12
           PROTONS.                                                 G+74 1   13
METHOD     TARGETS OF ZN3P2 WERE BOMBARDED WITH 20 MICROAMP         G+74 1   14
           PROTON BEAMS FROM THE MCMASTER UNIVERSITY 4-MV           G+74 1   15
           KN VAN DE GRAAFF ACCELERATOR. RESONANT STATES IN         G+74 1   16
           32S AT EP = 895, 1054, 1089, 1118, 1438, AND 1583        G+74 1   17
           KEV WERE POPULATED BY THE 31P(P,GAMMA)32S REACTION.      G+74 1   18
           GAMMA-RAYS FROM THE DECAY OF THESE STATES WERE           G+74 1   19
           MEASURED WITH A 45-CM**3 GE(LI) DETECTOR AT 55 AND       G+74 1   20
           90 DEGREES. ANGULAR DISTRIBUTIONS WERE MEASURED AT       G+74 1   21
           0, 30, 45, 60, AND 90 DEGREES FOR THE EP = 1438          G+74 1   22
           AND 1583 KEV RESONANCES. THE TARGET TO DETECTOR          G+74 1   23
           DISTANCE WAS 7.5 CM. LIFETIME MEASUREMENTS WERE          G+74 1   24
           DETERMINED USING THE DOPPLER-SHIFT ATTENUATION           G+74 1   25
           METHOD. THE 45-CM**3 GE(LI) DETECTOR WAS PLACED          G+74 1   26
           AT 0, 45, AND 120 DEGREES. THE DETECTOR WAS AT           G+74 1   27
           10 CM FROM THE TARGET FOR THIS MEASUREMENT. A            G+74 1   28
           RADIOACTIVE SOURCE PLACED IN A FIXED POSITION WAS        G+74 1   29
           USED TO GENERATE UNSHIFTED GAMMA RAYS FOR THE            G+74 1   30
           PURPOSE OF CALIBRATION. THE EFFICIENCY OF THE            G+74 1   31
           45-CM**3 GE(LI) DETECTOR WAS DETERMINED WITH A           G+74 1   32
           CALIBRATED 56CO GAMMA-RAY SOURCE. A COMPUTER             G+74 1   33
           PROGRAM WAS USED TO ANALYZE THE DOPPLER-SHIFT            G+74 1   34
           ATTENUATION DATA. OTHER DETAILS ARE GIVEN IN             G+74 1   35
           THE ORIGINAL PAPER.                                      G+74 1   36
DETECTOR   (GELI) 45-CM**3 GE(LI) DETECTOR IN VARIOUS POSITIONS.    G+74 1   37
MONITORS   (GELI) 12-CM*3 GE(LI) DETECTOR IN A FIXED POSITION.      G+74 1   38
           (CI) CURRENT INTEGRATOR.                                 G+74 1   39
CORRECTION CORRECTIONS WERE APPLIED FOR NON-RESONANT                G+74 1   40
           CONTRIBUTIONS AND FOR GAIN SHIFTS BETWEEN RUNS           G+74 1   41
           AT DIFFERENT ANGLES.                                     G+74 1   42
ERR ANALYS ERRORS GIVEN BUT DETAILS NOT DISCUSSED IN THE PAPER.     G+74 1   43
ENDBIB              41                                              G+74 1   44
ENDSUBENT            1                                              G+74 199999
SUBENT         G+74  2          0                                   G+74 2    1
BIB                  2          8                                   G+74 2    2
REACTION   31P(P,GAMMA)32S                                          G+74 2    3
COMMENTS   MEAN LIFETIMES FROM DOPPLER-SHIFT ATTENUATION            G+74 2    4
           MEASUREMENTS FROM TABLE 1 OF THE PAPER ARE GIVEN.        G+74 2    5
           EX = LEVEL EXCITATION ENERGY. TAU = MEAN LIFETIME.       G+74 2    6
           TAU-ERR(+) = POSITIVE LOBE OF ERROR IN MEAN LIFETIME.    G+74 2    7
           TAU-ERR(-) = NEGATIVE LOBE OF ERROR IN MEAN LIFETIME.    G+74 2    8
           FSEC = 10**(-15) SECONDS. A BLANK ENTRY INDICATES        G+74 2    9
           THAT NO VALUE IS AVAILABLE IN THE TABLE.                 G+74 2   10
ENDBIB               8                                              G+74 2   11
DATA                 4          3                                   G+74 2   12
EX         TAU        TAU-ERR(+) TAU-ERR(-)                         G+74 2   13
MEV        FSEC       FSEC       FSEC                               G+74 2   14
 6.62       810.       350.       250.                              G+74 2   15
 6.76       300.                                                    G+74 2   16
 7.95       110.       60.        40.                               G+74 2   17
ENDDATA              5                                              G+74 2   18
ENDSUBENT            2                                              G+74 299999
SUBENT         G+74  3          0                                   G+74 3    1
BIB                  2         10                                   G+74 3    2
REACTION   31P(P,GAMMA)32S                                          G+74 3    3
COMMENTS   COEFFICIENTS OF LEGENDRE-POLYNOMIAL EXPANSION FITS       G+74 3    4
           TO MEASURED ANGULAR DISTRIBUTIONS OF GAMMA-RAYS          G+74 3    5
           DE-EXCITING SELECTED RESONANCES ARE GIVEN. DATA FROM     G+74 3    6
           TABLE 2. EP = RESONANCE PROTON ENERGY. EX = RESONANCE    G+74 3    7
           EXCITATION ENERGY IN 32S. EI = ENERGY OF INTIAL STATE    G+74 3    8
           OF GAMMA-RAY TRANSITION. EF = ENERGY OF FINAL STATE      G+74 3    9
           OF TRANSITION. A2 = COEFFICIENT OF P2 LEGENDRE TERM.     G+74 3   10
           A2-ERR = ERROR IN A2. A4 = COEFFICIENT OF P4             G+74 3   11
           LEGENDRE TERM. A4-ERR = ERROR IN A4.                     G+74 3   12
ENDBIB              10                                              G+74 3   13
DATA                 8         13                                   G+74 3   14
EP         EX         EI         EF         A2         A2-ERR       G+74 3   15
A4         A4-ERR                                                   G+74 3   16
KEV        MEV        MEV        MEV        NO-DIM     NO-DIM       G+74 3   17
NO-DIM     NO-DIM                                                   G+74 3   18
 1438.      10.256     10.256     7.95       0.040      0.07        G+74 3   19
 0.01       0.08                                                    G+74 3   20
 1438.      10.256     10.256     6.76      -0.20       0.07        G+74 3   21
-0.02       0.07                                                    G+74 3   22
 1438.      10.256     10.256     6.62       0.54       0.03        G+74 3   23
-0.01       0.04                                                    G+74 3   24
 1438.      10.256     10.256     5.01      -0.57       0.06        G+74 3   25
 0.02       0.07                                                    G+74 3   26
 1438.      10.256     10.258     4.46       0.53       0.05        G+74 3   27
 0.05       0.06                                                    G+74 3   28
 1438.      10.256     6.62       5.01       0.40       0.04        G+74 3   29
 0.21       0.04                                                    G+74 3   30
 1438.      10.256     6.62       4.46       0.43       0.04        G+74 3   31
 0.01       0.05                                                    G+74 3   32
 1583.      10.395     10.395.    7.95       0.54       0.07        G+74 3   33
-0.07       0.07                                                    G+74 3   34
 1583.      10.395     10.395.    6.76      -0.07       0.09        G+74 3   35
 0.03       0.10                                                    G+74 3   36
 1583.      10.395     10.395.    6.62       0.48       0.02        G+74 3   37
-0.01       0.02                                                    G+74 3   38
 1583.      10.395     10.395.    5.01       0.11       0.04        G+74 3   39
 0.08       0.04                                                    G+74 3   40
 1583.      10.395     10.395.    4.46       0.52       0.10        G+74 3   41
-0.28       0.10                                                    G+74 3   42
 1583.      10.395     6.62       5.01       0.41       0.02        G+74 3   43
 0.23       0.02                                                    G+74 3   44
ENDDATA             30                                              G+74 3   45
ENDSUBENT            3                                              G+74 399999
ENDENTRY             3                                              G+749999999