Azimuthal 2alpha correlations and projectile-residue distributions selected by neutron and charged-particle multiplicity measurements - INSPIRE

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Azimuthal 2alpha correlations and projectile-residue distributions selected by neutron and charged-particle multiplicity measurements

G.J. Kunde
(
- Michigan State U. and
- Michigan State U., NSCL
)
,
S. Gaff
(
- Michigan State U. and
- Michigan State U., NSCL
)
,
C.K. Gelbke
(
- Michigan State U. and
- Michigan State U., NSCL
)
,
T. Glasmacher
(
- Michigan State U. and
- Michigan State U., NSCL
)
,
M.J. Huang
(
- Michigan State U. and
- Michigan State U., NSCL
)

Mar, 1997

Published in:

Phys.Rev.C 55 (1997) R990-R994

DOI:

10.1103/PhysRevC.55.R990

View in:

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Abstract: (APS)

The resolution of reaction filters for intermediate-energy heavy-ion collisions based upon charged-particle and neutron multiplicity measurements with 4π coverage is compared for 112Sn+112Sn and 124Sn+124Sn collisions at E/A=40 MeV. The quality of event characterization is inferred from the azimuthal correlations of α particles emitted at intermediate rapidity and from the Z distributions of projectilelike fragments emitted at forward angles. For central and midimpact parameter collisions, the associated charged-particle multiplicity appears to provide better impact-parameter selection than the associated neutron multiplicity.

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