Recent results from E802 and E859

T. Abbott,Y. Akiba,D. R. Beavis,P. Beery,M.A. Bloomer,P.D. Bond,H. C. Britt,B. Budick,C. Chasman,Z. Chen,C. Y. Chi,Y.Y. Chu,V. Cianciolo,B.A. Cole,J.B. Costales,H. J. Crawford,J.B. Cumming,R. Debbe,J. Engelage,S. Y. Fung,M. Gonin,L. Grodzins,S. Gushue,Hideki Hamagaki,O. Hansen,R. Hayano,S. Hayashi,S. Homma,H.Z. Huang,Y. Ikeda,I. Juricic,H. Kaneko,J. Kang,S. Katcoff,S. Kaufman,W. L. Kehoe,K. Kimura,K. Kitamura,K. Kurita,R.J. Ledoux,M. J. LeVine,Y. Miake,D. Morrison,R. J. Morse,B. Moskowitz,S. Nagamiya,N. Namboodiri,T.K. Nayak,J. Olness,C.G. Parsons,L.P. Remsberg,D. Roehrich,P. Rothschild,Hiroyoshi Sakurai,Thomas C. Sangster,M. Sarabura,R. Seto,R. A. Soltz,P. W. Stankus,S.G. Steadman,George Stephans,Toru Sugitate,T. Sung,M. Tanaka,Y. Tanaka,M.J. Tannembaum,J. H. Thomas,M. Torikoshi,J.H. van Dijk,F. Videbaek,M. Vient,P. Vincent,O. Vossnack,V. Vutsadakis,Fuqiang Wang,Y. Wang,H. E. Wegner,D.S. Woodruff,Y. Wu,D. Zachary,W. A. Zajc

Recent results from E802 and E859

1992

T. Abbott
Y. Akiba
D. R. Beavis
P. Beery
M.A. Bloomer
P.D. Bond
H. C. Britt
B. Budick
C. Chasman
Z. Chen
C. Y. Chi
Y.Y. Chu
V. Cianciolo
B.A. Cole
J.B. Costales
H. J. Crawford
J.B. Cumming
R. Debbe
J. Engelage
S. Y. Fung
M. Gonin
L. Grodzins
S. Gushue
Hideki Hamagaki
O. Hansen
R. Hayano
S. Hayashi
S. Homma
H.Z. Huang
Y. Ikeda
I. Juricic
H. Kaneko
J. Kang
S. Katcoff
S. Kaufman
W. L. Kehoe
K. Kimura
K. Kitamura
K. Kurita
R.J. Ledoux
M. J. LeVine
Y. Miake
D. Morrison
R. J. Morse
B. Moskowitz
S. Nagamiya
N. Namboodiri
T.K. Nayak
J. Olness
C.G. Parsons
L.P. Remsberg
D. Roehrich
P. Rothschild
Hiroyoshi Sakurai
Thomas C. Sangster
M. Sarabura
R. Seto
R. A. Soltz
P. W. Stankus
S.G. Steadman
George Stephans
Toru Sugitate
T. Sung
M. Tanaka
Y. Tanaka
M.J. Tannembaum
J. H. Thomas
M. Torikoshi
J.H. van Dijk
F. Videbaek
M. Vient
P. Vincent
O. Vossnack
V. Vutsadakis
Fuqiang Wang
Y. Wang
H. E. Wegner
D.S. Woodruff
Y. Wu
D. Zachary
W. A. Zajc

Abstract Recent single-particle inclusive measurements and two-particle correlation data from E802 and its succesor, E859, are presented. The K + / π + ratio observed for collisions of 14.6 A·GeV 28 Si ions on various targets is presented as a function of both forward and transverse energy. Source sizes are determined via interferometry using π + , π − , K + and proton pairs.

Keywords:

Atomic physics
Strangeness
Nuclear reaction
Correlation function
Proton
Kinetic energy
Ion
Physics
Charged particle
Correlation
Multiplicity (mathematics)
Transverse plane
Momentum

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