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An excitation function of K− and K+ production in Au+Au reactions at the AGS | Researchclopedia
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An excitation function of K− and K+ production in Au+Au reactions at the AGS
2000
127 citations
Journal Article
green Open Access
Field-Weighted Citation Impact:
4.65
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University of California, Riverside
C. Chasman
·
Brookhaven National Laboratory
Z. Chen
·
Brookhaven National Laboratory
Y. Y. Chu
·
Brookhaven National Laboratory
T. Chujo
·
University of Tsukuba
J. B. Cumming
·
Brookhaven National Laboratory
R. Debbe
·
Brookhaven National Laboratory
J. C. Dunlop
·
Massachusetts Institute of Technology
W. Eldredge
·
University of California, Riverside
Keith Fleming
·
University of California, Riverside
S. Y. Fung
·
University of California, Riverside
E. Garcı́a
·
University of Maryland, College Park
S. Gushue
·
Brookhaven National Laboratory
H. Hamagaki
·
The University of Tokyo
R. Hayano
·
The University of Tokyo
G. Heintzelman
·
Massachusetts Institute of Technology
J. H. Kang
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Yonsei University
E. J. Kim
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Yonsei University
A. Kumagai
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University of Tsukuba
K. Kurita
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University of Tsukuba
J. H. Lee
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Brookhaven National Laboratory
Y. K. Lee
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Johns Hopkins University
Y. Miake
·
University of Tsukuba
A. C. Mignerey
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University of Maryland, College Park
M. Moulson
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Columbia University
C. Müentz
·
Brookhaven National Laboratory
K. Nagano
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The University of Tokyo
C. A. Ogilvie
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Iowa State University
J. W. Olness
·
Brookhaven National Laboratory
K. Oyama
·
The University of Tokyo
L. P. Remsberg
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Brookhaven National Laboratory
H. Sako
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University of Tsukuba
R. Seto
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University of California, Riverside
J. Shea
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University of Maryland, College Park
K. Shigaki
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High Energy Accelerator Research Organization
S. G. Steadman
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Massachusetts Institute of Technology
G. S. F. Stephans
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Massachusetts Institute of Technology
Toru Tamagawa
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The University of Tokyo
M. J. Tannenbaum
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Brookhaven National Laboratory
S. Ueno-Hayashi
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University of Tsukuba
F. Videbæk
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Brookhaven National Laboratory
H. Xiang
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University of California, Riverside
F. Wang
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Columbia University
K. Yagi
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University of Tsukuba
F. Zhu
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Brookhaven National Laboratory
B. B. Back
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Argonne National Laboratory
R. R. Betts
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University of Illinois Chicago
W. C. Chang
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University of California, Riverside
W. C. Chang
·
University of California, Riverside
C.Y. Chi
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Columbia University
Y. Y. Chu
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Brookhaven National Laboratory
J. B. Cumming
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Brookhaven National Laboratory
J. C. Dunlop
·
Massachusetts Institute of Technology
W. Eldredge
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University of California, Riverside
S.-Y. Fung
·
University of California, Riverside
R. Ganz
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University of Illinois Chicago
E. Garcı́a
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University of Maryland, College Park
A. Gillitzer
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Argonne National Laboratory
G. Heintzelman
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Massachusetts Institute of Technology
W. Henning
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Argonne National Laboratory
D. J. Hofman
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University of Illinois Chicago
B. Holzman
·
University of Illinois Chicago
J. H. Kang
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Yonsei University
E.J Kim
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Yonsei University
S.Y Kim
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Yonsei University
Y. Kwon
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Yonsei University
D McLeod
·
University of Illinois Chicago
A. C. Mignerey
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University of Maryland, College Park
M. Moulson
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Columbia University
V. Nanal
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Argonne National Laboratory
C. A. Ogilvie
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Iowa State University
R. Pak
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University of Rochester
A. Ruangma
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University of Maryland, College Park
D. Russ
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University of Maryland, College Park
R. Seto
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University of California, Riverside
P. J. Stanskas
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University of Maryland, College Park
G. S. F. Stephans
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Massachusetts Institute of Technology
H. Wang
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University of California, Riverside
F. L. H. Wolfs
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University of Rochester
A. H. Wuosmaa
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Argonne National Laboratory
H. Xiang
·
University of California, Riverside
G. Xu
·
University of California, Riverside
H. Yao
·
Massachusetts Institute of Technology
C. Zou
·
University of California, Riverside