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A combination drift chamber/pad chamber for very high readout rates
Author(s) -
L. Spiegel,
G. Cataldi,
Valerio Elia,
Petr Mazúr,
C. Murphy,
Richard P. Smith,
Wencui Yang,
T. Alexopoulos,
C. Durandet,
A. R. Erwin,
J. Jennings,
L. Antoniazzi,
G. Introzzi,
Arianna Lanza,
G. Liguori,
P. Torre,
W. To,
S. Conetti,
B. Cox,
E. C. Dukes,
V.M. Golovatyuk,
P. Hanlet,
A. P. McManus,
K. A. Nelson,
M. Recagni,
J. Segal,
Jason Sun,
C. Ballagh,
H. H. Bingham,
Thomas A. Kaeding,
J. Lys,
S. Misawa,
A. Blankman,
S.V. Borodin,
M. Newcomer,
W. Selove,
T. Trojak,
R VanBerg,
ShuangNan Zhang,
M. M. Block,
G. Corti,
T. LeCompte,
J. Rosen,
Tong Yao,
Andrew F. Boden,
D. Cline,
S. Ramachandran,
J. Rhoades,
S. Tokár,
J. Budagov,
E. Tsyganov,
Z. Cao,
M. He,
Chao Wang,
C. Wei,
g Zhang,
T. Chen,
N. Yao,
K. Clark,
M. Jenkins,
M. Cooper,
P. Creti,
E. Gorini,
F. Grancagnolo,
M. Panareo,
L. Fortney,
W. Kowald,
M. Haire,
D. Judd,
L. Turnbull,
David Wagoner,
K. Lau,
Geoffrey Mo,
J. Trischuk
Publication year - 1991
Language(s) - English
Resource type - Reports
DOI - 10.2172/10103993
Subject(s) - line (geometry) , physics , anode , optics , fermi gamma ray space telescope , wire chamber , electrical engineering , detector , electrode , geometry , engineering , mathematics , quantum mechanics

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