SLD results from the study of polarized Z{sup 0} produced at the SLC
M. Piccolo, Scott H. Williams,H. Hwang,R. Cotton,G. Eigen,R. Cassell,E. Mazzucato,A. P. Waite,E. Erdos,E. Church,H.Y. Kim,P. Coyle,P. G. Verdini,A. Lath,M. Carpinelli,R.H. Schindler,G.D. Punkar,I. Abt,M. Breidenbach,R.K. Yamamoto,K. C. Moffeit,J. P. Venuti,M.J. Fero,J. Huber, H. Park,R. A. Johnson,P.N. Burrows,L. Chen,R. Kajikawa,I. Karliner,S. Watts,D. J. Mellor,T. Schalk,A. Lu,R. J. Plano,G. Mantovani, Frédéric Perrier,E. Vella,J. J. Russell,M. Pauluzzi,J. Ma,M. D. Sokoloff,H.O. Cohn,U. Schneekloth,R. Elia,H.W. Kendall,S. Suzuki,J. E. Duboscq,M. Zolotorev,K. Hasegawa,H.L. Lynch,P. D. Acton,R. Prepost,T. Usher,D. Williams,B. Farhat,R. Messner,G. E. Gladding,R. Ben‐David,D. Schultz,M. Turcotte,R. Steiner, Y.-J. Kwon,J. E. Brau,E. Pieroni,F. Suekane,M. Kalelkar,M.H. Shaevitz,N. Bacchetta,G. Blaylock,M.H. Kelsey,S. Dasu,L.S. Osborne, S.F. McHugh, Philippe Saez,R. J. Morrison,S. Willocq,C. Young,P. De Simone,D. Su,C. Vannini,L.S. Rochester,H. Kawahara,U. Nauenberg,G. Shapiro,Jianfeng Zhou,P. Mockett,A. Sugiyama,J.I. Friedman,M. Petradza,W. Busza,Y. Hasegawa,D. O. Caldwell,R. Frey,A.O. Bazarko,R. Kroeger,R. Castaldi,T. R. Junk,B. Meadows,D. Calloway,J. M. Yamartino,G. Zapalac,R. Shypit,K. Furuno,J. J. Thaler,S. González,T. Nagamine,H. Steiner,T. Hansl‐Kozanecka,C.Y. Prescott,D. Burke, S. Rousakov,Kōji Abe,A. D’Oliveira,J. Quigley,V. Cook,T. Takahashi,H.R. Band,O. Bardon,M. B. Barakat,N.M. Krishna,A. Szumilo,A. K. McKemey,B. Mours,N. Toge,A. Castro,G.R. Bower,E. W. Hughes,A. W. Weidemann,R. de Sangro,C. Baltay,P. C. Rowson,T. Barklow,J. T. Shank,F. J. Wickens,D. Bisello,S.R. Smith,D.G. Coyne,A. Johnson,M. Langston,G. M. Bilei,J. Lauber,T. Gillman,M.E. Huffer,M. Loreti,D.W.G.S. Leith,H. Yuta, Samuel Hedges,G. D. Hallewell,J. Va’vra,R. Cowan,M. S. Witherell,B. N. Ratcliff,J. Rothberg,J. A. Snyder,I. Peruzzi,A. Seiden,G.J. Baranko,C. Fan,J. D. Richman,K. Pitts,B. A. Schumm,R.R. Kofler,D. R. Müller,R. Verdier,L. Rosenson, Sutapa Sen,T. Maruyama,M. Strauss,L. Piemontese,Bob I. Eisenstein,W. W. Ash,J. Izen,S. Yellin,T. Bienz,K. Baird,D. J. Sherden,Hiroaki Masuda,M. Swartz, Hildreth,R. Battiston,M. King,P.Y.C. Du,C. Damerell, S. Simone,P. Zucchelli,G. Mancinelli,J. R. Johnson,M. Cavalli‐Sforza,A. Bean,T. Markiewicz,C. Zeitlin,G. B. Chadwick,William J. Wisniewski,M. Gallinaro,O. H. Saxton,H. A. Neal,R. Belcinski,S. Manly,L. Servoli,X. Liu,J. S. Whitaker,C. Simopoulos,Richard Wilson,E. Torrence,Walid A. Majid,T. W. Reeves,I. E. Stockdale,A. C. Benvenuti,Y. Iwasaki,T. Bolton,P. Jacques,R. Dell’Orso,M. Nussbaum,P. Stamer,M. Tecchio,W. Bugg,F. Taylor,G.B. Word,J. Wyss,R. Claus,L. Pescara,M. Biasini,D. G. Hitlin,J. F. Labs,S. R. Wagner,P. Rensing,T. H. Burnett,Mike Woods,J. Carr,S. S. Hertzbach,E. L. Hart,R. S. Panvini,J.D. Turk,A. Calcaterra,J. A. Coller,T. Pavel,D. Aston,A. Honma, R. D. DuBois,B. Camanzi,S.L. White,R. W. Zdarko,Stephen L. Shapiro,John F. McGowan,J. R. Bogart,R. King
OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information)（1993）
Cited 23|Views6
Key words
elementary particles,gallium arsenide,linear accelerator
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