J
J.W. Wang
Researcher at Stanford University
Publications - 70
Citations - 1152
J.W. Wang is an academic researcher from Stanford University. The author has contributed to research in topics: Particle accelerator & Linear particle accelerator. The author has an hindex of 19, co-authored 68 publications receiving 1118 citations. Previous affiliations of J.W. Wang include SLAC National Accelerator Laboratory & Fudan University.
Papers
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Journal ArticleDOI
Production of π+, K+, K0, K*0, φ, p and Λ0 in hadronic Z0 decays
Koya Abe,T. Abe,I. Adam,T. Akagi,N.J. Allen,A. Arodzero,W. W. Ash,D. Aston,K. G. Baird,C. Baltay,H. R. Band,M. B. Barakat,O. Bardon,Timothy Barklow,J. M. Bauer,G. Bellodi,R. Ben-David,Alberto Benvenuti,G. M. Bilei,Dario Bisello,G. Blaylock,J. R. Bogart,B. Bolen,G. R. Bower,J. E. Brau,Martin Breidenbach,W. M. Bugg,D. L. Burke,T. H. Burnett,Philip Burrows,A. Calcaterra,D. O. Caldwell,D. Calloway,B. Camanzi,M. Carpinelli,R. E. Cassell,Rino Castaldi,Andrea Castro,M. Cavalli-Sforza,A. Chou,E. Church,H. O. Cohn,J. A. Coller,M. R. Convery,V. Cook,R. Cotton,R. Cowan,D. G. Coyne,G. Crawford,C.J.S. Damerell,M.N. Danielson,M. Daoudi,N. De Groot,Roberto Dell'Orso,P.J. Dervan,R. de Sangro,M. Dima,A.B. d'Oliveira,D. N. Dong,P.Y.C. Du,R. Dubois,B. I. Eisenstein,V. Eschenburg,E. Etzion,S. Fahey,D. Falciai,C. Fan,J. P. Fernandez,Michael J. Fero,K. T. Flood,R. Frey,T. Gillman,G. E. Gladding,S. Gonzalez,E. L. Hart,J. L. Harton,A. Hasan,K. Hasuko,S. J. Hedges,S. S. Hertzbach,M. D. Hildreth,J. Huber,M. E. Huffer,E. W. Hughes,X. Huynh,H. Hwang,M. Iwasaki,D. J. Jackson,P.F. Jacques,J. A. Jaros,Zihao Jiang,A. S. Johnson,J. R. Johnson,R. A. Johnson,T. Junk,R. Kajikawa,M. Kalelkar,Yuri Kamyshkov,H. J. Kang,I. Karliner,H. Kawahara,Yongduk Kim,R. King,M.E. King,R. R. Kofler,N.M. Krishna,R. Kroeger,M. Langston,A. Lath,D. W. G. S. Leith,V. Lia,C. Lin,X. Liu,Minghui Liu,M. Loreti,A. Lu,H. L. Lynch,J. Ma,G. Mancinelli,S. Manly,Giancarlo Mantovani,Thomas W. Markiewicz,T. Maruyama,H. Masuda,E. Mazzucato,A. K. McKemey,B. T. Meadows,G. Menegatti,R. Messner,P. M. Mockett,K.C. Moffeit,T. B. Moore,M. Morii,Dominik Müller,V. Murzin,T. Nagamine,S. Narita,U. Nauenberg,H. A. Neal,M. Nussbaum,N. Oishi,D. Onoprienko,L.S. Osborne,R. S. Panvini,H. Park,C. H. Park,T.J. Pavel,I. M. Peruzzi,M. Piccolo,L. Piemontese,Enrico Pieroni,K. T. Pitts,R.J. Plano,R. Prepost,C. Y. Prescott,G. D. Punkar,J. Quigley,B. N. Ratcliff,T. W. Reeves,J.J. Reidy,P.L. Reinertsen,P.E. Rensing,L. S. Rochester,P. C. Rowson,J. J. Russell,O. H. Saxton,T. Schalk,R. H. Schindler,Bruce Schumm,J. Schwiening,S. Sen,V. V. Serbo,Michael H. Shaevitz,James Shank,G. Shapiro,D. J. Sherden,K.D. Shmakov,C. Simopoulos,N. B. Sinev,S. R. Smith,M. B. Smy,J. A. Snyder,H. Staengle,Achim Stahl,P. E. Stamer,R. Steiner,H. Steiner,M. G. Strauss,D. Su,F. Suekane,A. Sugiyama,Shiro Suzuki,M. Swartz,A. Szumilo,Tadayuki Takahashi,F. E. Taylor,J. Thom,E. Torrence,Nicolaos Toumbas,A. I. Trandafir,J. D. Turk,T. L. Usher,C. Vannini,J. Va'vra,E. Vella,J.P. Venuti,R. Verdier,Piero Giorgio Verdini,Stephen Robert Wagner,D. L. Wagner,A. P. Waite,S. Walston,J.W. Wang,C. Ward,Stephen Watts,A. W. Weidemann,E. R. Weiss,J. S. Whitaker,S. L. White,Fred Wickens,B. Williams,D. C. Williams,S. H. Williams,S. Willocq,R. J. Wilson,W. J. Wisniewski,J. L. Wittlin,M. Woods,G. B. Word,T. R. Wright,J. Wyss,R. K. Yamamoto,J. M. Yamartino,X. Yang,J. Yashima,S. J. Yellin,C. C. Young,H. Yuta,G. H. Zapalac,R. W. Zdarko,J. Zhou +240 more
TL;DR: In this article, the authors measured the differential production cross sections as a function of scaled momentum of the identified hadron species and the corresponding antihadron species in light quark (as opposed to antiquark) jets.
Journal ArticleDOI
High-precision measurement of the left-right Z Boson cross-section asymmetry.
Kenji Abe,Koya Abe,T. Abe,I. Adam,H. Akimoto,D. Aston,K.G. Baird,C. Baltay,H. R. Band,Timothy Barklow,J. M. Bauer,G. Bellodi,R. Berger,G. Blaylock,J.R. Bogart,G. R. Bower,J. E. Brau,Martin Breidenbach,W. M. Bugg,D. L. Burke,T. H. Burnett,Philip Burrows,A. Calcaterra,R. E. Cassell,Aaron S. Chou,H. O. Cohn,John A. Coller,M. R. Convery,V. Cook,R. Cowan,G. Crawford,C.J.S. Damerell,M. Daoudi,Sridhara Dasu,N. De Groot,R. de Sangro,D. Dong,Michael Doser,Richard Dubois,I. Erofeeva,V. Eschenburg,Erez Etzion,S. Fahey,D. Falciai,J. P. Fernandez,Michael J. Fero,K. T. Flood,R. Frey,E. L. Hart,K. Hasuko,S. S. Hertzbach,M.E. Huffer,X. Huynh,M. Iwasaki,David A. Jackson,P.F. Jacques,J. A. Jaros,Zihao Jiang,A. S. Johnson,J. R. Johnson,R. Kajikawa,H.J. Kang,M. Kalelkar,R. R. Kofler,R. Kroeger,M. Langston,D. W. G. S. Leith,V. Lia,C. Lin,G. Mancinelli,S. Manly,Giancarlo Mantovani,Thomas W. Markiewicz,T. Maruyama,A.K. McKemey,R. Messner,K.C. Moffeit,T. B. Moore,M. Morii,David Muller,Victor Murzin,S. Narita,U. Nauenberg,H. A. Neal,G. Nesom,N. Oishi,D. Onoprienko,L.S. Osborne,R. S. Panvini,C. H. Park,I. M. Peruzzi,M. Piccolo,L. Piemontese,R.J. Plano,R. Prepost,C.Y. Prescott,B. N. Ratcliff,J.J. Reidy,P.L. Reinertsen,L.S. Rochester,P. C. Rowson,J. J. Russell,O. H. Saxton,T. Schalk,B. A. Schumm,J. Schwiening,V.V. Serbo,Gilbert Shapiro,N. B. Sinev,J. A. Snyder,H. Staengle,Achim Stahl,P. E. Stamer,H. M. Steiner,D. Su,F. Suekane,A. Sugiyama,Melody A. Swartz,F. E. Taylor,Julia Thom,E. Torrence,T. L. Usher,J. Va’vra,R. Verdier,D.L. Wagner,A. P. Waite,S. Walston,J.W. Wang,A. W. Weidemann,E. R. Weiss,John Scott Whitaker,S. H. Williams,S. Willocq,R. J. Wilson,W. J. Wisniewski,J. L. Wittlin,M. Woods,T. R. Wright,R. K. Yamamoto,J. Yashima,S. J. Yellin,C. C. Young,H. Yuta +142 more
TL;DR: The pole value of the asymmetry, A(0)(LR), is measured to be 0.150 56+/-0.002 39 which is equivalent to an effective weak mixing angle of sin (2)straight theta(eff)(W) = 0.231 07+/- 0.000 30.
Journal ArticleDOI
Production of [Formula Presented] [Formula Presented] [Formula Presented] [Formula Presented] [Formula Presented] [Formula Presented] and [Formula Presented] in hadronic [Formula Presented] decays
Koya Abe,T. Abe,I. Adam,T. Akagi,N.J. Allen,A. Arodzero,W. W. Ash,D. Aston,K. G. Baird,C. Baltay,H. R. Band,M. B. Barakat,O. Bardon,Timothy Barklow,J. M. Bauer,G. Bellodi,R. Ben-David,A. C. Benvenuti,G. M. Bilei,Dario Bisello,G. Blaylock,J. R. Bogart,B. Bolen,G. R. Bower,J. E. Brau,Martin Breidenbach,W. M. Bugg,D. L. Burke,T. H. Burnett,Philip Burrows,A. Calcaterra,D. O. Caldwell,D. Calloway,B. Camanzi,M. Carpinelli,R. E. Cassell,Rino Castaldi,Andrea Castro,M. Cavalli-Sforza,A. Chou,E. Church,H. O. Cohn,J. A. Coller,M. R. Convery,V. Cook,R. Cotton,R. Cowan,D. G. Coyne,G. Crawford,C.J.S. Damerell,M.N. Danielson,M. Daoudi,N. Groot,Roberto Dell'Orso,P.J. Dervan,R. Sangro,M. Dima,A.B. d'Oliveira,D. N. Dong,P.Y.C. Du,R. Dubois,B. I. Eisenstein,V. Eschenburg,E. Etzion,S. Fahey,D. Falciai,C. Fan,J. P. Fernandez,Michael J. Fero,K. T. Flood,R. Frey,T. Gillman,G. E. Gladding,S. Gonzalez,E. L. Hart,J. L. Harton,A. Hasan,K. Hasuko,S. J. Hedges,S. S. Hertzbach,M. D. Hildreth,J. Huber,M. E. Huffer,E. W. Hughes,X. Huynh,H. Hwang,M. Iwasaki,D. J. Jackson,P.F. Jacques,J. A. Jaros,Zihao Jiang,A. S. Johnson,J. R. Johnson,R. A. Johnson,T. Junk,R. Kajikawa,M. Kalelkar,Yuri Kamyshkov,H. J. Kang,I. Karliner,H. Kawahara,Yongduk Kim,R. King,M.E. King,R. R. Kofler,N.M. Krishna,R. Kroeger,M. Langston,A. Lath,D. W. G. S. Leith,V. Lia,C. Lin,X. Liu,Minghui Liu,M. Loreti,A. Lu,H. L. Lynch,J. Ma,G. Mancinelli,S. Manly,Giancarlo Mantovani,Thomas W. Markiewicz,T. Maruyama,H. Masuda,E. Mazzucato,A. K. McKemey,B. T. Meadows,G. Menegatti,R. Messner,P. M. Mockett,K.C. Moffeit,T. B. Moore,M. Morii,Dominik Müller,V. Murzin,T. Nagamine,S. Narita,U. Nauenberg,H. A. Neal,M. Nussbaum,N. Oishi,D. Onoprienko,L.S. Osborne,R. S. Panvini,H. Park,C. H. Park,T.J. Pavel,I. M. Peruzzi,M. Piccolo,L. Piemontese,Enrico Pieroni,K. T. Pitts,R.J. Plano,R. Prepost,C. Y. Prescott,G. D. Punkar,J. Quigley,B. N. Ratcliff,T. W. Reeves,J.J. Reidy,P.L. Reinertsen,P.E. Rensing,L. S. Rochester,P. C. Rowson,J. J. Russell,O. H. Saxton,T. Schalk,R. H. Schindler,Bruce Schumm,J. Schwiening,S. Sen,V. V. Serbo,Michael H. Shaevitz,James Shank,G. Shapiro,D. J. Sherden,K.D. Shmakov,C. Simopoulos,N. B. Sinev,S. R. Smith,M. B. Smy,J. A. Snyder,H. Staengle,Achim Stahl,P. E. Stamer,R. Steiner,H. Steiner,M. G. Strauss,D. Su,F. Suekane,A. Sugiyama,Shiro Suzuki,M. Swartz,A. Szumilo,T. Takahashi,F. E. Taylor,J. Thom,E. Torrence,Nicolaos Toumbas,A. I. Trandafir,J. D. Turk,T. L. Usher,C. Vannini,J. Va'vra,E. Vella,J.P. Venuti,R. Verdier,Piero Giorgio Verdini,Stephen Robert Wagner,D. L. Wagner,A. P. Waite,S. Walston,J.W. Wang,C. Ward,Stephen Watts,A. W. Weidemann,E. R. Weiss,J. S. Whitaker,S. L. White,Fred Wickens,B. Williams,D. C. Williams,S. H. Williams,S. Willocq,R. J. Wilson,W. J. Wisniewski,J. L. Wittlin,M. Woods,G. B. Word,T. R. Wright,J. Wyss,R. K. Yamamoto,J. M. Yamartino,X. Yang,J. Yashima,S. J. Yellin,C. C. Young,H. Yuta,G. H. Zapalac,R. W. Zdarko,J. Zhou +240 more
Rf breakdown studies in room temperature electron linac structures
Gregory A. Loew,J.W. Wang +1 more
TL;DR: In this article, an overall review of studies carried out by the authors and some of their colleagues on RF breakdown, Field Emission and RF processing in room temperature electron linac structure is presented.
Journal ArticleDOI
High-gradient electron accelerator powered by a relativisitic klystron.
M. A. Allen,J.K. Boyd,R.S. Callin,H. Deruyter,K. Eppley,K.S. Fant,W.R. Fowkes,J. Haimson,H. A. Hoag,D. B. Hopkins,T. Houck,R.F. Koontz,T.L. Lavine,G. A. Loew,B. Mecklenburg,Roger H. Miller,Ronald D. Ruth,R.D. Ryne,Andrew M. Sessler,Arnold Vlieks,J.W. Wang,G.A. Westenskow,Simon S. Yu +22 more
TL;DR: Relativistic klystron technology is used to extract 290 MW of peak power from an induction linac beam, and to power a short 11.4-GHz high-gradient accelerator to measure rf phase stability, field emission, and the momentum spectrum of an accelerated electron beam.