D
D.C. Schultz
Researcher at Stanford University
Publications - 79
Citations - 1333
D.C. Schultz is an academic researcher from Stanford University. The author has contributed to research in topics: Photocathode & Particle detector. The author has an hindex of 15, co-authored 79 publications receiving 1290 citations. Previous affiliations of D.C. Schultz include Centre national de la recherche scientifique.
Papers
More filters
Journal ArticleDOI
A study of K - π + scattering in the reaction K - p→K - π + n at 11 GeV/ c
D. Aston,N. Awaji,T. Bienz,F. Bird,J. D'Amore,W. Dunwoodie,R. Endorf,K. Fujii,H. Hayashi,S. Iwata,W.B. Johnson,R. Kajikawa,P. Kunz,D. W. G. S. Leith,L. Levinson,T. Matsui,Brian Meadows,A. Miyamoto,M. Nussbaum,Hitoshi Ozaki,C.O. Pak,B.N. Ratcliff,D.C. Schultz,S. L. Shapiro,T. Shimomura,P.K. Sinervo,A. Sugiyama,Shiro Suzuki,G. Tarnopolsky,T. Tauchi,N. Toge,Kumataro Ukai,A. P. Waite,S. H. Williams +33 more
TL;DR: The mass dependence of the spherical harmonic moments provided clear evidence for the production of the complete leading orbitally excited K∗ series up through JP = 5− as discussed by the authors, and also provided new evidence for underlying states.
Journal ArticleDOI
The Stanford linear accelerator polarized electron source
R. Alley,H. Aoyagi,J.E. Clendenin,J.C. Frisch,C.L. Garden,E. Hoyt,R.E. Kirby,L. Klaisner,A. Kulikov,Roger H. Miller,G. Mulhollan,C. Y. Prescott,P. Sáez,D.C. Schultz,H. Tang,Joshua J. Turner,K. Witte,M. Woods,A.D. Yeremian,Max Zolotorev +19 more
TL;DR: The Stanford 3-km linear accelerator at SLAC has operated exclusively since early 1992 using a polarized electron beam for its high-energy physics programs as mentioned in this paper, and the electron polarization at the source is > 80%.
Journal ArticleDOI
Precise Measurement of the Left-Right Cross Section Asymmetry in Z Boson Production by e+e- Collisions
Koji Abe,I. Abt,W. W. Ash,D. Aston,Nicola Bacchetta,K.G. Baird,C. Baltay,H. R. Band,M.B. Barakat,G. Baranko,O. Bardon,T. Barklow,A. O. Bazarko,R. Ben-David,Alberto Benvenuti,T. Bienz,G. M. Bilei,Dario Bisello,G. Blaylock,J. R. Bogart,T. Bolton,G. R. Bower,J. E. Brau,Martin Breidenbach,W. M. Bugg,D. L. Burke,T. H. Burnett,P. N. Burrows,Wit Busza,A. Calcaterra,David O. Caldwell,D. Calloway,B. Camanzi,M. Carpinelli,R. E. Cassell,R. Castaldi,Andrea Castro,M. Cavalli-Sforza,E. Church,H. O. Cohn,J. A. Coller,V. Cook,R. Cotton,R. Cowan,D. G. Coyne,A.B. d'Oliveira,C.J.S. Damerell,S. Dasu,F. J. Decker,R. de Sangro,P. De Simone,S. De Simone,Roberto Dell'Orso,Y. C. Du,R. Dubois,J. Duboscq,B. I. Eisenstein,R.D. Elia,P. Emma,C. Fan,M. J. Fero,R. Frey,K. Furuno,E. L. Garwin,T. Gillman,G. E. Gladding,S. Gonzalez,G. Hallewell,E. L. Hart,Y. Hasegawa,S. Hedges,S. S. Hertzbach,M. D. Hildreth,D. G. Hitlin,J. Huber,M. E. Huffer,E. W. Hughes,H. Hwang,Y. Iwasaki,Joseph Izen,P.F. Jacques,J. A. Jaros,A. S. Johnson,J. R. Johnson,R. A. Johnson,T. Junk,R. Kajikawa,M. Kalelkar,I. Karliner,H. Kawahara,M. H. Kelsey,Henry W. Kendall,M.E. King,R. King,R. R. Kofler,N.M. Krishna,R. S. Kroeger,Yeong-Dae Kwon,J. F. Labs,M. Langston,A. Lath,J. A. Lauber,D. W. G. S. Leith,T. Limberg,X. 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,J. F. McGowan,A. K. McKemey,Brian Meadows,R. Messner,P. M. Mockett,K.C. Moffeit,B. Mours,G. Muller,Dominik Müller,T. Nagamine,U. Nauenberg,H. A. Neal,M. Nussbaum,L. S. Osborne,R. S. Panvini,H. Park,T.J. Pavel,I. M. Peruzzi,L. Pescara,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,P.E. Rensing,L. S. Rochester,J. Rothberg,P. C. Rowson,J. J. Russell,O. H. Saxton,T. Schalk,Rafe Schindler,U. Schneekloth,D.C. Schultz,B. A. Schumm,A. Seiden,S. Sen,Michael H. Shaevitz,James Shank,Gilbert Shapiro,D. J. Sherden,C. Simopoulos,S. R. Smith,J. A. Snyder,Michael Sokoloff,P. Stamer,H. M. Steiner,R. Steiner,M. G. Strauss,D. Su,F. Suekane,A. Sugiyama,Shinzo Suzuki,M. Swartz,A. Szumilo,T. Takahashi,F. E. Taylor,E. Torrence,J. D. Turk,T. L. Usher,J. Va'vra,C. Vannini,E. Vella,J.P. Venuti,Piero Giorgio Verdini,Stephen Robert Wagner,A. P. Waite,Stephen Watts,A. W. Weidemann,J. S. Whitaker,S. L. White,Fred Wickens,David A. Williams,D. C. Williams,S. H. Williams,S. Willocq,Robert Wilson,W. J. Wisniewski,M. Woods,G. B. Word,J. Wyss,R. K. Yamamoto,J. M. Yamartino,S. J. Yellin,C. C. Young,H. Yuta,G. H. Zapalac,R. W. Zdarko,C. Zeitlin,J. Zhou +211 more
TL;DR: In this article, the left-right cross section asymmetry was measured for [ital Z] boson production by [ital e][sup +][ital e]-sup [minus] collisions at the SLAC Linear Collider (SLC).
Proceedings ArticleDOI
High Gradient Performance of NLC/GLC X-Band Accelerating Structures
Steffen Döbert,Chris Adolphsen,Gordon Bowden,D. L. Burke,Jose Chan,Valery Dolgashev,J.C. Frisch,Keith Jobe,Roger Jones,James Lewandowski,R.E. Kirby,Zenghai Li,D. McCormick,Robert J. Miller,C. Nantista,J. Nelson,C. Pearson,M.C. Ross,D.C. Schultz,Tonee Smith,Sami Tantawi,J.W. Wang,T. Arkan,C. Boffo,H. Carter,Ivan Gonin,T.N.Khabiboulline,S. Mishra,Gennady Romanov,Nikolay Solyak,Y. Funahashi,Hitoshi Hayano,N. Higashi,Yasuo Higashi,Toshiyasu Higo,H. Kawamata,Tatsuya Kume,Y. Morozumi,K. Takata,Toshikazu Takatomi,N. Toge,K. Ueno,Y. Watanabe +42 more
TL;DR: A 60 cm-long traveling-wave structure with low group velocity and 150 degree per cell phase advance is proposed in this paper, which has an average iris size that produces an acceptable short-range wakefield, and dipole mode damping and detuning that adequately suppresses the long range wakefield.
Journal ArticleDOI
A study of the Ks0Ks0 system in the reaction K−p→Ks0Ks0Λ at 11 GeV/c
D. Aston,N. Awaji,T. Bienz,F. Bird,J. D'Amore,W. Dunwoodie,R. Endorf,K. Fujii,H. Hayashii,S. Iwata,W.B. Johnson,R. Kajikawa,P. Kunz,D. W. G. S. Leith,L. Levinson,T. Matsui,Brian Meadows,A. Miyamoto,M. Nussbaum,Hitoshi Ozaki,C.O. Pak,B.N. Ratcliff,D.C. Schultz,S. L. Shapiro,T. Shimomura,P.K. Sinervo,A. Sugiyama,Shiro Suzuki,G. Tarnopolsky,T. Tauchi,N. Toge,Kumataro Ukai,A. P. Waite,S. H. Williams +33 more
TL;DR: In this paper, a 4.1 event/nb sample of 11 GeV/c K−p interactions in the LASS spectrometer at SLAC has been used in an analysis of the exclusive Ks0Ks0Λ final state.