K. C. Moffeit
Stanford University
9 Papers
74 Citations
K. C. Moffeit is an academic researcher from Stanford University. The author has contributed to research in topics: Meson & Pseudoscalar. The author has an hindex of 6, co-authored 9 publications. Previous affiliations of K. C. Moffeit include University of Birmingham.
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Papers
CHARM PHOTOPRODUCTION AT 20-GeV
K. Abe,T. C. Bacon,J. Ballam,A. V. Bevan,H. H. Bingham,J. E. Brau,K. Braune,D. H. Brick,W. M. Bugg,J. M. Butler,W. Cameron,J. S. Chima,H.O. Cohn,D. C. Colley,G. T. Condo,Shlomo Dado,R. N. Diamond,P. J. Dornana,R. Erickson,C. C. Field,B. Franek,N. Fujiwara,K. Furuno,R. Gearhart,David Gershoni,T. Glanzman,I. M. Godfrey,J. J. Goldberg,J. J. Goldberg,G. P. Gopal,Alfred Goshaw,Vasken Hagopian,G. Hall,Edwin R. Hancock,T. Handler,H. J. Hargis,E. L. Hart,M. J. Harwin,K. Hasegawa,T. Hayashino,I. Hideta,R. I. Hulsizer,S. Isacson,M. Jobes,G. E. Kalmus,D. P. Kelsey,J. Kent,J. Kent,T. Kitagaki,J. E. Lannutti,Aharon Levy,P. W. Lucas,W. A. Mann,R. Merenyi,R. Miburn,C. Milstene,K. C. Moffeit,J. J. Murray,A. Napier,S. Noguchi,F. Ohtani,S. W. O'neale,A. P. T. Palounek,I. A. Pless,P. Rankin,W. J. Robertson,A. H. Rogers,E. Ronat,H. Rudnicka,H. Rudnicka,H. Sagawa,T. Sato,J. Schneps,S. J. Sewell,J. Shank,A. M. Shapiro,R. Sugahara,A. Suzuki,K. Takahashi,K. Tamai,Shuji Tanaka,S. Tether,D. A. Waide,W. D. Walker,M. Widgoff,C. G. Wilkins,S. Wolbers,C. A. Woods,A. Woods,Akira Yamaguchi,R. K. Yamamoto,S. Yamashita,G. Yekutieli,Y. Yoshimura,George P Yost,H. Yuta +95 more
TL;DR: In this paper, the authors measured the charmed-meson lifetimes to be tau/sub D//sup 0/ = (6.8/sub -1.8//sup +2.3/)= x 10/sup -13/sec, tau sub D/sup + -/ = 7.4/sub-2.0//sup+2.6/nb.
Photoproduction of an isovector rho pi state at 1775 MeV.
G.T. Condo,T. Handler,J. Shimony,K. Abe,R. Armenteros,M. Austern,T. C. Bacon,J. Ballam,H. H. Bingham,J. E. Brau,K. Braune,D. H. Brick,W. M. Bugg,J. M. Butler,W. Cameron,H.O. Cohn,D. C. Colley,Shlomo Dado,R. N. Diamond,P. Dingus,R. Erickson,A. Falicov,R. C. Field,L.R. Fortney,B. Franek,N. Fujiwara,T. Glanzman,I. M. Godfrey,J. J. Goldberg,A. T. Goshaw,G. Hall,Edwin R. Hancock,H. J. Hargis,E. L. Hart,M. J. Harwin,K. Hasegawa,R. I. Hulsizer,M. Jobes,T. Kafka,G. E. Kalmus,D. P. Kelsey,J. Kent,T. Kitagaki,Aharon Levy,P. W. Lucas,W. A. Mann,E. McCrory,R. Merenyi,R. H. Milburn,C. Milstene,K. C. Moffeit,A. Napier,S. Noguchi,V. R. O’Dell,S. W. O'Neale,A. P. T. Palounek,I. A. Pless,P. Rankin,W. J. Robertson,H. Sagawa,T. Sato,J. Schneps,S. J. Sewell,James Shank,A. M. Shapiro,R. Sugahara,K. Takahashi,K. Tamai,S. Tanaka,S. Tether,D. A. Waide,W. D. Walker,S.L. White,M. Widgoff,C. G. Wilkins,S. Wolbers,C. A. Woods,A. Yamaguchi,R. K. Yamamoto,Y. Yoshimura,George P Yost,H. Yuta +81 more
TL;DR: Results of an analysis of the decay-angular distributions are presented, from which it is concluded that {ital J}{sup {ital P}}=1{sup {minus}}, 2{Sup { minus}}, or 3{sup +}.
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Inclusive Photoproduction of Neutral Strange Particles at 20-{GeV}
K. Abe,T. C. Bacon,J. Ballam,A. V. Bevan,H. H. Bingham,J. E. Brau,K. Braune,D. H. Brick,W. M. Bugg,J. M. Butler,W. Cameron,J. T. Carroll,C. V. Cautis,J. S. Chima,H.O. Cohn,D. C. Colley,G. T. Condo,Shlomo Dado,R. N. Diamond,R. Erickson,T. Fieguth,R. C. Field,B. Franek,N. Fujiwara,K. Furuno,R. Gearhart,David Gershoni,J. J. Goldberg,G. P. Gopal,Alfred Goshaw,E. S. Hafen,G. Hall,Edwin R. Hancock,T. Handler,H. J. Hargis,P. Haridas,E. L. Hart,K. Hasegawa,T. Hayashino,I. Hideta,R. I. Hulsizer,M. Jobes,G. E. Kalmus,D. P. Kelsey,J. Kent,T. Kitagaki,Aharon Levy,P. W. Lucas,W. A. Mann,R. Merenyi,R. H. Milburn,C. Milstene,K. C. Moffeit,J. J. Murray,A. Napier,S. Noguchi,F. Ochiai,S. W. O'neale,Y. Ohtani,A. P. T. Palounek,I. A. Pless,P. Rankin,A. H. Rogers,E. Ronat,H. Rudnicka,H. Sagawa,T. Sato,J. Schneps,J. Shank,A. M. Shapiro,R. Sugahara,A. Suzuki,K. Takahashi,K. Tamai,Shuji Tanaka,S. Tether,W. D. Walker,M. Widgoff,C. G. Wilkins,S. Wolbers,C. A. Woods,Akira Yamaguchi,R. K. Yamamoto,S. Yamashita,Y. Yoshimura,George P Yost,H. Yuta +86 more
TL;DR: In this paper, the authors studied the production properties of 20-GeV $\ensuremath{\gamma}p$ interactions and found features similar to those observed in both hadronic and leptonic interactions.
Production and decay properties of the omega pi 0 state at 1250 MeV/c2 produced by 20-GeV polarized photons on hydrogen.
J. E. Brau,B. Franek,W Wester,K. Abe,T. C. Bacon,J. Ballam,H. H. Bingham,K. Braune,D. H. Brick,W. M. Bugg,J. M. Butler,W. Cameron,J. T. Carroll,C. V. Cautis,H.O. Cohn,D. C. Colley,G. T. Condo,Shlomo Dado,R. N. Diamond,P. Dingus,R. Erickson,T. Fieguth,R. C. Field,L.R. Fortney,N. Fujiwara,R. A. Gearhart,T. Glanzman,I. M. Godfrey,J. J. Goldberg,A. T. Goshaw,G. Hall,Edwin R. Hancock,T. Handler,H. J. Hargis,E. L. Hart,M. J. Harwin,K. Hasegawa,R. I. Hulsizer,M. Jobes,T. Kafka,G. E. Kalmus,D. P. Kelsey,J. Kent,T. Kitagaki,Aharon Levy,W. A. Mann,R. Merenyi,R. H. Milburn,C. Milstene,E. McCrory,K. C. Moffeit,A. Napier,S. Noguchi,F. Ochiai,V. R. O’Dell,S. W. O'Neale,A. P. T. Palounek,I. A. Pless,P. Rankin,H. Sagawa,T. Sato,J. Schneps,S. J. Sewell +62 more
TL;DR: The angular distribution of the production plane relative to the polarization vector shows a structure consistent with an s-channel helicity-conserving process, while the moments of the decay angular distribution are extracted.
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