H. Kitamura
Nagoya University
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Publication
Featured researches published by H. Kitamura.
Nuclear Instruments & Methods in Physics Research Section B-beam Interactions With Materials and Atoms | 1994
K. Kodama; N. Ushida; A. Mokhtarani; V.S. Paolone; J.T. Volk; J.O. Wilcox; P. M. Yager; R.M. Edelstein; A.P. Freyberger; D.B. Gibaut; Richard Lipton; W.R. Nichols; D.M. Potter; J. Russ; C. Zhang; Y. Zhang; H.I. Jang; J. Y. Kim; T.I. Kim; I. T. Lim; M.Y. Pac; B. Baller; R. Stefanski; K. Nakazawa; K.S. Chung; S.H. Chung; D.C. Kim; I.G. Park; M.S. Park; J.S. Song
Abstract A new method, called graphic scanning, was developed by the Nagoya University Group for emulsion analysis in a hybrid experiment. This method enhances both speed and reliability of emulsion analysis. Details of the application of this technique to the analysis of Fermilab experiment E653 are described.
Physics Letters B | 1989
S. Aoki; A.C. Breslin; D.H. Davis; K. Hoshino; R. Ihara; M. Imada; T. Ishigami; M. Kazuno; H. Kitamura; M. Kobayashi; K. Kodama; Y. Maeda; A. Marzari-Chiesa; M. Masera; M. A. Mazzoni; F. Meddi; F. Minakawa; M. Miyanishi; M.T. Muciaccia; K. Nakamura; M. Nakamura; S. Nakanishi; Kazuma Nakazawa; K. Niu; K. Niwa; M. Nomura; H. Okabe; G. Poulard; G. Romano; G. Rosa
Abstract The production of charmed particles has been detected in 200 GeV per nucleon 16 O-emulsion central interactions. Their production cross section in elementary nucleon-nucleon processes has been estimated to be charm = [14.1±9.3(stat.) −8.4 +5.6 (syst.)] μ b.
