J
J. Haba
Researcher at Graduate University for Advanced Studies
Publications - 549
Citations - 18667
J. Haba is an academic researcher from Graduate University for Advanced Studies. The author has contributed to research in topics: KEKB & Branching fraction. The author has an hindex of 67, co-authored 537 publications receiving 17042 citations. Previous affiliations of J. Haba include Kyoto University & KEK.
Papers
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Proceedings ArticleDOI
Test of a double-sided double-metal silicon microstrip detector with an ONO insulator
T. Tsuboyama,J. Haba,Hitomi Ikeda,H. Iwasaki,Tetsuya Matsuda,H. Ozaki,M. H. Tanaka,Yoshikazu Yamada,Y. Saito,K. Akamine,Masahiro Inoue,Junko Yamanaka,Kiyoaki Kadoi,R. Takano,Yoshikazu Kojima,S. Miyahara,Masaaki Kamiya,S. Okuno,S. Avrillon,Masashi Hazumi,Yoji Nagashima,Y. Asano,I. Fukunishi,T. Nemoto,Shigeki Mori,Chikara Fukunaga,T. Hirose,H. Miyata,Kazumasa Miyano,E. Banas,A. Bozek,Z. Natkaniec,H. Palka,M. Rozanska,K. Rybicki +34 more
TL;DR: A double-sided double-metal silicon microstrip detector with an ONO insulator with an infrared (IR) laser and a /sup 90/Sr /spl beta/ source has been tested.
Journal ArticleDOI
Performance of a double-sided silicon microstrip detector with a wide-pitch N-side readout using a field-plate and a multi P-stop structure
Yutaka Saitoh,Tadao Akamine,Masahiro Inoue,Junko Yamanaka,Noriko Echigo,S. Miyahara,Masaaki Kamiya,Hirokazu Ikeda,Takeshi Matsuda,A. Bozek,J. Haba,S. Koike,H. Ozaki,Masaaki Tanaka,H. Iwasaki,Yasuo Higashi,Toru Tsuboyama,Yoshikazu Yamada,E. Banas,Z. Natkaniec,H. Palka,M. Rozanska,K. Rybicki,S. Okuno,H. Tajima,Hiroaki Aihara,Chikara Fukunaga,T. Hirose,Y. Asano,S. Mori,Y. Tujita,H. Miyata,Kazumasa Miyano,Masashi Hazumi,T. Hara,T. Kawaski,Yoji Nagashima,K. Senyo,R. Wichmann,Max Wilder +39 more
TL;DR: Improved characteristics of the modified field-plate structure and the wide-pitch n-side readout using a multi p-stop structure combined thereon are reported.
Journal Article
Performance of a Double-Sided Silicon Microstrip Detector with a Wide-Pitch N-side Readout using a Field-Plate and a Multi P-stop structure
Yoichi Saitoh,Tatsuro Akamine,Manami Inoue,Junichi Yamanaka,Noriko Echigo,Shinji Miyahara,Masaaki Kamiya,Hideki Ikeda,Toshio Matsuda,Andrzej Bozek,J. Haba,S. Koike,Hideo Ozaki,Masahito Tanaka,Hiroko Iwasaki,Yukihito Higashi,T. Tsuboyama,Yoshiji Yamada,E. Banas,Z. Natkaniec,Helena L. Palka,M. Rozanska,K. Rybicki,Senji Okuno,H. Tajima,Hiroaki Aihara,Ch . Fukunaga,T. Hirose,Y. Asano,Shigeshi Mori,Y. Tujita,Hiroaki Miyata,Kazumasa Miyano,Masashi Hazumi,T. Hara,T. Kawasaki,Yoji Nagashima,K. Senyo +37 more
TL;DR: In this article, double-sided silicon microstrip detectors (DSSDs) with integrated coupling capacitors formed by oxide-nitride-oxide (ONO) dielectric film showed band-to-band tunneling current at the field-plate structure for the N/sup +/ strip, which represented a limitation to the biasing configuration.
Observation of the Decay B ! Kl 1 l 2
Kazuo Abe,R. Abe,I. Adachi,H. Aihara,M. Akatsu,Y. Asano,Tsukasa Aso,V. M. Aulchenko,T. Aushev,A. M. Bakich,Elzbieta Banas,S. Behari,P. K. Behera,A.E. Bondar,A. Bozek,T. E. Browder,B. C. K. Casey,P. Chang,Y. Chao,B. G. Cheon,R. Chistov,Y. Choi,L. Y. Dong,A. Drutskoy,S. Eidelman,Yuji Enari,H. Fujii,C. Fukunaga,Masaki Fukushima,N. Gabyshev,A. Garmash,T. J. Gershon,Ascelin Gordon,K. Gotow,R. Guo,J. Haba,H. Hamasaki,Kazunori Hanagaki,F. Handa,K. Hara,T. Hara,N. C. Hastings,H. Hayashii,Masashi Hazumi,E. M. Heenan,Hirokazu Miyake,H. Miyata,G. R. Moloney,G.F. Moorhead,Shigeki Mori,T. Mori,A. Murakami,T. Nagamine,Yasushi Nagasaka,Yoshihiko Nagashima,T. Nakadaira,E. Nakano,M. Nakao,J. W. Nam,Z. Natkaniec,K. Neichi,S. Nishida,S. Noguchi,T. Nozaki,S. Ogawa,T. Ohshima,T. Okabe,S. Okuno,S. L. Olsen,W. Ostrowicz,H. Ozaki,P. Pakhlov,H. Palka,M. D. Peters,L. E. Piilonen,J. L. Rodriguez,M. Rozanska,Krzysztof A. Rybicki,J. Ryuko,Hiroyuki Sagawa,Y. Sakai,Hiroshi Sakamoto,A. Satpathy,S. Schrenk,S. Semenov,K. Senyo,M. E. Sevior,H. Shibuya,B. Schwartz,A. Sugi,A. Sugiyama,K. Sumisawa,T. Sumiyoshi,Kei Suzuki,S. Y. Suzuki,S. Y. Suzuki,S. K. Swain,H. Tajima,T. Takahashi,F. Takasaki,M. Takita,K. Tamai,N. Tamura,J. Tanaka,M. Tanaka,Y. Tanaka,G. N. Taylor,Y. Teramoto,Makoto Tomoto,T. Tomura,S.N. Tovey,K. Trabelsi,T. Tsuboyama,T. Tsukamoto,S. Uehara,K. Ueno,Y. Unno,S. Uno,Y. Ushiroda,Kevin Varvell,C. C. Wang,C. H. Wang,J. G. Wang,Z. Wang,Y. Watanabe,E. Won,B. D. Yabsley,Yasuhiko Yamada,M. Yamaga,A. Yamaguchi,H. Yamamoto,Y. Yamashita,M. Yamauchi,J. Yashima,Masashi Yokoyama,Kyo Yoshida,Y. Yusa,H. Yuta,C. C. Zhang,Jia-ju Zhang,H. W. Zhao,Y. Zheng,V.N. Zhilich +142 more
TL;DR: In this article, the authors show that if non-SM particles participate in the loop or box diagrams, their amplitudes may interfere with the SM amplitudes, which makes FCNCprocesses an ideal place to search for new physics.