著者

番原 睦則 姜 京順 田村 直之 Mutsunori Banbara Kyoung-Sun Kang Naoyuki Tamura 奈良工業高等専門学校 釜山外国語大学校(韓国)コンピュータ電子工学部コンピュータ工学科 神戸大学工学部情報知能工学科 Nara National College of Technology Department of Computer Engineering Division of Electronic and Computer Engineering Pusan University of Foreign Studies Department of Computer and Systems Engineering Kobe University

出版者

日本ソフトウェア科学会

雑誌

コンピュータソフトウェア (ISSN:02896540)

巻号頁・発行日

vol.18, no.1, pp.39-60, 2001-01-15

参考文献数

29

被引用文献数

4

著者

神木 哲男 神木 哲男 Tetsuo KAMIKI Tetsuo KAMIKI 奈良県立大学 神戸大学 Nara Prefectural University Kobe University

雑誌

奈良県立大学研究季報 = NARA PREFECTURAL UNIVERSITY KENKYUKIHO (ISSN:13465775)

巻号頁・発行日

vol.19, no.4, pp.7-30, 2009-03-31

著者

FermilabE653Collaboration USHIDA N. MOKHTARANI A. PAOLONE V.S. VOLK J.T. WILCOX J.O. YAGER P.M. EDELSTEIN R.M. FREYBERGER A.P. GIBAUT D.B. LIPTON R.J. NICHOLS W.R. POTTER D.M. RUSS J.S. ZHANG C. ZHANG Y. JANG H.I. KIM J.Y. KIM T.I. LIM I.T. PAC M.Y. BALLER B.R. STEFANSKI R.J. NAKAZAWA K. CHUNG K.S. CHUNG S.H. KIM D.C. PARK I.G. PARK M.S. SONG J.S. YOON C.S. CHIKAWA M. ABE T. FUJII T. FUJIOKA G. FUJIWARA K. FUKUSHIMA H. HARA T. TAKAHASHI Y. TARUMA K. TSUZUKI Y. YOKOYAMA C. CHANG S.D. CHEON B.G. CHO J.H. KANG J.S. KIM C.O. KIM K.Y. KIM T.Y. LEE J.C. LEE S.B. LIM G.Y. NAM S.W. SHIN T.S. SIM K.S. WOO J.K. ISOKANE Y. TSUNEOKA Y. AOKI S. GAUTHIER A. HOSHINO K. KITAMURA H. KOBAYASHI M. MIYANISHI M. NAKAMURA K. NAKAMURA M. NAKAMURA Y. NAKANISHI S. NIU K. NIWA K. NOMURA M. TAJIMA H. YOSHDA S. ARYAL M. DUNLEA J.M. FREDERIKSEN S.G. KURAMATA S. LUNDBERG B.G. OLEYNIK G.A. REAY N.W. REIBEL K. SIDWELL R.A. STANTON N.R. MORIYAMA K. SHIBATA H. KALBFLEISCH G.R. SKUBIC P. SNOW J.M. WILLIS S.E. KUSUMOTO O. NAKAMURA K. OKUSAWA T. TERANAKA M. TOMINAGA T. YOSHIDA T. YUUKI H. OKABE H. YOKOTA J. ADACHI M. KAZUNO M. NIU E. SHIBUYA H. WATANABE S. OHTSUKA I. SATO Y. TEZUKA I. BAHK S.Y. KIM S.K. Aichi University of Education Aichi University of Education University of California (Davis) University of California (Davis) University of California (Davis) University of California (Davis) University of California (Davis) Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Carnegie-Mellon University Chonnam National University Chonnam National University Chonnam National University Chonnam National University Chonnam National University Fermi National Accelerator Laboratory Fermi National Accelerator Laboratory Gifu University Gyeongsang National University Gyeongsang National University Gyeongsang National University Gyeongsang National University Gyeongsang National University Gyeongsang National University Gyeongsang National University Kinki University Kobe University Kobe University Kobe University Kobe University Kobe University Kobe University Kobe University Kobe University Kobe University Kobe University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Korea University Nagoya Institute of Technology Nagoya Institute of Technology Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University Nagoya University The Ohio State University The Ohio State University The Ohio State University The Ohio State University The Ohio State University The Ohio State University The Ohio State University The Ohio State University The Ohio State University The Ohio State University Okayama University Okayama University University of Oklahoma University of Oklahoma University of Oklahoma University of Oklahoma Osaka City University Osaka City University Osaka City University Osaka City University Osaka City University Osaka City University Osaka City University Science Education Institute of Osaka Prefecture Science Education Institute of Osaka Prefecture Toho University Toho University Toho University Toho University Toho University Utsunomiya University Utsunomiya University Utsunomiya University Wonkwang University Wonkwang University

出版者

Published for the Research Institute for Fundamental Physics by Physical Society of Japan

雑誌

Progress of theoretical physics = Progress of theoretical physics (ISSN:0033068X)

巻号頁・発行日

vol.89, no.3, pp.679-696, 1993-03-25

被引用文献数

3

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We report on the characteristics of 9 bb^^- pair events produced by a 600 GeV/c π^- beam and detected in the hybrid emulsion spectrometer of Fermilab experiment E653. The measured lifetimes for samples of 12 neutral and 6 charged beauty hadrons are τ_<b^0>=0.81^<+0.34+0.08'>_<-0.22-0.02> ps, and τ_<b^±>=3.84^<+2.73+0.80>_<-1.36-0.16> ps.

著者

浜西 正三 Shozo HAMANISHI 神戸大学医学部産科婦人科学教室:神戸大学医学部解剖学第二講座 Department of Obstetrics & Gynecology Kobe University School of Medicine:Department of Anatomy Division 2 Kobe University School of Medicine

出版者

日本産科婦人科学会

雑誌

日本産科婦人科學會雜誌 = Acta obstetrica et gynaecologica Japonica (ISSN:03009165)

巻号頁・発行日

vol.29, no.5, pp.500-506, 1977-05-01

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ラットの着床周辺期における胚と内膜の表面構造の変化について,走査型電顕的観察を行ない,次の成績を得た. 1) 正常着床期の子宮内膜上皮表面では,規則正しく配列する微絨毛は,長短不整となり,先端部が風船状に膨化した後,急激に屈曲,短小,不整化する.細胞質突起はこぶし状,入道雲状で,数が増えた後,壁が増し,縮小扁平化して,adhesion stageに微絨毛の原形消失と相呼応し,不整粗大な鋸歯状・海草状突起へ移行する. 2) 遅延着床時内膜では,比較的繁茂する微絨毛と巨大細胞質突起を認めるが,これは妊卵(原胚子)や卵管液の作用にもよるものではなく,progesteroneの作用による.またそのestrogenによる着床誘導時には,早期(4~8時間)に一過性の分泌亢進像を呈した後,後期(16~24時間)に平低下する. 3) 微絨毛先端部の風船状膨化はestrogen作用下に生ずるmicroapocirine像と考えられる. 4) 腺開口部構造が反間膜側内膜の側壁部に,孤立した1細胞面積分の陥凹や,舟底状の斜坑状の陥,裂隙として認められる.一方,上皮細胞がロゼット状に集合した所で,細胞間隙からの分泌を示唆する所見が得られた,これら2者ともにestrogenの作用下で顕著となる. 5) 胚の透明帯の表面は,素焼の陶器様で粗〓である.透明帯消失後,胚の表面に均等に生えていた微絨毛は,胚自体の増大や栄養膜細胞の増数に伴い消失してゆき,胚の表面は平滑となる. これら一連の所見は,胚と内膜が三次元的な観点からも,互いにより平滑な面で最初の接触を遂行していることを示すものである.The structural changes of the surfaces of the endometrium and the blastocyst during the implantation in rats were studied scanning electron microscopically. Findings obtained were as follows: 1) In the pre-attachment stage, the microvilli of the endometrial luminal epithelium lose their distal ends. Thereafter they shorten rapidly and become bent irregularly. Cellular protrusions are nodular at first, then increase in number with multiple folds and flanges, subsequently become small and flattened. In the adhesion stage, they become serrated and show seaweed-like appearance. 2) During delayed implantation, caused by dosing of progesterone, relatively abundant microvilli and giant cellular protrusions are observed. During the induction of implantation with estrogen, the endometrium assumes transiently the secretory phase, and then becomes flattened. 3) Many structures suggesting the glandular orifice an also that seeming to the intercellular secretion are observed, especially under the influence of estrogen. 4) After the shedding of zona pellucida, the microvilli of the trophoblast gradually disappear. In the adhesion stage, the surface of the blastocyst become smooth.

著者

住友 亮翼 林 晋 Ryosuke Sumitomo Susumu Hayashi 神戸大学自然科学研究科 神戸大学工学部 Graduate School of Science and Technology Kobe University Faculty of Engineering Kobe University

出版者

日本ソフトウェア科学会

雑誌

コンピュータソフトウェア = Computer software (ISSN:02896540)

巻号頁・発行日

vol.16, no.3, pp.263-266, 1999-05-17

参考文献数

10