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Chinese Physics C 2009年第12期33卷 1323-1326页

作者： L. Tolos C. Garcia-Recio V. K. Magas T. mizutani J. Nieves A. Ramos L. L. Salcedo Theory Group KVI University of Groningen Zernikelaan 25 9747 AA Groningen The Netherlands Departamento de física Atómica Molecular y Nuclear Universidad de Granada E-18071 Granada Spain Departament d'Estructura i Constituents de la Matèria and Institut de Ciències del Cosmos Universitat de Barcelona E-08028 Barcelona Spain Department of Physics Virginia Polytechnic Institute and State University Blacksburg VA 24061 USA Instituto de física Corpuscular (centro mixto CSIC-UV) Institutos de Investigación de Paterna Aptdo. 22085 E-46071 Valencia Spain

We study charmed baryon resonances that are generated dynamically from a coupled-channel unitary approach that implements heavy-quark symmetry. Some states can already be identified with experimental observations, such as Ac（2595）, Ac（2660）, Ec（2902） or Ac（2941）, while others need a compilation of more experimental data as well as an extension of the model to include higher order contributions. We also compare our model to previous SU（4） schemes.

关键词： charmed baryon resonances heavy-quark symmetry SU(8) and SU(4) spin-flavor symmetry

High-Performance,Highly Reliable HfSiON Gate Dielectric for Low Vth System LSI's 8th

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High-Performance,Highly Reliable HfSiON Gate Dielectric for ...

Cosmic—Ray Deficit from the Directions of the moon and the Sun Detected with the Tibet Air Shower Array

2006 8th International Conference on Solid-State and Integrated Circuit Technology

作者： J.Yugami M.Inoue S.Tsujikawa M.mizutani K.Nomura T.Hayashi Y.Nishida K.Shiga J.Tsuchimoto Y.Ohno M.Yoneda Process Technology Development Div. RENESAS Technology Corp

ISBN: (纸本)1424401607

In this paper,we demonstrate the improvement of HfSiON pfET characteristics with f incorporation technique,which might be a powerful tool to lower V in pfET with both poly-Si and PC-fUSI *** f implantation in channel region prior to HfSiON formation V lowering up to～200mV is obtained without mobility ***,impact of f incorporation in HfSiON is investigated from reliability aspect.V stability during negative bias temperature stress is drastically improved which can be associated with f passivation of defects in HfSiON.

关键词： Thermal stresses Incorporation Negative bias temperature instability Gate dielectrics Polysilicon negative bias fluorine (f)

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西藏大学学报(社会科学版) 1993年第4期8卷 76-85页

作者： M.Amenomori Z.Cao L.K.Ding Z.Y.feng Hibino N.Hotta Q.Huang A.X.Huo H.Y.Jia G.z.Jiang S.Q.Jiao f.Kajino K.Kasahara Labaciren D.M.Mei L.Meng X.R.Meng Mimaciren K.mizutani J.Mu H.Nanjo M.Nishizawa Nusang A.Oguro M.Ohnishi I.Ohta To.Saito M.Sakata Z.Z.shi M.Shibata T.Shirai H.Sugimoto X.X.Sun A.Tai K.Taira Y.H.Tan N.Tateyama S.Torii H.Wang C.Z.Wen Y.Yamamoto X.Y.Yao G.C.Yu P.Yuan T.Yuda J.G.Zeng C.S.Zhang H.M.Zhang L.Zhang Zhasang Zhaxiciren W.D.Zhou Department of Physics Hirosaki UniversityHirosakiJapan Institute of High Energy Physics Academia SinicaBeijingChina Departmetn of Physics Sorth West Jiaotong UniversityChengduChina Institute for Cosmic Ray Research University of TokyoTanashiJapan faculty of Education Utsunomiya UniversityUtsunomiyaJapan Department of Physics Konan UniversityKobeJapan faculty of Engineering Kanagawa UniversityYokohanaJapan Department of Mathematics and Physics Tibet UniversityLhasaChina Department of Physics saitama UniversityUrawaJapan Department of Physics Yunnan UniversityKunmingChina faculty of Education Yokohama National UniversityYokohanaJapan Shonan Institute of Technology FujisawaJapan

Data from the Tibet air shower array were used to examine the cosmic ray shadows of the Moon and the Sun at energies around *** shadowing effect was clearly observed at the 5.8level for the Moon,while the shadow of the Sun was found in the direction away from the sun by 0.86°tothe west and 0.43°to the *** effect of the geomagnetic field has also been observed in the shadow of cosmic rays by the *** observed deflection of the sun’s shadow is briefly discussed in connection with the effect of the magnetic fields between the sun and the *** is the first observation of the effects of such magnetic fields on the cosmic ray *** maximum-likelihood analysis of the Moon data set shows that the angular resolutions of the array for showers with its mode energies 7TeVand 35TeV are 0.87°-0.13°+0.10°and 0.54°-0.08°+0.11°,respectively.

关键词：空气簇射宇宙射线阴影磁场 Gamma射线

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与水库附近瞬态形变相关的氡放射和电势变化

世界地震译丛 2000年第1期31卷 76-81页

作者： M.Trique P.Richon f.Perrier J.P.Avouac J.C.Sabroux 易立新中国地震局地质研究所

两个最常引述的地震前兆指标是氡放射和电势变化(Wakita,Nakamura and Sano,1988;Igarashi,et al,1995;Virk and Singh,1994;Raleigh,et al,1977;Corwin and Morrison,1977;Varotsos,et al,1993),但已有的少量报道一般被认为是值得怀疑的(Geller,1998;Pham,et al,1998;Morrison,et al,1979;Geller,1997;Wyss,1997)。如果确实存在一种令地壳形变和氧放射或电信号变化相关的机制,则必定有流体参与(Seholz,et al,1973;Igarashi,et al,1992;Roeloffs,1988;Wood,et al,1993;mizutani,et al,1976;Iouniaux,et al,1995;Bernard,1992;King,1986)。通过研究受控应力状态和水文条件下的天然系统,对这一过程已取得一些初步认识(Perrier,et al,1997)。本文报道了法国阿尔卑斯2个年水位变化超过50m的人工湖附近自1995年以来的氡放射、电势和地形变观测资料。观测结果表明,电势变化、氡放射与包括由水位季节性变化引起的地形变有重复相关性。地形变用偏离预期的弹性变形响应的地表倾斜表示,并与应交加速期相对应,说明加速加载可以提高流体的迁移性。这一行为可以定性地用一模型来解释。该模型认为应变引起流体过压和在裂隙内的动力流。本文观测可以阐明岩石传输特性对形变的敏感性。

关键词：水库瞬态变形氡放射地震前兆电势变化

Search for Steady Emission of 10—TeV Gamma Rays from the Crab Nebula,Cygnus X—3,and Hercules X—1 Using the Tibet Air Shower Array

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西藏大学学报(社会科学版) 1993年第4期8卷 71-75页

作者： M.Amenomori Z.Cao.L.K.Ding Z.Y.feng K.Hibino N.Hotta Q.Huang A.X.Huo H.Y.Jia G.Z.Jiang S.Q.Jiao f.Kajino K.Kasahara Labaciren D.M.Mei L.Meng X.R.Meng Mimaeiren K.mizutani J.Mu H.Nanjo M.Nishizawa Nusang A.Oguro M.Ohnishi I.Ohta J.R.Ren To.saito M.Sakata Z.Z.Shi M.Shibata T.shirai H.sugimoto X.X.Sun A.Tai K.Taira Y.H.Tan N.Tateyama S.Torii H.Wang C.Z.Wen Y.Yamamoto X.Y.Yao G.C.Yu P.Yuan T.Yuda J.G.Zeng C.S.Zhang H.M.Zhang L.Zhang Zhasang Zhaxlclren W.D.Zhou Department of Physics Hirosaki UniuersityHirosakiJapan Institute of High Energy Physics Academia SinicaBeijingChina Department of Physics South West Jiaotong UniuersityChengduChina Institute for Cosmic Ray Research Uniuersity of TokyoTanashiJapan faculty of Education Utsunomiya UniuersityUtsunomiyaJapan Departmem of Physics Konan UniuersityDepartmem of PhysicsKonan UniuersityKobeJapan faculty of Engireering Kanagawa UniversityYokohamaJapan Department of Mathematics and Physics Tibet UniuersityLhasaChina Department of Physics Saitama UniuersityUrawaJapan Department of Physics Yunnan UniuersityKunmingChina faculty of Education Yokohama National UniuersityYokohamaJapan Shonan Institute of Technology FujisawaJapan

寻找到高能和超高能的Gamma射线点源,在宇宙射线源方面有着极为重要的意义,本文就西藏羊八井观测到的空气簇射阵列及共它资料,对寻找稳定的10-TeV Gamma射线进行了分析论述。

关键词：西藏空气簇射 Gamma射线点源大气厚度 10TeV