ニュース「大谷翔平の通訳、違法賭博疑いで球団を解雇

 Contact Access Campus Map Japanese Home Introduction Laboratories Faculty Members Academic Programs Admission Career Japanese Laboratories Irradiation Effects in Nuclear and Their Related Materials, IMR Energy Materials Engineering Irradiation Effects in Nuclear and Their Related Materials, IMR Introduction Front Line Research Lab's Sketch Website Detection, Analysis and Control of Functional Centers and Defects in Materials : From Semiconductors to Reactor Pressure Vessel(RPV) Steels By combining advanced positron annihilation experiments and first-principles calculations, we are studying functional centers and defects in various materials, such as Si, diamonds, silica glass, RPV steels, aluminum alloys etc. , to clarify and control them based on the quantum mechanical understanding. Topics Fundamental studies of functional centers and defects in materials for nuclear technology, electronics and light communications, based on quantum science. Positron annihilation studies of open-volume defects and quantum dots based on advantage of self-seeking nature of positrons. Advanced quantum mechanical first-principles calculations using HITACHI S-3800 supercomputer of IMR. Developing of nuclear materials using advanced materials processing techniques. Staff ProfessorNAGAI Yasuyoshi Associate ProfessorINOUE Koji Associate ProfessorTOYAMA Takeshi Assosiate ProfessorYOSHIDA Kenta Assistant ProfessorSONG　Peng Laboratories Core Lab Energy Physics Engineering Advanced Fusion Reactor Engineering Fusion Plasma Diagnostics and Advanced Plasma Confinement Neutron Device Engineering Safety Engineering of Nuclear Systems Nuclear Energy-Flow Environmental Engineering Nuclear Energy System Safety Engineering Energy Physics and Engineering Education Degradation Science and Plant Life Management Measurement Technology and Reliability Quantification Particle-Beam Engineering System Engineering of Particle-Beams Applied Quantum Medical Engineering Advanced Radiation Application Nuclear Fuel Science Advanced Nuclear Engineering Advanced Nuclear Engineering --> Cooperative Lab Energy Materials Engineering Irradiation Effects in Nuclear and Their Related Materials, IMR Nuclear Materials Engineering, IMR Quantum Theoretic Material Engineering Science and Technology of Functional Materials, IMR Engineering for Actinide Materials, IMR Energy Chemical Engineering Radiochemistry, IMRAM Accelerator Radiation Engineering Accelerator Health Physics Nuclear Radiation Physics and Engineering Department of Quantum Science and Energy Engineering, Graduate School of Engineering, Tohoku University 6-6-01-2, Aza-Aoba, Aramaki, Aoba-ku, Sendai 980-8579 JAPAN Contact Access Campus Map © School of Engineering, Tohoku University Tohoku University School of Engineering Division of Mechanical Engineering Department of Mechanical and Aerospace Engineering Alumni Association Office of East Asian Academic Exchange, Department of Quantum Science and Energy Engineering