Division Laboratory   Themes and Keywords of Research Lab. HP Energy Engineering Division Aritomi Lab. Fundamental Study of Future Light Water Reactor Development / Study of Advanced Flow Measurement System and Experimental and Analytical Studies on Multi-Dimensional Two-Phase Flow / Advanced Fluid Dynamics and Development of Measurement Technique for Two-Phase Flow / Fundamental Study of Advanced BWR Safety Analytical Code Igashira Lab. Study on Transmutation of Transuranic Elements and Fission Products with Neutrons Study on Nucleosynthesis in the Primordial Universe Study on Concept of System for Utilization, Management and Disposal of Long-Lived Radioisotopes Capture Gamma-Ray Spectra from Broad Neutron Resonances Chiba Lab.       Akatsuka Lab. Innovative discharge pumped lasers and plasmas for lasers ／Diagnostics of plasmas by means of laser and passive spectroscopic measurement／Atomic and molecular processes in plasmas, and isotope separation in plasmas／Lasers, plasmas and isotopes in nuclear fission engineering systems／Interactions between a cold hydrogen plasma and solid materials／Structural analyses on amorphous materials proved by using X-ray and neutron sources／Development of electrochemical processes for zero-emission society Takahashi Lab. Thermal Hydraulics/Corrosion/Oxygen Control and Sensor/Liquid Metal Magnetohydrodynamics/Reactor Design of Pb-Bi Cooled Fast Reactor/Lithium Cooled Fusion Blanket Liquid Metal Target System of Accelerator Kato Yukitaka Lab. Energy Conversion, Chemical Heat Pump, Hydrogen Energy, Fuel Cell, Co-generation, Zero-Emission Energy System, Load Leveling Tsukahara Lab, Micro/Nano Fluidics, Nano Interface, Highly sensitive detection, radionuclide separation and analysis, deep geological disposal   Takemoto Lab.       Mass Transmutation Engineering Dvision Yano Lab. Neutron Irradiation Damage of Ceramic Materials for Fission and Fusion Reactors／Development of Inert Matrix Materials for Nuclear Waste Management/ Development of New Materials for Severe Environment/ Fabrication and Mechanical Properties of Fiber- and Particle-Reinforced Ceramics Matrix Composites Oguri Lab. Interaction between hot dense plasmas and heavy ion beams related to inertial fusion / Environmental and materials science using particle accelerators / X-ray imaging using proton-induced X-ray emission Takeshita Lab.   Onoe Lab. Nanomaterials Science/ Synthesis of New Nanocarbons and Their Functional Properties/ Heavy-Element Chemistry and Physics/ Nano-Spectroscopy Using STM/AFM/ Surface Science Matsumoto Lab. Radiation Biology, Molecular Biology and Biochemistry, Cancer Radiation Therapy, Radiation Sensitivity, DNA Damage (DNA Double-Strand Break), DNA Repair, Signal Transduction Hayashizaki Lab.   System and Safety Engineering Division Shimada Lab. The development of the small super-high magnetic field pulse burning tokamak／The development of dynamic analysis of the plasma behavior／The research of generation and application of the gas insulation plasma／The proposal of new high power control method／The power storage system by the flywheel Saito Lab. Innovative reactors, Non-proliferation, Nuclear reactor safety, Transmutation of transuranium elements, Transmutation of nuclear wastes Ikeda Lab. Basic and Applied Studies for Supercritical Fluids and Ionic Liquids as Green Solvents Basic Studies for Nuclear Fuel Reprocessing, and Radioactive Waste Treatment and Disposal NMR Microimaging Studies Coordination Chemistries for Actinoid and Radiopharmaceutical Electrochemical and Spectroelectrochemical Studies on Uranyl Complexes Studies on Analyses and Partitioning of Nuclides by Using Microchannels Kawakami Lab.       Iio Lab. Burning Plasma Control Attractive Fusion Reactors Plasma Diagnostics Basic Experiments Obara Lab. Innovative Nuclear Energy System/Heavy Liquid Metal Coolant (Lead-Bismuth Eutectic)/Polonium Study/Direct Conversion from Nuclear Energy to Optical Energy/Nuclear Pumped Laser/Rector Physics Kikura Lab.   International Nuclear Research Cooperation Center (INRCC) Ozawa Lab. Nuclear Rare Metals, Element Creation, Transmutation, Advanced Reprocessing, Non-Proliferation, Nuclear Security Fundamental Chairs for Visiting Professors Suzuki Lab. Nuclide Separation, Nuclear and Radiochemistry, Actinide Chemistry, Plasma Chemistry, Isotope Science, Nuclear Reprocessing Engineering, Nuclear cycle engineering, Reactor Chemistry and Water Chemistry Funasaka Lab.     Harada Lab.     Suzuki Lab.     Motobayashi Lab.     Matsuo Lab. Nuclear laser spectroscopy, Atomic spectroscopy, Laser ablation plasma, Elemental analysis   Ueno Lab.     Kinoshita Lab.     Koyama Lab.