HATANO Yuji

• Development of fusion reactor materials and neutron irradiation effects
• Evaluation and control of tritium accumulation and transportation in fusion reactor materials
• Purification, separation and measurement of tritium

• High Energy Materials Engineering

MATSUYAMA Shigeo

• Application of particle induced X-ray emission analysis in various fields
• Development of micro- and nano-beam system for ion beam analysis
• Development and application of micron-CT based on micro-PIXE

• Engineering of Accelerator and Reactor Systems

TAKAHASHI Makoto

• Intelligent informatics (Intelligent System)
• Atomic power studies (Nuclear Engineering)
• Instrument and Control Engineering

• Nuclear Energy System Safety Engineering

WATANABE Yutaka

• Mechanistic study on materials degradation in nuclear systems
• Studies concerning integrity assessment and life management of nuclear plants
• Studies supporting decommissioning of Fukushima Daiichi nuclear power plant

• Degradation Science and Plant Life Management

YUSA Noritaka

• Nondestructive evaluation techniques using DC-GHz electromagnetic fields
• Statistical analysis of inspection data to discuss the reliability of structures
• Energy and environmental education

• Measurement Technology and Reliability Quantification

ABE Hiroshi

• Mechanistic study of materials degradation issues (Corrosion, Environmentally assisted cracking, High temperature oxidation, Pipe wall thinning, Thermal aging embrittlement) and countermeasure development

• Degradation Science and Plant Life Management

CHIDA Taiji

• Radioactive waste disposal
• Sorption and diffusion of radionuclides in geosphere
• Long-term alteration of cementitious materials and minerals

• Nuclear Energy-Flow Environmental Engineering

EBARA Shinji

• Heat transfer enhancement of high Pr number fluid flow in a fusion blanket system
• Flow and pressure fields investigation in multiple-elbow pipings
• Turbulent flow analysis for flow-accelerated corrosion
• Thermofluid studies in nuclear fusion & fission systems

• Advanced Fusion Reactor Engineering

HITOMI Keitaro

• Development of room-temperature semiconductor X-ray and gamma-ray detectors
• Development of gamma-ray imaging systems for nuclear medicine
• Development of new semiconductor and scintillator materials for radiation detection.

• Advanced Radiation Application

ITO Satoshi

• Design of superconducting magnet for fusion reactors
• Applied superconductivity using high-temperature superconductors
• Heat transfer of cryogenic coolants
• Designs of blanket and divertor using liquid metal for fusion reactors
• Numerical and experimental analyses on magnetohydrodynamics effects

• Advanced Fusion Reactor Engineering

KADA Wataru

• Research and Development on quantum beam science and technology with a focus on ion beam analysis (IBA) and its applications
• Research and Development on radiation detectors, devices, and systems for clinical applications mainly dedicate to particle therapy fields
• Research and Development on new materials and devices utilizing particle beams and related radiations

• Engineering of Accelerator and Reactor Systems

KARIKAWA Daisuke

• Safety and human factors in nuclear power plant
• Development of training methods for enhancing non-technical skills of nuclear power plant personnel
• Design of science and technology communication concerning nuclear technologies

• Nuclear Energy System Safety Engineering

KIKUCHI Yohei

• Medical imaging system
• Engineering for nuclear medicine and Radiology

• Quantum Biomedical Instrumentation

KIM Seong-Yun

• Nuclear reprocessing
• Radioactive Waste Management
• Electrochemistry
• Separation Chemistry
• Ionic Liquid

• Nuclear Fuel Science

OISHI Tetsutarou

• Spectroscopic diagnostics for fusion plasmas
• Impurity transport in magnetically confined plasmas
• Compilation of spectroscopic data for highly charged ions

• Fusion Plasma Science

SHIDAHARA Miho

• Quantification of physiological functions in nuclear medicine
• Computer-aided virtual clinical trial for efficient development of radioligands
• Numerical observer model for prediction of detection ability in medical imaging
• Radiation dosimetry in both diagnostic and therapeutic purposes

• Applied Quantum Medical Engineering

CHENG Weiying

• Electromagnetic Nondestructive Evaluation
• Simulation analysis
• Sensing and Signal analysis

• Advanced Fusion Reactor Engineering

TAKAHASHI Hiroyuki

• Nuclear fusion studies
• Divertor plasma dynamics with energetic plasma particles
• Linear plasma machine
• Atomic and molecular processes

• Fusion Plasma Science

AIZAWA Naoto

• Transmutation Engineering (Accelerator Driven System, Fast Reactor, etc.)
• Design of Innovative Reactor System (Molten Salt Reactor, Microreactor, etc.)
• Analytical and Experimental Study of Reactor Physics (LWR, subcritical reactor, etc.)
• Study of Nuclear Fuel Cycle Scenarios

• Engineering of Accelerator and Reactor Systems

FUJIWARA Mitsuhiro

• Nuclear Education
• Education of atomic partnership
• Radioisotope imaging
• Application of particle induced X-ray emission analysis

• Energy Physics and Engineering Education

NOGAMI Mitsuhiro

• Development of room-temperature compound semiconductor X-ray and gamma-ray detectors
• Development of organic semiconductor nuclear radiation detectors
• Development of new materials for nuclear radiation detectors

• Advanced Radiation Application

SEKI Tsugumi

• Radioactive waste management and disposal
• Effective utilization of coal fly ash for the retardation of nuclidemigration
• Environmental assessment of cementitious materials

• Nuclear Energy-Flow Environmental Engineering

SHISHIDO Hiroki

• Molten salt engineering
• Nuclear transmutation of high-level waste
• Nuclear safety

• Advanced Fusion Reactor Engineering

YOSHIOKA Saijiro

• Development of structural integrity assessment methodology using electromagnetic phenomena

• Measurement Technology and Reliability Quantification

AKIYAMA Eiji

• Hydrogen embrittlement
• Corrosion

• Science and Technology of Functional Materials

AOKI Dai

• Engineering for Actinide Materials

KASADA Ryuta

• Fusion nuclear materials
• Fission nuclear materials
• Radiation damage
• Nano-particle dispersion strengthened materials
• Nanoindentation
• Environmental effects
• Coating
• Energy system

• Nuclear Materials Engineering

KIRISHIMA Akira

• Chemistry in nuclear fuel cycle
• Actinide chemistry
• Radioactive waste management
• Processing of Naturally Occurring Radioactive Materials

• Radiochemistry

NAGAI Yasuyoshi

• Understanding of degradation mechanism by neutron irradiation in nuclear materials
• Nano-scale elemental analysis for developing semiconductor devices
• Developing state-of-the-art nanoanalysis techniques such as positron annihilation, atom probe tomography, and transmission electron microscopy

• Irradiation Effects in Nuclear and Their Related Materials

TERAKAWA Atsuki

• Nuclear physics and its applications
• Medical physics for radiation therapy
• Biomedical applications of ion beam analysis

• Nuclear Radiation Physics and Engineering

WATABE Hiroshi

• Nuclear Medicine Physics
• Radiation Medical Engineering
• Regulatory Science for Radiation Protection

• Accelerator Health Physics

INOUE Koji

• Crystal lattice defect studies using atom probe tomography, transmission electron microscopy and positron annihilation spectroscopy

• Irradiation Effects in Nuclear and Their Related Materials

KONDO Sosuke

• Nuclear material science
• SiC lattice defects
• Irradiation effects on ceramics
• Corrosion of ceramics

• Nuclear Materials Engineering

KOYAMA Motomichi

• Metallography
• Hydrogen embrittlement
• Ductile fracture

• Science and Technology of Functional Materials

MIYAKE Atsushi

• Engineering for Actinide Materials

YOSHIDA Kenta

• Development of advanced electron microscopy for nanostructured nuclear materials
• Atomic scale visualization of lattice defects in neutron irradiated reactor pressure vessel steels
• Diffraction physics and lens optics for dislocation analysis using electron wave

• Irradiation Effects in Nuclear and Their Related Materials

AKIYAMA Daisuke

• Radioactive waste management
• Processing and treatment of fuel debris
• Nuclear waste disposal

• Radiochemistry

AJITO Saya

• Corrosion science
• Electrochemistry
• Hydrogen embrittlement

• Science and Technology of Functional Materials

HOMMA Yoshiya

• Engineering for Actinide Materials

IKEDA Hayato

• Nuclear Chemistry
• Radiochemistry
• Production of Radioisotope for nuclear medicine and basic science

• Accelerator Health Physics

IWAMOTO Chihiro

• Neutron diffraction engineering
• Neutron imaging engineering
• Development of elemental analysis technology
• Development of neutron detector
• Accelerator and radiation measurement

• Nuclear Radiation Physics and Engineering

KAKINUMA Hiroshi

• Corrosion Science
• Electrochemistry
• Hydrogen embrittlement

• Science and Technology of Functional Materials

LI Dexin

• Engineering for Actinide Materials

OGINO Yasuyuki

• Nuclear Fusion
• Neutron Measurement & Analysis
• Radiation

• Nuclear Materials Engineering

SONG Peng

• Radiation effects in nuclear materials for fusion or fission applications
• Small-specimen test technologies (e.g. micro-, nano-indentation)
• In-situ TEM study of microstructural evolutions at nano-scale

• Irradiation Effects in Nuclear and Their Related Materials

YOKOTA Yuki

• Analytical chemistry
• Development of simple and rapid chemical analysis methods

• Radiochemistry

YU Hao

• Oxide dispersion strengthened superalloys
• High-temperature strength
• High-temperature oxidation behavior
• Mechanical alloying

• Nuclear Materials Engineering

MIYAKE Masayasu

• Research and development of electronic circuits in radiation measurement
• Development of PET (PEM) system
• Research on new radiation detection method

• Accelerator Health Physics