Table 2: Table of Research Areas
| Group | Subgroup | Keywords |
| • Accelerator Physics/Beamline Engineering | ||
| Accelerator Physics | Linear Accelerator | Electron Gun, RF Acceleration, Magnet, Vacuum Technology, Diagnosis Technology |
| Circular Accelerator | Orbit Analysis, RF Acceleration, Magnet, Vacuum Technology, Diagnosis Technology | |
| Accelerator Control | Control Equipment, Network, Control Software | |
| Next Generation Light Source | Accelerator for Next Generation Light Source, Free Electron Laser | |
| Radiation Source | Gamma Source, Positron Source, Neutron Source | |
| Laser Electron Source | Inverse Compton Scattering | |
| Other | ||
| Beamline Engineering | Synchrotron Light Source | Insertion Device, Bending Magnet |
| Beamline Engineering | Front End, Transport Channel, Vacuum Engineering, Thermal Stress Analysis, Beam Diagnosis | |
| Optics | Optical Devices (Spectrograph, Polarizer, Condenser Lens), Optical Elememts, Measurement Method Development | |
| Detectors | Gas Detector, Solid State Detector, Fast Time-resolved Measurements | |
| Control Systems | Hardware, Software, Interlock | |
| Radiation Physics | X-ray Standard Field, Shielding Calculations | |
| Beamline Diagnosis | X-ray Intensity Monitor, Beam Position Monitor | |
| Other | ||
| Elementary Particles, Nuclear Science |
Particle Physics | Elementary Particles, Cosmic Rays, High Energy Physics, Astrophysics |
| Nuclear Science | Nuclear Physics | |
| Other | ||
| • Synchrotron Radiation Research | ||
| Life Science | Structural Biology (crystal) | Protein Structure/Function, Enzyme Reactions |
| Structural Biology (hard-condensed matter) | Muscles, Two-dimensional Membrane, Osteoblasts, Protein Solution, Structure/Function | |
| Biophysics | Biomembranes/Receptors/Channels, Folding, Single Molecule Measurement | |
| Analyses of Medicinal Effects | Medicine - Protein Complex Structures, Medicinal Molecular Design, Genome Medicine | |
| Cell Biology | Cell Structure, Cell Function | |
| Radiobiology | Radiation Effects on Cells and DNA | |
| Biological Imaging | Imaging, Tomography, X-ray CT | |
| Other | ||
| Medical Applications | Bioimaging | Imaging, Tomography, X-ray CT |
| Radiodiagnosis | Medical Diagnosis and Imaging, Fine Structures of Affected Area | |
| Radiation Therapy (Radiotherapy) | Radiation Effects | |
| Medical Materials | Medical Materials, Dental Materials, Biofunctional Materials | |
| Other | ||
| Materials Science and Engineering |
Structural Properties | Crystal Structures, Electron Density Distribution |
| Structural Phase Transitions | Structural Phase Transitions, Magnetic/Electronic Phase Transitions, Structural Fluctuations, Time Resolved Structural Analysis | |
| Nanostructured Materials | Quantum Nanostructures, Nanomaterials, Mesoscopic Systems, Molecular Structure, Gas Absorption | |
| Surface and Interface Properties | Surface and Interface Structures, Surface Modulated Structures, Thin Film/Multilayer Structures, Surfactant Effects, Surface Roughness, Crystal Growth Process, Surface Melting, Surfaces as a New Material Phase | |
| Random Material Structure | Amorphous Materials, Liquids/Melts, Glass, Gas, Supercritical Materials | |
| Soft Material Properties | Soft Materials, Macromolecules, Organic Thin Films, Liquid Crystals | |
| Electronic Structure | Electronic Structure, Band Structure | |
| Semiconductor Properties | Semiconductor, Molecular Solids/Organic Semiconductors, Electronic Devices | |
| Optical Properties (Solid State Photophysics) | Ionic Crystals | |
| Dielectric Properties | Dielectric Materials, Structural Phase Transitions | |
| Metal Properties | Metals, Quasicrystals, Imaging | |
| Superconducting Properties | Superconducting Materials, Organic Superconducting Materials | |
| Magnetic Properties | Magnetic Structures, Magnetic Materials, Magnetic Multilayers, Magnetic-Field-Induced Structural Phase Transition, Organic Magnetic Materials | |
| Strongly Correlated Electronic Materials | ||
| Grating/Atomic Dynamics | Phonon Properties, Elastic Waves, Atomic Diffusion | |
| Nuclear Properties | Hyperfine Interactions, Nuclear Resonance, Mossbauer Effect, Nuclear Excitation | |
| Other | ||
| Chemical Science | Atoms/Molecules | Atomic and Molecular Cluster Spectroscopy, Ionic Fragmentation, Atomic Process of Multiply-Charged Ions, Synchrotron Radiation Excited Chemical Reaction, Excited Molecular Structures |
| Inorganic Chemistry | Inorganic Solids, Metal Complexes | |
| Organic Chemistry | Organic Solids, Organic Photochemistry | |
| Macromolecular Chemistry | Macromolecular Structures, Fibers | |
| Surface and Interface Chemistry | Surface Chemical Reactions, Catalysis, Chemical Process, Solution Chemistry, Gas Absorption | |
| Electrochemistry | Electrochemical Reactions, Electrode Reactions, Battery Electrode Materials, Electrocrystallization | |
| Chemical Analysis | Trace Element Analysis, State Analysis | |
| Chemical State Analysis | Chemical Bonding, Lipid, Structure/Function | |
| Infrared Materials | Molecular Vibrations, Infrared Microspectroscopy, Magneto-Optics | |
| Irradiation Effects | Core Excitation, New Materials Development, Material Modification, X-ray CVD (Chemical Vapor Deposition) | |
| Other | ||
| Earth and Planetary Science |
Earth Science | Solid Earth Science, Crust/Mantle/Core Materials, Geology |
| Rocks/Mineralogy | Earth and Planetary Materials, Magma, Mineral Resources | |
| High Temperature/High Pressure Properties | Viscosity, Sound (Sonic) Speed | |
| Other | ||
| Environmental Science | Environmental Analytical Science | Microchemical Analysis, Mapping |
| Environmental Materials | Aerosol, Environmental Pollutants | |
| Biological Materials | (Quantitative) Analysis of Trace Biological Molecules | |
| Other | ||
| Industrial Applications | Electronics | Electronic Devices, Quantum Devices, Optical Elements, Storage Elements, Display Devices, Piezoelectric Elements, Device Evaluation |
| Semiconductor/Electronic Materials | Semiconductor Materials, Electronic Materials, Element Thin Films, Fluorescent Body | |
| Magnetic Materials | Magnetic Materials、Magnetic Multilayers, Spin Electronics, Magnetic Devices | |
| Superconducting Materials | Superconducting Materials, Superconducting Devices | |
| Metals/Structural Materials | Metallic Materials, Structural Functional Materials, Machine Parts, Building Materials, Grating Strain, Residual Stress, Corrosion, Destruction, Imaging | |
| Inorganic Materials | Inorganic Materials, Ceramics, Glass, Gas Absorbent Materials, Particles, Colloid | |
| Organic Material | Macromolecule, Organic Material, Liquid Crystal, Rubber, Fiber, Film, Imaging | |
| Catalytic Chemistry | Industrial Catalysts, Catalytic Activity, Surface Chemical Reactions | |
| Electrochemistry | Electrochemical Reactions, Electrode Reactions, Battery Electrode Materials | |
| Environmental Materials | Environmental Analysis, Pollution Treatment, Environmental Catalysts, Recycling, Environmental Load Reducing Technology | |
| Energy/Resources | Fuel Cell, Solar Cell, Device | |
| Pharmacy | Protein Crystallization, Medicated Low Molecular Weight Crystals, Medicine | |
| Food/Daily Products | Food, Cosmetics, Daily Products | |
| Fine Manufacturing, Irradiation Effects | Lithography, LIGA, Electrocrystallization, X-ray Irradiation Reaction | |
| Other | ||
| Other | Archaeology | Archaeology |
| Identification Science | Forensic Science | |
| Safety Control | ||
| Other | ||
Last modified