Published by Japan Atomic Energy Agency

ONLINE ISSN 2188-1456

PRINT ISSN 2423-9992


All Pages PDF (30.8 MB)PDFアイコン

  • 1 Research and Development of Advanced Nuclear System
  1. 1-1 Toward the Commercialization of Fast Reactor Fuel Cycle Systems
  2. 1-2 Fast Reactor System with Promise as Major Energy Source
    - Design Study of JAEA Sodium-Cooled Fast Reactor (JSFR) -
  3. 1-3 Smooth and Calm Flow in a Compact Reactor Vessel
    - Flow Optimization in a Compact Sodium Cooled Reactor -
  4. 1-4 Vibration Characteristics of Piping Excited by Turbulent Flows
    - Flow-Induced Vibration of Large Diameter Piping System under High Flow Velocity Condition -
  5. 1-5 Research and Development of Advanced Aqueous Reprocessing and Simplified Pelletizing Fuel Fabrication
    - Fuel Recycling System (Reprocessing and Fuel Fabrication) for the Next Generation -
  6. 1-6 Solvent Extraction of Actinide Elements in New Extraction System for TRU Recovery (NEXT)
    - Development of Advanced Reactor Fuel Reprocessing -
  7. 1-7 Establishment of a Remote Fabrication Technique Making Fast Reactor Fuel from Excess Minor Actinide
    - Development of Fabrication Technique for MOX Fuels Containing Americium -
  8. 1-8 Search for the Way to Nuclear Power Sustainability
    - Fast Reactor Cycle Deployment Scenario Analysis -
  9. 1-9 Finding Promising Fast Reactor Cycle Concepts from Multiple Viewpoints
    - Multidimensional Evaluation of Fast Reactor Cycle Systems -
  10. 1-10 Probabilistic Safety Assessment Study of Fast Reactor Cycle
    - Development of World's First Safety Evaluation Method for the Entire Fuel Cycle -
  11. 1-11 System Start Up Test of the Prototype Fast Breeder Reactor MONJU
    - From the Achieved Test Results (Criticality Test to Power Up Test (40% Power)) -
  12. 1-12 Prediction of Unplanned MONJU Shutdown Frequency
    -Reactor Trip Frequency Prediction Using Fault Tree Analysis Method -
  13. 1-13 An Advanced Transport Cross-Section Collapsing Method for Three Dimensional Transport Code Was Developed
    - MONJU Core Neutronics Analysis Method Upgrading Research -
  14. 1-14 Personal Computer Plant Simulation in 1/1000 Real Time
    - Validation of Versatile Plant Simulation Code -
  15. 1-15 Study of Fast Breeder Reactor Safety with Laser
    - Fuel Failure Detection System by means of Laser Resonance Ionization Mass Spectrometry -
  16. 1-16 Development of Multi-Functional Reprocessing and Utilization of Separated Elements
    - Establishment of Advanced Separation Process Using Pyridine Resin -
  17. 1-17 Viewing Inside an Irradiated Fuel Assembly
    - Development of a Non-Destructive Post-Irradiation Examination Technique Using High-Energy X-ray Computer Tomography -
  • 2 Research and Development on Geological Disposal of High-Level Radioactive Waste
  1. 2-1 R&D Supporting the Technology and Reliability of Geological Disposal in Japan
  2. 2-2 Development of a Novel Knowledge Management System for Geological Disposal
    - Fundamental Concepts and Implementation Plan -
  3. 2-3 Development of Reliable Databases for Safety Assessment of High-Level Radioactive Waste Disposal System
    - Database Development for Radionuclide Migration Analysis -
  4. 2-4 Development of Low Alkaline Cement
    - Study on Workability of Low Alkaline Shotcrete -
  5. 2-5 Prediction of Long Term Changes at Barriers
    - Development of a Coupled Thermo-, Hydro-, Mechanical, and Chemical Model -
  6. 2-6 Study Plan for Performance Assessment of High-Level Radioactive Waste Geological Disposal (5-year Plan)
    - For Development of Technical Basis for System Performance Assessment in Implementation Phase -
  7. 2-7 Imaging Crustal Magma beneath an Active Volcano and the Generation of High Temperature Hot Springs in a Non-Volcanic Region
    - Magnetotelluric Modeling in Naruko Volcanic Region and Kii Peninsula -
  8. 2-8 Paleo-Hydrochemical Conditions Recorded in Calcite
    - Long-Term Stability of Geochemical Environment Deep Underground -
  9. 2-9 Study of Environmental Disturbance by an Underground Facility
    - Estimate of Hydrochemical Disturbance Resulting from Drift Excavation -
  10. 2-10 Magnetotelluric Survey of 3-Dimensional Distribution and Hydrogeological Properties of Faults
    - Development of Techniques for Investigating Geological Environment -
  11. 2-11 Saline Concentration Indicates Groundwater Flow
    - Relationship between Saline Concentration Distribution and Groundwater Flow in Sedimentary Rock -
  12. 2-12 Detecting the Stress Distribution of Deep Sedimentary Rock in Northernmost Japan
    - Construction of a Dynamic Model of Tertiary Siliceous Rock Based on Laboratory and In-Situ Measurement -
  13. 2-13 Results of Transuranium (TRU) Waste Disposal Studies
    - From the 2nd TRU Progress Report -
  • 3 Nuclear Fusion Research and Development
  1. 3-1 For Practical Use of Fusion Energy
  2. 3-2 Prospects of Reduced Cost of Electricity from Fusion Power Plants
    - Energy-Saving Operation for Fusion Power Plants in JT-60 -
  3. 3-3 Insulator Generated in High-Temperature Plasma
    - Anomaly of Current Profiles Observed in JT-60 -
  4. 3-4 Mechanism of Confinement Improvement in Tokamak Plasmas
    - Control of Turbulent Transport by Zonal Flow Modification -
  5. 3-5 Image of Radiation from 1/4 of a Donut Plasma
    - Development of an Infrared Imaging Bolometer in JT-60U -
  6. 3-6 Concept for a Reduced Cost Fusion Reactor
    - Compact Reactor Allowing Early Realization of Fusion Power -
  7. 3-7 Achievement of 1000 s High Power Radio-Frequency
    - Establishment of Gyrotron Technology for Stable & Steady State Operation -
  8. 3-8 Reduction of the Heat Load on Acceleration Grids in the Negative Ion Based Neutral Beam Injector
    - A Step Toward Long Pulse Beam Injection -
  9. 3-9 Uniform Production of H- Ions in a Large Ion Source
    - Technology for High Power Neutral Beam Injection System -
  10. 3-10 Pioneering Material for ITER Superconducting Wire
    - Success in Mass Production of High Performance Nb3Sn Strands -
  11. 3-11 New Stainless Steel for High Performance Superconducting Coil
    - Development of ITER Central Solenoid Conductor Conduit Material -
  12. 3-12 Compact Fusion Reactor Using Advanced Shield Materials
    - Application of Hydrogen-Rich Hydride to the Shield of Fusion Reactor -
  13. 3-13 Measurement of Hydrogen Depth Profile Using Fast Neutrons
    - Materials Analysis with Deuterium and Tritium Fusion Neutrons -
  14. 3-14 Accelerator Development for International Fusion Materials Irradiation Facility(IFMIF)
    - A Key to Strong, Steady Beam Acceleration is Precise Radio-Frequency Property Adjustment -
  15. 3-15 R&D of New Detritiation System Using Bacteria
    - Incubating Tritium Oxidizing Bacteria from the Forest Soil -
  • 4 Quantum Beam Science Research
  1. 4-1 Pioneering R&D of Quantum Beam Technology
  2. 4-2 Hydrogen Separation by Nano Hole Ceramics
    - Development of Heat and Corrosion Resistant Hydrogen Separation Silicon Carbide Based Membrane -
  3. 4-3 Development of New Monitoring Technology for the Utilization of Hydrogen as a Clean Energy Source
    - Optical Hydrogen Sensors Using Gasochromic Phenomenon -
  4. 4-4 Novel Technique for Characterization of Chemical Modification of Internal Surface of Nano-Pores
    - Fabrication of Functional Polymer Materials Using Ion Beams -
  5. 4-5 Confirming Cost Estimations of Uranium Collection from Seawater
    - Assessing High Function Metal Collectors for Seawater Uranium -
  6. 4-6 Elucidation of the Gene Activation Mechanism and Application to Visualization of DNA Strand Breaks
    - DNA Repair Promoting Protein PprA -
  7. 4-7 Plants Become More Tolerant to Ultraviolet (UV) Light by Increasing Nuclear DNA Content
    - Discovery of Novel UV Resistance Mechanism in Plants -
  8. 4-8 Elucidation of the Mechanism of Granulocytopenia Drug
    - Tertiary Structure Analysis of Human GCSF with its Receptor -
  9. 4-9 Observation of Electronic Structure Utilizing Synchrotron Radiation X-rays
    - Electronic Excitations by Resonant Inelastic X-ray Scattering -
  10. 4-10 Residual Stress Measurement of Internal Materials Using Synchrotron Radiation
    - Stress Analysis Technique with a New Strain Scanning Method -
  11. 4-11 Synchrotron X-rays Revealing Crystal Growth Front at the Atomic Level
    - Monitor for Gallium Arsenide Growth Using Synchrotron X-rays -
  12. 4-12 Attempt to Control Quantum Dot Size
    - Measurement of the Number of Atoms in a Nanocluster -
  13. 4-13 Toward a Practical Small Proton Cancer Therapy Machine
    - Discovery of Optimum Conditions for Laser Driven Proton Acceleration -
  14. 4-14 Quasi-Monoenergetic Electron Beam Generation by Using an Intense Laser Pulse
    - High Quality Electron Beam Source by Laser Acceleration -
  15. 4-15 Demonstration of Ultrafast Selective Excitation with Quantum Interference
    - Toward a New Method of Isotope Separation -
  16. 4-16 R&D of High Power Neutron Sources
    - Micropit Formation by Pressure Wave in Mercury Target -
  17. 4-17 Development of High Performance Neutron Supermirror
    - For Higher Fluxes at the Spallation Neutron Source of J-PARC -
  • 5 Nuclear Safety Research
  • 6 Advanced Science Research
  • 7 Nuclear Science and Engineering Research
  • 8 Nuclear Fuel Cycle Technological Development
  • 9 Development of Technology on Nuclear Cycle Backend
  • 10 Computational Science and E-Systems Research
  • 11 Scientific & Technical Development for Nuclear Nonproliferation
  • 12 Development of Experimental Techniques/Facilities at JAEA R&D Centers

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