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Published by Japan Atomic Energy Agency

Published in January 2017

ONLINE ISSN 2188-1456

PRINT ISSN 2423-9992

 

All Pages PDF (74.3 MB)PDFアイコン

  • 1 Research and Development Related to the Accident at TEPCO’s Fukushima Daiichi NPS
  1. 1 Research and Development Related to the Accident at TEPCO’s Fukushima Daiichi NPS
  2. 1-1 Evaluation of the Temperature Range of Melted Debris in the Reactor at the Nuclear Accident
    －The Influences of Pu and Zr upon the Melting Temperatures of (U, Pu, Zr)O2－
  3. 1-2 Laser Remote Analysis of Nuclear Fuel Debris
    －Evaluation of Uranium Spectra by Laser Induced Breakdown Spectroscopy (LIBS)－
  4. 1-3 Development of a Cutting Technique for Core-Structural Materials and Fuel Debris
    －Cutting and Crushing of Core-Structural Materials and Fuel Debris with a Plasma Jet－
  5. 1-4 Elucidation of the Core-Meltdown Procedure in Severe Accidents using Supercomputers
    －Development of A Numerical Simulation Method for Evaluating the Influences of Chemical Reactions of Core Materials－
  6. 1-5 Behavior of Radioactive Cesium Deposited in the Nuclear Reactor
    －Investigation of Cesium-Deposition Behavior onto Stainless Steel－
  7. 1-6 Integrity Evaluation of a Storage Vessel Containing Spent Cesium Adsorption Material
    －Investigating the Possibility of Localized Corrosion of the Vessel Material under Irradiation－
  8. 1-7 Toward the Recovery of Uranium from Fuel Debris
    －Development of a Chlorination Method for Slightly Soluble Components－
  9. 1-8 Visualization of the Radioactive-Cesium Distribution using a New Compton Camera Mounted on an Unmanned Helicopter
    －Field Test of the Ce:Gd3(Al,Ga)5O12 (GAGG) Scintillator Compton Camera－
  10. 1-9 Accurate Measurement and Evaluation of Environmental Dose Rates in Air
    －Dose-Rate Evaluation in the Environment using Monte Carlo Simulation－
  11. 1-10 Evaluating Air-Dose Rates due to Radiocesium using a Supercomputer
    －Calculation of Air-Dose Rates from Radioactive Cesium Distributed in the Ground－
  12. 1-11 Transfer of Radioactive Cesium in the Hardwood Forest
    －Study of Radioactive-Cesium-Transport Behavior in Trees in a Forest－
  13. 1-12 Spatial Variation in Radioactive-Cesium Deposition Caused by Topographical Factors
    －Detailed Examination of the Air-Dose Rate in a Mountainous Forest Catchment－
  14. 1-13 Environmental Behavior of a Minute Amount of Radioactive Cesium
    －Cs-Sorption/Desorption Behavior of Clay Minerals Considering the Actual Contamination Condition in Fukushima－
  15. 1-14 Elucidating the Adsorption States of Cesium in Clay Minerals
    －Analysis via First-Principles-Based Simulations－
  16. 1-15 New Technology for Suppressing Cesium Migration from Forests
    －Mild Regeneration of Village Forests with Polymers and Clay－
  17. 1-16 Safety of Burial of Contaminated Soil at Public Parks
    －In situ Experiments on the Migration of Radioactive Cesium from the Buried Soil－
  18. 1-17 Realization of Automatic Analysis of Radioactivity in Samples
    －Development of an Automatic Analysis System for Strontium-90 in an Environmental Sample－
  • 2 Nuclear Safety Research
  • 3 Advanced Science Research
  • 4 Nuclear Science and Engineering Research
  1. 4 Nuclear Science and Engineering Research
  2. 4-1 Pursuit of Accurate Nuclear-Reaction Cross-Sections in the Resonant Region
    －Synergy between Nuclear-Data Measurement and Theory－
  3. 4-2 Nuclear-Material Quantification by Observation of Transmitted Neutrons
    －A Non-Destructive Assay Technique for Measurement of Complex Nuclear Fuel using a Neutron-Resonance Reaction－
  4. 4-3 Measurement of the Corrosive Environment in High-Temperature, High-Pressure Water within Light Water Reactors
    －Development of an Electrochemical Measuring Technique and Evaluation of the Corrosive Condition in High-Temperature Pure Water－
  5. 4-4 Predicting the Property Changes in Nuclear Reactor Materials
    －Understanding the Hardening Mechanism owing to Nano-Sized Defects: Molecular Dynamics Simulation－
  6. 4-5 Exploring the Valence of Uranium by Luminescence
    －Time-Resolved Laser-Induced Fluorescence Spectroscopy for Short-Lived Species－
  7. 4-6 Preparation of a Micro-Sized Solid-Phase Extraction Cartridge
    －Separation Cartridge Designed for Trace Analysis of Difficult-to-Measure Nuclides－
  8. 4-7 Understanding the Migration Behavior of Transuranic Elements from Forests to Rivers
    －Migration Behavior Research using Rare Earth Elements that Exhibit Chemical Similarity to Transuranic Elements－
  9. 4-8 Toward Detailed Prediction of the Radiation Damage to Structural Materials in Accelerators
    －Development of a Cryogenic Irradiation Device for Validation of the Radiation-Damage Model－
  10. 4-9 Visualization of Water-Steam Fractions under High-Pressure and High-Temperature Conditions in Reactor Cores
    －Development of Technology for the Measurement of Steam Volumetric Fractions in Fuel Assemblies with Wire-Mesh Sensors－
  11. 4-10 Prevention of Severe-Accident Progression by Delaying Core Overheating and Melting
    －Development of Fuel-Cladding Materials with High Resistance to Oxidation－
  12. 4-11 Investigation of a New Transmutation System Concept
    －Implementation of an Analysis Code for an Accelerator-Driven System with a Subcriticality Adjustment Mechanism－
  13. 4-12 Recovery of Valuable Rare Metals from High-Level Radioactive Waste
    －Separation of Rhodium with Ion-Exchange Resin－
  14. 4-13 Toward the Establishment of a Method for Treating MA Transmutation Fuels
    －Development of the Technology for Pyrochemical Treatment of MA Nitride Fuel－
  • 5 Quantum Beam Science Research
  1. 5 Quantum Beam Science Research
  2. 5-1 Realization of High-Accuracy Orbit Control of a High-Intensity Proton Beam
    －Development of a New Pulsed Power Supply for Eliminating Current Ripple－
  3. 5-2 A New Tuning Apparatus for High-Intensity Beams in a Linac
    －Beam-Phase-Distribution Measurement for Loss Reduction－
  4. 5-3 Successful Impact Mitigation with Microbubbles in Liquid Metal
    －Development of a Microbubble Generator in Mercury for Realizing the Most Intense Spallation Neutron Source in the World－
  5. 5-4 Opening up a New Frontier of Material Science using Single-Crystal Neutron Diffraction
    －Development of the Extreme Environment Single Crystal Diffractometer SENJU－
  6. 5-5 Probing Novel Characteristics of Unconventional Superconductors via Neutron Scattering under a Magnetic Field
    －Magnetic-Field-Enhanced Antiferromagnetism in Unconventional Superconductors－
  7. 5-6 Elucidation of the Selective Separation of Cesium by Small-Angle Neutron Scattering
    －Toward Selective Separation of Cesium using a π-d Hybrid Orbital－
  8. 5-7 Electric Power Generation by Temperature Variation
    －Observation of Ferroelectric Materials under Power Generation using Synchrotron X-ray Diffraction－
  9. 5-8 Unmasking the Ferromagnetism in Magnetically-Doped Topological Insulators
    －Toward Ultra-Low Power-Consumption Spintronic Devices－
  10. 5-9 Nondestructive Three-Dimensional Elemental Analysis using an Ion Microbeam
    －Development of Particle-Induced X-ray-Emission Tomography－
  11. 5-10 The Challenge of Realizing Unexplored Super-Strong Electromagnetic Fields with a Laser
    －J-KAREN-P Laser Development－
  12. 5-11 Dual Treatment and Diagnosis Role Played by Simultaneous Emission of β- and γ-rays
    －Production of Highly Purified Lutetium-177 for Radioimmunotherapy－
  13. 5-12 Elucidation of the Reaction Mechanism of an Anti-Cancer Drug at the Atomic Level
    －Precise Structural Analysis of a Drug’s Target Protein using Synchrotron X-ray Radiation－
  14. 5-13 Toward Advancement of Heavy-Particle Cancer Therapy
    －Successful Development a New Radial Dose-Simulation Model－
  15. 5-14 Which Liver-Sashimi was Treated by Radiation?
    －Development of a Method to Distinguish Disinfected Liver－
  16. 5-15 A Polymer-Electrolyte-Membrane Fuel Cell with the World’s Highest Power Density
    －Preparation of Polymer-Electrolyte Membranes by Radiation-Induced Graft Polymerization－
  17. 5-16 Toward the Realization of Quantum-Information Communication and Quantum Computing
    －Exploring Single-Photon Sources in Silicon Carbide－
  18. 5-17 Isotope Separation Utilizing Control of Molecular Rotation
    －An Isotope-Separation Method Effective for Heavy Isotopes－
  19. 5-18 A Quantitative Liquid-Analysis Method using Laser-Induced Plasma-Emission Light
    －A Highly Sensitive In situ Liquid-Analysis Technique under Severe Environments－
  20. 5-19 Real-Time Observation of Lattice Deformation in Nitride Semiconductors
    －Proposal for a New Lattice-Deformation Model that Defies Conventional Theory－
  • 6 HTGR Hydrogen and Heat Application Research
  • 7 Research and Development of Fast Reactors
  • 8 Research and Development Related to the Backend of the Nuclear Fuel Cycle and the Reprocessing of Spent Nuclear Fuel
  1. 8 Research and Development Related to the Backend of the Nuclear Fuel Cycle and the Reprocessing of Spent Nuclear Fuel
  2. 8-1 The Rapid and Precise Large-Scale Classification of Waste Drums
    －Feasibility Study on the Application of Machine Learning to Large Datasets for Rapid Classification－
  3. 8-2 Removal of Nitrate Salts from Bituminized Waste Products
    －Development of a Technology to Reduce the Impact of Nitrate Salts upon the Disposal Environment－
  4. 8-3 Toward Radioactive-Waste Conditioning Suitable for Near-Surface Disposal
    －Study on Standards Concerning a Solidification Method by using Mortar－
  5. 8-4 Influence of Distant Earthquakes upon Groundwater Flow
    －A Case Study in the Tono Area－
  6. 8-5 Estimation of Underground Density Structure
    －Development of a Technique to Estimate Underground Density Structure using Cosmic-Ray Muons－
  7. 8-6 Time History of Hydraulic Diffusivity Related to URL Excavation
    －A Poroelastic Analysis of Groundwater-Pressure Response to Atmospheric Loading－
  8. 8-7 Technology for Long-Term Monitoring of Damage around a Shaft
    －Monitoring the Excavation-Damaged Zone using Optical-Fiber Sensors－
  9. 8-8 Powerful Tools for Dating of Sediments
    －Development of High-Accuracy Analysis for Volcanic Glass Shards－
  10. 8-9 Assessment of the Effect of Geological Disposal upon Human Beings
    －Development of a Modeling Method for Biosphere Assessment Corresponding to Surface-Environmental Condition－
  11. 8-10 Various Parameter Settings upon Radionuclide Release
    －Review of the Release Behavior of Radionuclides for Spent-Fuel Disposal－
  12. 8-11 In Microwave Ovens, the Height of the Heating Specimen Changes the Ease of Warming
    －Heating Efficiency of the Nitric Acid by the Microwave－
  • 9 Nuclear Fusion Research and Development
  • 10 Computational Science and E-Systems Research
  • 11 Development of Science & Technology for Nuclear Nonproliferation