April 16, 2025
Integrating Quadrupole and Octupole Magnetic Fields－Enhancing Beam Strength and Stability－
April 11, 2025
JAEA Has Confirmed the Safety of a Pool-Type SFR Under an In-Vessel Pipe Break
March 31, 2025
Completion of CT Principle-Based In-Core Power Distribution Measurement Technology－Demonstration of Principle Through Critical Experiments－
Development of an Evaluation Method for Radioactive Waste with Unknown Contamination Characteristics－Evaluation Method for Concrete Waste Generated from the Japan Power Demonstration Reactor－
Towards an Understanding Atomization Mechanisms of Wall-Impinging Jet using Detailed Numerical Simulation and Theories
Hierarchization of Nanocrystal Aggregates via Depletion Attraction－The Way to Advanced Ceramics Processing Technology－
Toward In-Situ Evaluation of Radiocesium Distribution in Irrigation Pond－Effects of Changes in Depth Distribution of Radiocesium in Bottom Sediment Over Time－
Enhancing the Safety of Reprocessing Plants－Identification of the Chemical Form of Gaseous Ru Compound Released During Evaporation-to-Dryness Accidents－
Modeling Hydrogen Generation and Release from Geopolymer Under γ-Ray Irradiation－Confirmation of the Effectiveness of Geopolymer Immobilization of Radioactive Waste－
Development and Validation of an Analysis Model of a Helium-Heated Steam Reformer－Numerical Modeling of a Chemical Reactor Utilizing Heat from a Nuclear Reactor－
Measuring Radiation from the Sky－A Decade of Ambient Dose Equivalent Rates Observations Around TEPCO’s Fukushima Daiichi Nuclear Power Station－
Approaches to Improve the Feasibility of Thyroid Measurement in the Case of a Nuclear Accident－Consideration of Methods for Reviewing of Thyroid Measurement Screening Level－
For Reliable Shielding Design of Fast Reactors－Evaluation of Calculation Accuracy for Neutron Fluence in Core Support Plate with “Monju” Data－
Imaging Distribution of Trace Elements on Solid Surfaces－A Highly Sensitive Imaging Method Using Laser Ablation and Isotopic Analysis－
March 10, 2025
Estimate the Increase of the Number of Neutrons Without Measuring Neutrons－A Criticality Monitoring Method Based on the Activity Ratio of Short Half-Life Noble-Gas Fission Products－
Countermeasure to Prevent an Increase in Filter Differential Pressure in HTTR Helium Gas Circulators－Identifying Dust Contributing to Increase in Filter Differential Pressure－
Key Technology for Efficient-Hydrogen-Production Chemical Rector－Proposal of an Easy Sealing Method for Brittle Ceramics Membrane Tubes－
Development of Environmentally Friendly Thermoelectric Materials Using Clay Minerals－A Challenge for Novel Thermoelectric Conversion Technology at High Temperatures－
February 14, 2025
Are Laser Light Beams Optical Rays or Waves?－Stochastic Ray Tracing, a New Representation of Light－
Nuclear-Material Classification and Unknown-Material Detection via Electron Microscope Image Analysis for Nuclear Forensics－A Novel Nuclear-Material Identification Technique Using Deep Metric Learning Models－
Separation of Materials via Thermal Forces－Theoretical Prediction of Flow Induced by Temperature Gradients Near the Solid-Liquid Interface－
How Do Graphene and Gold Join “Electronic Hands”?－Revealing the Conditions for Chemical Bond Formation Between Graphene and Gold－
February 7, 2025
Revisiting Phase Transformation in Steels by In-Situ Neutron Diffraction－Change in Lattice Parameters During Martensitic Transformation－
Toward a Simple Analysis of the Difficult-To-Measure Nuclide Calcium-41 Contained in Concrete Waste－Selective Ionization of Odd Calcium Isotopes Using Electronic-Level Specificity－
Predicting the Optimal Fabrication Process for Mixed Oxide Fuel Using Machine Learning
Improving the Prediction Accuracy of Neutronic Properties in High-Temperature Gas-Cooled Reactors－Evaluation of Inelastic-Scattering Cross-Section Data for Crystalline Graphite－
January 30, 2025
Steelmaking Using Hydrogen Produced Using High-Temperature Gas-Cooled Reactors－Contribution to Carbon Neutrality Through CO2 Emission Reductions from Steelmaking－
Improving the Performance of Hydrogen Safety Management by Synchrotron X-Ray Study－Development of Hydrogen Recombination Catalysts to Mitigate Carbon Monoxide Poisoning－
Development of GPU-Driven Fast Assimilation of Fluid Analysis and Observation Data
Evaluation of Stainless Steel Corrosion in Spent Nuclear Fuel Reprocessing Processes－Development of Evaluation Method for Corrosion of High-Radioactive Level Liquid Waste Concentrator Based on Corrosion Mechanism－
January 7, 2025
Aiming to Reduce Exposure Dose During Decontamination and House Demolition－Data Analysis of Exposure Dose During Demolition Work in a Hard-To-Return Zone－
Towards Developing Minor Actinides Transmutation Systems－Improving the Accuracy of the Experimental Nuclear Data for 241Am at J-PARC
Assessment of Groundwater Flow Through Fractures Using the Isotopic Composition of Groundwater
Reproducing the Complex Atomic Structure of Glass through High-Speed and Accurate Atomic Simulation
November 29, 2024
Observation of Nuclear Shape Using Electron Spectroscopy
Measurement of Nano-Ice Crystals in Rapidly Frozen Aqueous Solutions by Neutron and Proton Spins－For the Development of Cryopreservation Technology of Foods, Medical Products, and Cells－
What is the Behavior of Metal Ions in Soil?－Investigation by Molecular-Scale Simulations and Experiments－
Development of In Situ Visualization and Control Techniques for Large-Scale Nuclear Simulations
November 20, 2024
Development of Test Methods for Evaluating the Mobility of UAS in GNSS-Denied Environment
Development of a Rapid Methodology to Estimate Terrestrial Soft Error Rate－For the Realization of a Safe and Secure Super-Smart Society－
Analysis of Hydrogen Behavior as an Embrittlement Factor in Steel Materials－Numerical Simulation of Thermal Desorption Spectra to Estimate Hydrogen Trapping State－
Reduction of Photogrammetric Computation Load in Decommissioning Workspace Modeling－Sequential Integration of Local Three-Dimensional Models Reconstructed from Image Sequences－
October 25, 2024
Heat Transfer During Rapid Cooling of Reactor Pressure Vessels－Evaluation of Downward Convective Heat Transfer under Buoyancy Effect－
Development of a Liquid-He-Free Extreme Sample Environment for Neutron Scattering－Safe, Simple, Stable, and Cost-Effective Low-Temperature High-Magnetic-Field Environment－
Detecting the Pathways of Upwelling Mantle-Derived Fluids Using Seismic Anisotropy
Tracking the Movement of Free-Surface Flows－Improvement of Stability and Accuracy in Particle Methods－
October 10, 2024
Development of a Novel and Simple Hydraulic Testing Method
Delayed Overheating of the Reactor Core to Prevent Progression to a Severe Accident－High-Temperature Oxidation Resistance of New Fuel Cladding Materials－
September 26, 2024
Three-Dimensional Visualization of Radioactive Contamination inside the Reactor Building of Fukushima Daiichi Nuclear Power Station
Why are Uranium Superconductors Robust to Magnetic Fields?－Elucidating a New Mechanism of Superconductivity－
Optical-Fiber Based Measurement of the Radiation Distribution Inside the High Dose Rate Environment of Fukushima Daiichi Nuclear Power Station
Drastic Miniaturization of Inductors－Theoretical Proposal with the Heterostructure of Insulator Thin Films－
Analytical Method for Visualizing the Distribution of Trace Uranium in the Environment Using Superconducting Technology
Origin of Unique Mechanical Properties of Refractory High-Entropy Alloys
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