Completion of CT Principle-Based In-Core Power Distribution Measurement Technology−Demonstration of Principle Through Critical Experiments−

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 Radio Cesium in Bottom Sediment Over Time−

Enhancing 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−

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−