Correlation between Cumulative Leaching Ratio and pH of Leachate from Cementation and Plastic Solidified Radwaste Form.
スポンサーリンク
概要
著者
-
Takeda T
Division Of Sustainable Energy And Environmental Engineering Graduate School Of Engineering Osaka Un
-
MIYAMOTO Keiji
Dispatched from NKK Corp.
-
MURAOKA Susumu
Japan Atomic Energy Research Institute
-
MAEDA Shou
Marine Ecology of Research Institute
-
Muraoka S
Japan Atomic Energy Res. Inst. Ibaraki‐ken
-
Miyamoto Keiji
Business Develop. Center Of Nkk
-
Takeda Tuneo
Japan Atomic Energy Research Institute
-
Takeda Tuneo
Dept. of Environ. Safety Research of JAERI
-
Muraoka Susumu
Dept. of Environ. Safety Research of JAERI
関連論文
- Rapid Estimation of Core-Power Ratio in Coupled-Core System by Rod Drop Method
- Analysis of First-Harmonic Eigenvalue Separation Experiments on KUCA Coupled-Core
- Effect of Moderator Density Distribution of Annular Flow on Fuel Assembly Neutronic Characteristics in Boiling Water Reactor Cores
- Nonlinear Behavior under Regional Neutron Flux Oscillations in BWR Cores
- Spatial-harmonic Neutron Spectrum Effect on Frequency-domain Modal Analysis of Regional Stability in BWR
- Evaluation of Prediction Error Reduction for Breeding Ratio by Bias Factor Method with Use of Experimental Result on Basic Reaction Rate Ratio
- Effect of Radial Void Distribution within Fuel Assembly on Assembly Neutronic Characteristics
- Reaction Rate Calculation in Fast Reactor Blanket Using Multiband S_n Theory
- Effective Cross Section of ^U Samples for Analyzing Doppler Effect Measurements in Fast Critical Assembly
- Three Year Experimental Study on Leaching Behavior from Low Level Radioactive Plastic-Based Waste
- Parametric Study on Fast Reactors with Low Sodium Void Reactivity by the Use of Zirconium Hydride Layer in Internal Blanket
- Correlation between Cumulative Leaching Ratio and pH of Leachate from Cementation and Plastic Solidified Radwaste Form.
- Three Year Experimental Study of Leaching Phenomena from Low Level Radioactive Homogeneous Cement-Based Waste Forms.
- Accommodation of Cerium and Neodymium Oxides into Alumina.