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Energy Research Laboratory, Hitachi, Ltd. | 論文
- Development of MOS Transistors for Radiation-Hardened Large Scale Integrated Circuits and Analysis of Radiation-Induced Degradation.
- Simple method for evaluating mesh size effects in control rod worth analysis.
- Fluorometry of UO22+ ion in nitric acid solutions.
- Logic Verification System for Power Plant Sequence Diagrams.
- Radiolytic environments in boiling water reactor cores.
- Structural material anomaly detection system using water chemistry data. II Prediction model of dose rate around recirculation pipes in iron crud suppressed BWR.:Prediction Model of Dose Rate around Recirculation Pipes in Iron Crud Suppressed BWR
- Radiolysis of N2-H2O systems.
- Preliminary study on application of X-ray CT scanner to measurement of void fractions in steady state two-phase flows.
- Application of BWR simulator to neutronics calculation tool in fast reactors.
- Modeling of jet pump by RELAP4 code in loss-of-coolant accident analysis.
- Matrix method for vibration analysis of jet pumps.
- New approach to neutron-induced transmutation, radioactivity and afterheat calculations and its application to fusion reactors.
- High sensitivity on-line monitor for radioactive effluent.
- Estimation of metabolic parameters for inhaled radioactive aerosols.
- Development of reactor noise monitor.
- Dissolution and solidification of aluminum capsule in production of Mo-99 by sublimation from neutron-irradiated UO2.
- Water quality control at primary cooling system of crud concentration suppressed boiling water reactor. II Evaluation of cobalt-58 behavior in iron crud suppressed BWR.:Evaluation of Cobalt-58 Behavior in Iron Crud Suppressed BWR
- Spatial mesh effect in three-dimensional diffusion calculations for fast reactors.
- BWR plants with low shutdown radiation level. Design and construction of plants and current experience with occupational exposure of plants.:Design and Construction of Plants and Current Experience with Occupational Exposure of Plants
- Calculation model for predicting power distribution in fast reactors.