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Department of Nuclear Engineering, Faculty of Engineering, TOhoku University | 論文
- Superconducting Y-Ba-Cu-O Thin Films by Sputtering : I. Oxides
- Potential Structure Measurements of ECH Plasma in a Helical Axis Stellarator
- A New Capacitive/Resistive Probe Method for Studying Magnetic Surfaces
- Investigation of Magnetic Field Properties in the Helical Axis Stellarator : Asperator NP-4 : Nuclear Science, Plasmas and Electric Discharges
- Beta Limit for a System with a Closed Helical Magnetic Axis
- Alternating-Current Ohmic Heating in a Helical Stellarator
- Nitriding of Evaporated-Ti Thin Films by Ion Implantation
- Preliminary Experimets on the Plasma Equilibrium with a Three-Dimensional Magnetic Axis (Asperator-K)
- Kinetics of Nitrous Acid-Catalyzed Oxidation of Neptunium in Nitric Acid-TBP Extraction System
- Equilibrium and Stability of a System with a Non-Planar Magnetic Axis
- Current Equilibrium in a Toroidal Device with a Non-Planar Magnetic Axis (Asperator NP-3)
- Analysis of Post Irradiation Experiments in PWR Using New Nuclear Data Libraries.
- Studies of the hydrous tin(IV) oxide ion exchanger. V. The sodium isotopic exchange rate between the exchanger in the Na+ form and aqueous solutions.
- Ion-exchange properties and thermal stability of hydrous titanium(VI)-zirconium(IV) oxide ion exchanger.
- Studies of the hydrous niobium(V) oxide ion exchanger. II. Affinity for various cations.
- Studies of the hydrous niobium(V) oxide ion exchanger. IV. The rate of the isotopic exchange of sodium ions between the exchanger in the Na+ form and aqueous solutions.
- Studies of the hydrous silicon-titanium(IV) oxide ion exchanger. II. Affinity for various cations and thermal stability.
- Studies of the Hydrous Zirconium(IV) Oxide Ion Exchanger. II. The Rate of Isotopic Exchange of Sodium Ions between the Exchanger in the Na+ Form and Aqueous Solutions.
- Studies of the hydrous tin(IV) oxide ion exchanger. IV. The effect of heat treatment.
- Studies of a hydrous tin(IV) oxide ion exchanger. VI. Rate of the isotopic exchange of cobalt ions between the exchanger in the cobalt form and aqueous solutions.