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Department of Applied Physics, Osaka University | 論文
- 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.
- Studies of the hydrous titanium oxide ion exchanger. V. The stability of the hydrogen form in air.
- Studies of the hydrous niobium(V) oxide ion exchanger. III. The effect of heat treatment.
- The phases formed by the dehydration of disodium zirconium(IV) bis(orthophosphate) trihydrate and their ion-exchange behavior.
- 6pPSB-49 Ortho-para H2 conversion on a metal surface : Molecular orientation dependence
- The synthesis of crystalline zirconium phosphate with large particle size by the direct-precipitation method.
- Electric and Magnetic Properties of Co-filled Carbon Nanotube(Condensed Matter : Electronic Structure, Electrical, Magnetic and Optical Properties)
- 21aSA-14 Beta-decay of neutron-rich Z〜60 nuclei and the origin of the A〜160 r-process abundance peak
- Linear sweep voltammetry of nickel in molten LiF-NaF-KF eutectic.
- Effect of heat treatment of hydrous metal oxides on their cation-exchange selectivity.
- Studies of the hydrous niobium(V) oxide ion exchanger. V. Effect of heat treatment on the sodium isotopic exchange rates between hydrous niobium(V) oxide in Na+ form and aqueous solutions.
- Studies on the hydrous niobium(V) oxide ion exchanger. I. A method for synthesis and some properties.
- Sodium isotopic exchange rate between disodium zirconium(IV) bis(orthophosphate) trihydrate and aqueous solutions.
- Deposition of protactinium in molten LiF-NaF-KF eutectic on solid alkaline earth oxides.
- Kinetics of Reduction of Np(V) by Hydroxylammonium Chloride in Perchloric Acid Solution
- Studies of the hydrous silicon(IV)-titanium(IV) oxide ion exchanger. I. A method of synthesis and some properties.
- Studies of the hydrous titanium oxide ion exchanger. II. The equivalence of the exchange adsorption of cations and the dissociation constant.
- Studies of the hydrous titanium oxide ion exchanger. III. Distribution coefficients and some applications.
- Hydrous Titanium Oxide Ion Exchanger, (I):Method of Synthesis and Some Properties
- Studies of the hydrous titanium oxide ion exchanger. IV. The effect of radiation and heat treatment.