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THE RESEARCH INSTITUTE FOR CATALYSIS HOKKAIDO UNIVERSITY | 論文
- HYDROGENATION OF ETHYLENE ON METALLIC CATALYSTS：Part 1-Reproducible Conditions of the Reaction on Evaporated Nickel Film
- CATALYZED EXCHANGE REACTION BETWEEN AMMONIA AND DEUTERIUM IN THE PRESENCE OF EVAPORATED NICKEL FILM
- ISOTOPIC SEPARATION FACTOR OF SLOW DISCHARGE MECHANISM OF HYDROGEN ELECTRODE REACTION. Ⅱ
- CORRELATION BETWEEN POLAROGRAPHIC HALF-WAVE POTENTIALS AND ELECTRONIC ABSORPTION SPECTRA OF CONJUGATED AROMATIC HYDROCARBONS
- NUMERICAL REPRESENTATION OF ELECTRON DONOR AND ACCEPTOR ABILITIES OF MONOATOMIC CATIONS AND SOLVENTS IN THE SOLVATION PROCESS
- KINETIC STUDIES OF ELECTRON TRANSFER STEP OF HYDROGEN EVOLUTION REACTION ON PLATINUM IN AQUEOUS CESIUM HYDROXIDE
- EXCHANGE RATE OF ELECTRON TRANSFER STEP OF HYDROGEN ELECTRODE REACTION AT ISOELECTRIC CONDITIONS (δψ/δμH+)ΓH=1 IN FRUMKIN'S ELECTRODE POTENTIAL THEORY
- GALVANOSTATIC TRANSIENT STUDIES OF PLATINUM HYDROGEN ELECTRODE：Application of Periodic Square Current Pulses
- STANDARD MOLAL REAL FREE ENERGIES OF SOLVATION OF INDIVIDUAL IONS AND ELECTROMOTIVE FORCES OF SINGLE ELECTRODES IN NON-AQUEOUS SOLUTIONS：An Additional Remark
- POLARIZATION OF RARE GAS ATOMS IN THE VICINITY OF SURFACES OF ALKALI HALIDE CRYSTALS
- ANOMALOUS SALT EFFECT ON THE RATE OF HYDROLYSIS OF CHLOROFORM.：An Additional Remark
- KINETICS OF CHEMICAL REACTIONS IN POLAR LIQUIDS：Ⅱ: Comparison with Experiment
- KINETICS OF CHEMICAL REACTIONS IN POLAR LIQUIDS：Ⅰ: Theory
- ELECTRICAL RESISTANCE OF THIN METALLIC FILMS：DIRECT SCATTERING OF CONDUCTION ELECTRONS BY ADSORBED ATOMS
- SELECTIVE OXIDATION OF HYDROGEN IN CARBON MONOXIDE OVER PALLADIUM BLACK：Part 2: Effect of Alkali
- A NOTE ON THE PAPER OF A. MITUYA AND T. OBAYASHI “ON THE DETERIORATION OF PLATINUM ANODES IN ACID SOLUTIONS”.
- ON THE LAW OF EYRING ET AL. ON HYDROGEN ELECTRODE REACTIONS
- SEPARATION FACTOR OF DEUTERIUM ON PLATINUM HYDROGEN ELECTRODE IN AQUEOUS SULFURIC ACID
- MECHANISM OF CATALYZED DECOMPOSITION OF AMMONIA IN THE PRESENCE OF DOUBLY PROMOTED SYNTHETIC CATALYST.：Ⅲ: Hysteresis of the Decomposition Rate
- CHARGING OF RADIOACTIVE PREPARATIONS