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THE RESEARCH INSTITUTE FOR CATALYSIS HOKKAIDO UNIVERSITY | 論文
- ON THE RELATION BETWEEN FORWARD AND REVERSE UNI-DIRECTIONAL RATES OF THE HYDROGEN ELECTRODE REACTION IN ISOTOPICALLY MIXED SYSTEM
- ON THE MECHANISM OF HYDROGEN ELECTRODE REACTION ON PLATINUM
- EXCHANGE REACTION BETWEEN DEUTERIUM AND WATER ON NICKEL IN ALKALINE SOLUTIONS：COOPERATION OF RIDEAL-ELEY MECHANISM AND MECHANISM OF HYDROGEN ELECTRODE REACTION
- THE ADSORPTION OF SOME POLYHYDROXY AND CYCLIC COMPOUNDS AT MERCURY ELECTRODES
- CORRELATIONS BETWEEN THE COHESIVE ENERGY DENSITY AND THE ACTIVATION ENERGY OF CONDUCTIVITY IN ORGANIC SOLIDS AND LIQUIDS
- AN S-WAVE MULTIPLE-SCATTERING APPROACH TO LOW-ENERGY ELECTRON DIFFRACTION BY CRYSTAL SURFACES
- VERIFICATION OF ALKYL REVERSAL MECHANISM OF BUTENE ISOMERIZATION ON COBALT OXIDE
- THE MECHANISM OF CATALYZED DECOMPOSITION OF AMMONIA IN THE PRESENCE OF DOUBLY PROMOTED SYNTHETIC CATALYST：Ⅰ: OBSERVATION OF THE DECOMPOSITION RATE
- MECHANISM OF CATALYZED DECOMPOSITION OF AMMONIA IN THE PRESENCE OF DOUBLY PROMOTED SYNTHETIC CATALYST：Ⅱ: Analysis of Experimental Results for the Rate-Determining Step
- CATHODIC SATURATION CURRENT OF THE HYDROGEN EVOLUTION REACTION ON COPPER AND ITS ABSENCE ON MERCURY：PART Ⅱ. MERCURY
- THEORY OF THE GALVANOSTATIC TRANSIENT METHOD ON POROUS ELECTRODE：Part. 1. Theory of the overvoltage-time curve and determination of the differential capacity of the electric double layer and the time constant of an electron-transfer step.
- THEORY OF THE GALVANOSTATIC TRANSIENT METHOD ON POROUS ELECTRODE：Part 3. Distribution of current and potential on porous electrode
- N.M.R. CHEMICAL SHIFTS AND REACTIVITY OF SOLID SURFACES
- HYDROGENATION OF ETHYLENE ON METALLIC CATALYSTS：Part 8-Effect of Reactivation of Nickel Catalyst by Hydrogen-Treatment on the Deuteration of Light Ethylene
- ACTIVATION OF CARBON MONOXIDE ON SODIUM CLUSTERS CNDO CALCULATIONS
- SURFACE HETEROGENEITY FROM LOW TEMPERATURE ISOTHERMS
- ABOUT THE SINTERING OF UNSUPPORTED POLYCRYSTALLINE COBALT CATALYST
- TRACER STUDY ON THE DISSOLVED HYDROGEN IN Fe, Cu, AND Fe-Cu PLATES
- THEORETICAL STUDIES ON THE INTERACTION OF CO AND HYDROGEN ON Ni(100) SURFACE
- THE MECHANISM OF CATALYZED DECOMPOSITION OF AMMONIA IN THE PRESENCE OF COMMERCIAL DOUBLY PROMOTED IRON CATALYST