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THE RESEARCH INSTITUTE FOR CATALYSIS HOKKAIDO UNIVERSITY | 論文
- A RELATION BETWEEN FORWARD AND BACKWARD ISOTOPE SEPARATION FACTORS OF THE HYDROGEN ELECTRODE REACTION：THE DISCHARGE-COMBINATION ROUTE UNDER COUPLED CONTROL
- ACTIVE SITES IN CATALYSIS：An Approach Based on Coordination Chemistry
- ACIDITY OF OXIDE CATALYSTS IN THE PRESENCE OF REACTANTS
- CATHODIC SATURATION CURRENT OF THE HYDROGEN EVOLUTION REACTION ON NICKEL IN ALKALINE SOLUTIONS
- DETERMINATION OF STOICHIOMETRIC NUMBER OF AMMONIA SYNTHESIS REACTION
- RESEARCH ON THE ADSORPTION OF HYDROGEN ON NICKEL, COBALT AND PLATINUM AT LOW PRESSURES.
- STOICHIOMETRIC NUMBER OF THE RATE-DETERMINING STEP OF AMMONIA SYNTHESIS ON IRON CATALYSTS：Comment on The Papers of C. BOKHOVEN, M. J. GORGELS and P. MARS
- THEORY OF THE GALVANOSTATIC TRANSIENT METHOD ON POROUS ELECTRODE：Part 2. Current and potential distribution in a pore
- CATALYSIS AND THE INTERSTITIAL-ELECTRON MODEL FOR METALS：Ⅰ. The Hydrogen-Electrode Reaction and the Kita Classification of Group ⅠB and ⅡB Metals
- CATALYSIS AND THE INTERSTITIAL ELECTRON MODEL：Ⅵ. Surface Complexes in Catalysis by Metals
- PREPARATION OF IRIDIZED ELECTRODE BY REDUCTION METHOD
- FORMATION AND ACTIVITY OF CERTAIN CHROMITE CATALYSTS
- ACIDITY AND ACID STRENGTH OF TITANIUM TRICHLORIDE AND OF TITANIUM TRICHLORIDE-TRIETHYL ALUMINUM
- ON THE MECHANISM OF DECOMPOSITION OF CHLOROFORM IN AQUEOUS SOLUTION AND THE SIMULTANEOUS CHLORINE EXCHANGE BETWEEN THEM.
- HYDROGENATION OF ACETYLENE OVER NICKEL
- SIGNIFICANCE OF THE SURFACE POTENTIAL IN CHARGE TRANSFER ELECTRODE KINETICS
- CATHODIC SATURATION CURRENT OF THE HYDROGEN ELECTRODE REACTION ON COPPER AND ITS ABSENCE ON MERCURY：PART Ⅰ. COPPER
- ON THE SORPTION OF NITROGEN ON COMMERCIAL AMMONIA SYNTHESIS CATALYST
- THEORETICAL INVESTIGATION OF THE HYDROGEN ELECTRODE REACTION ON (110)-, (100)- AND (111)-LATTICE PLANES OF NICKEL
- VACUUM BALANCE FOR THE MEASUREMENT OF ADSORPTION OF WATER VAPOUR ON REDUCED NICKEL