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THE RESEARCH INSTITUTE FOR CATALYSIS HOKKAIDO UNIVERSITY | 論文
- THE EFFECT OF CADMIUM ON THE ACTIVITY OF PLATINUM BLACK IN HYDROCARBON ELECTROOXIDATION
- TRITIUM SEPARATION FACTOR OF SLOW DISCHARGE MECHANISM OF HYDROGEN ELECTRODE REACTION
- ELECTRODE REACTION OF HYDROGEN PEROXIDE IN ACIDIC SOLUTION ON MERCURY
- ELECTRODE REACTION OF HYDROGEN PEROXIDE IN ALKALINE SOLUTION ON MERCURY
- KINETIC ANALYSIS OF THE MIXED POTENTIAL, THE REACTION RESISTANCE AND THE CORROSION CURRENT
- QUANTITATIVE EXPLANATION OF FRAGMENTATION OF THE SKELETAL BONDS IN MASS SPECTRA OF AMINO ACID ESTERS
- FIELD-EMISSION MICROSCOPIC OBSERVATION OF CATALYZED AMMONIA SYNTHESIS ON TUNGSTEN
- MULTILAYER LATTICE GAS MODEL FOR THE ZERO ORDER DESORPTION KINETICS
- DETERMINATION OF INTERMEDIATES OF HYDROGEN EVOLUTION REACTION ON NICKEL IN AQUEOUS BARIUM AND CALCIUM HYDROXIDES BY ATOMIC ABSORPTION SPECTROSCOPY
- COMPENSATION EFFECT OF ADSORBED INTERMEDIATE ON THE RATE OF ELECTRON TRANSFER STEP OF HYDROGEN EVOLUTION REACTION
- HYDROGEN EXCHANGE BETWEEN HYDROGEN, ETHYLENE OR ETHANE DURING THE PROGRESS OF THE CATALYZED HYDROGENATION OF ETHYLENE IN THE PRESENCE OF NICKEL
- COMPLEX ROLE OF d-ELECTRONS IN CATALYSIS BY TRANSITION METALS
- CATALYSIS AND THE INTERSTITIAL-ELECTRON MODEL FOR METALS：Ⅴ. Hydrogenation Catalysis
- ADSORPTION OF CO ON A STEPPED Fe(111) SURFACE
- RECONSTRUCTION OF A STEPPED Fe (111) SURFACE DUE TO OXYGEN ADSORPTION
- MECHANISM OF HYDROGEN ELECTRODE OF MERCURY.：“ELECTROCHEMICAL MECHANISM”
- NOTE ON THE FIELD-EMISSION MICROSCOPIC OBSERVATION OF DECOMPOSITION OF ETHYLENE ON TUNGSTEN
- DETERMINATION OF STOICHIOMETRIC NUMBER OF AMMONIA SYNTHESIS REACTION AT 29.5 ATM.
- HYDROGENATION OF ETHYLENE ON METALLIC CATALYSTS：Part 11-Activity of Reduced Tungsten Surface
- RATES OF THE ELEMENTARY STEPS OF THE HYDROGEN ELECTRODE REACTION ON Pd-Au ALLOYS IN SULFURIC ACID