MECHANISM OF THE DISSOLUTION PROCESS OF COPPER IN ACIDIC COPPER SULPHATE SOLUTION AT EQUILIBRIUM POTENTIAL
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概要
THE RESEARCH INSTITUTE FOR CATALYSIS HOKKAIDO UNIVERSITY | 論文
- PROMOTER ACTION OF POTASSIUM OXIDE IN AMMONIA SYNTHETIC IRON CATALYST
- NUMBER OF ACTIVE SITES AND TURNOVER NUMBER FOR HETEROGENEOUS CATALYSIS
- ELECTRON TRANSFER DURING DECOMPOSITION OF METHANOL ON ZINC OXIDE
- THE STOICHIOMETRIC NUMBER OF THE RATE-DETERMINING STEP OF AMMONIA DECOMPOSITION OVER NICKEL CATALYST
- A MASS SPECTROMETRIC DEMONSTRATION OF HYDROGEN-DEUTERIUM EXCHANGE AND HYDROGEN REDISTRIBUTION DURING CATALYTIC DEUTERATION OF SOME METHYL OCTADECENOATES