I. INTRODUCTION The chemisorption characteristics and reactivity near the ledge on the stepped surface as a defect on solid surface are worth noticing. In many cases, defects on metal surface not only control the adso...I. INTRODUCTION The chemisorption characteristics and reactivity near the ledge on the stepped surface as a defect on solid surface are worth noticing. In many cases, defects on metal surface not only control the adsoprtion rate of the gas molecule, but also have an impotant influence on the formation of a veriety of catalysates. For example, studying the catalytic oxidation展开更多
基金Project supported by the National Natural Science Foundation of China
文摘I. INTRODUCTION The chemisorption characteristics and reactivity near the ledge on the stepped surface as a defect on solid surface are worth noticing. In many cases, defects on metal surface not only control the adsoprtion rate of the gas molecule, but also have an impotant influence on the formation of a veriety of catalysates. For example, studying the catalytic oxidation
