济宁学院学报
濟寧學院學報
제저학원학보
JOURNAL OF JINING UNIVERSITY
2012年
3期
31-34
,共4页
氧原子%表面%吸附
氧原子%錶麵%吸附
양원자%표면%흡부
atomic oxygen%surfaces%adsorption
原子同金属表面的相互作用是多相催化、气体腐蚀以及晶体生长等领域研究中的一个重要课题．特别是氧原子在FCC型金属表面的吸附，引起了化学家和物理学家的极大兴趣．本文阐述了氧原子在两种典型FCC型金属表面的吸附的实验和理论研究进展，以期为化学工业中催化剂的选择提供帮助．
原子同金屬錶麵的相互作用是多相催化、氣體腐蝕以及晶體生長等領域研究中的一箇重要課題．特彆是氧原子在FCC型金屬錶麵的吸附，引起瞭化學傢和物理學傢的極大興趣．本文闡述瞭氧原子在兩種典型FCC型金屬錶麵的吸附的實驗和理論研究進展，以期為化學工業中催化劑的選擇提供幫助．
원자동금속표면적상호작용시다상최화、기체부식이급정체생장등영역연구중적일개중요과제．특별시양원자재FCC형금속표면적흡부，인기료화학가화물이학가적겁대흥취．본문천술료양원자재량충전형FCC형금속표면적흡부적실험화이론연구진전，이기위화학공업중최화제적선택제공방조．
The interaction between atoms and metallic surfaces is an important research topic in the field of het- erogeneous catalysis, gas erosion and crystal growth. Especially, The adsorption of the oxygen atoms on face - centered cubic （FCC） metallic surfaces has been paid more attention to by physical scientists and chemists. The paper summarized the experimental and theoretical researches of the oxygen atoms adsorption on the sur- faces of two typical FCC metals. It would be expected that the results will be useful for the selectivity of cata- lysts in chemical industry.
