UC知道帮我翻译下面的这段英文
来源：百度知道 编辑：UC知道 时间：2024/05/09 16:09:42
1 INTRODUCTION
Titanium dioxide is a t ransition2metal oxide that has proved its usefulness in a wide range of catalytic and elect rochemical applications. The rutile (110) surface was chosen because it is the most stable single2crystal surface for TiO2, and the(110) surface has been used as an ideal , thermodynamically stable prototype surfacein the study of semiconductor-gas interaction. A lot of works which refer the theoretical or experimental studies of perfect surface and defect TiO2 surface have been reported. It shows that the defect surface of TiO2 is important to chemisorption and decomposition of the oxides such as H2O , CH2O , CO and NO.
Several experimental works about NO decomposed on TiO2 surface were found up to date. LU et al . made the temperature2programmed desorption ( TPD) to this reaction , and found that the NO was reduced to N2O. According to this experiment , it was shown that the yields of these products depend on the coverage of the surface defects
Titanium dioxide is a t ransition2metal oxide that has proved its usefulness in a wide range of catalytic and elect rochemical applications. The rutile (110) surface was chosen because it is the most stable single2crystal surface for TiO2, and the(110) surface has been used as an ideal , thermodynamically stable prototype surfacein the study of semiconductor-gas interaction. A lot of works which refer the theoretical or experimental studies of perfect surface and defect TiO2 surface have been reported. It shows that the defect surface of TiO2 is important to chemisorption and decomposition of the oxides such as H2O , CH2O , CO and NO.
Several experimental works about NO decomposed on TiO2 surface were found up to date. LU et al . made the temperature2programmed desorption ( TPD) to this reaction , and found that the NO was reduced to N2O. According to this experiment , it was shown that the yields of these products depend on the coverage of the surface defects
钛二氧化物是那已经证明它的实用性在的一种t ransition2metal氧化物大量促进并且选rochemical为应用程序。
金红石(110)因为为TiO2它是最稳定的single2crystal表面，所以表面被选择,并且(110)表面已经用作理想,热力地稳定的样品surfacein半导体气体相互作用的书房。
提交完美的表面和缺点TiO2表面的理论或根据试验的书房的许多工作已经被报导。
对氧化物的化学吸附和分解例如H2OTiO2的缺点表面重要这出现,CH2O,公司并且不。
在表面被发现最近的TiO2上若干份根据试验的工作大约不腐烂了。
LU等人。
做了temperature2programmed解吸附作用(TPD)到这反应，并且发现了不还原成N2O。根据这个试验，被显示出这些产品的让步表面上依靠覆盖在充分被氧化了的表面上缺点，并且没有如此的反应被观察。
这样缺乏显得唯一在光致还原的表面可以起一个本质的作用的Ti3 +站点不在TiO2光催化剂上。
因为真实的表面是复杂的，在TiO2表面上特别地计算出活跃聚集的站点是困难的。
如果我们能得到结合在之间的详细的天性不并且在TiO2表面上的差别站点,研究反应的将是重要的不在TiO2上的化学吸附和分解表面，并且它将对有用在小分子和氧化物表面之间也研究相互作用。
为此,可能的模型的在TiO2表面上不聚集了在这篇论文中被建议并且计算。