桥氧 meaning in Chinese

bridge oxygen
epoxy

For ti doped surface , in most cases , the doping states
对于未掺杂表面,吸附氢后,表层桥氧原子将缺失。
Compared with bulk , several energy bands associated with 2py and 2pz states of bridging oxygen appear in the bulk gap
与体相相比,完整表面电子结构的最显著特征是来自桥氧2py和2pz轨道的数条能带出现在体相的带隙中。
In this thesis , ti02 series thin films which have different structure and different composition were prepared by magnetron sputtering and sol - gel method . the structures and properties of these films were researched , and the product technologies of super - hydrophilicity were also preliminary studied . the results are as follows : 1
表面桥氧比羟基氧对薄膜亲水性能的影响更大，而对光催化活性的影响则是羟基氧更大； ( 3 ) tio _ 2 - sno _ 2的复合膜、叠层膜及复合叠层膜的光催化活性及亲水性均优于纯tio _ 2薄膜。
By examining the vacancy formation energy of three kinds of defect sno _ 2 ( 110 ) surface , the most energetically favorable defect surface is that the surface possesses the coexistence of bridging and in - plane oxygen vacancies , which is different with the traditional defect model by only removing bridging oxygen
通过考察形成三种不同类型sno _ 2 ( 110 )缺陷表面的缺陷形成能,结果表明,形成同时具有桥氧和面氧缺陷的构型能量上最为有利,这与通常所认为的桥氧缺陷最为稳定不同。