化学吸附

H在DBA表面上的化学吸附能计算

Calculation of Chemisorption Energy of H on DBA Surface

CO和O2在钙钛矿型LaCoO3表面化学吸附的EHMO研究

The EHMO calculation of CO and o_2 chemisorption on the surface of perovskite lacoo_3

Rh-V/SiO2上H2的化学吸附方式

The Forms of Chemisorption of H_2 over Rh V / SiO_2

铁催化剂上化学吸附N2的络合活化与加氢成氨

Coordination Activation and Hydrogenation of Chemisorbed N_2 on Iron Catalysts for Ammonia Synthesis

杂质对ZnO/Ni反担载催化剂表面H化学吸附的影响

Impurity Effects on H Chemisorption with ZnO / Ni System

CO在铑上化学吸附的量子化学

Quantum Chemical Study of CO Chemisorption on Metal-Oxide Promoted Rh Catalysts

H在含杂过渡金属表面化学吸附的DV&Xα方法研究

Dv & xa method used to study Hydrogen Chemisorption on contaminated transition metal surface

H在ZnO/Ni复合体系上的化学吸附

Hydrogen Chemisorption on ZnO / Ni Composite Substrates

主要以O－Si－H键状态存在于粒子表面，是由粉体暴露空气后粒子表面产生化学吸附氧形成的。

Which came from the chemisorption of the powder to oxygen in air .

计算中用了格林函数方法和平均T-矩阵近似，结果表明：（I）在Cu衬底上淀积Ni薄层，化学吸附加强；

The Green function method and the average T-matrix approximation are used .

化学吸附敏感膜是声表面波（SAW）气体传感器的关键组成部分。

Chemical sensing film is the key component of surface acoustic wave ( SAW ) gas sensor .

CO在Pt／Si和Pd／Si上的化学吸附

Co Chemisorption On Pd / Si and Pt / Si

非金属原子在Si（111）表面单重顶位上的化学吸附研究

Nonmetal Atom Chemisorptions on One-Fold Top of a Si ( 111 ) Surface

金属表面上CO2化学吸附研究最新进展

Recent progress in the chemisorption of carbon dioxide on clean and alkali-metal promoted metal surfaces

甲烷在Ni表面及La薄膜上激活解离化学吸附

Activated chemisorption of ch_4 on Ni surface and LA Film

Mn在Si（100）表面化学吸附电子结构的研究

Adsorption of Mn on Si ( 100 ) Surface

结论自蚀预处理剂与HA间存在脱钙和化学吸附作用。

Conclusion HA could be demineralized and chemically bonded by the self-etching primers .

H2，CO和NH3在Ir/Al2O3上化学吸附的红外研究

IR spectroscopic studies of h_2 , CO and nh_3 adsorbed on ir / al_2o_3

CI在Si和Ge（111）面上的化学吸附

Chlorine chemisorption on the silicon and germanium surface

残炭表面的含氧官能团CO有利于Hg的氧化和化学吸附。

CO in unburnt carbon surface was beneficial to oxidation and chemic adsorption of Hg .

本文报导了一个新发现的H2置换Ni（100）面上化学吸附CO的表面反应。

We report the firts observation of hydrogen induced displacement of chemisorbed CO from the Ni ( 100 ) surface .

苯与Pt的化学吸附位能曲线呈单调下降，吸附作用是一个自发过程。

The energy of chemical adsorption monotonously decreased and the adsorption was a spontaneous process .

而氧原子在Cu表面的化学吸附结构也曾一度成为所有吸附相结构中研究最多的一种。

For a time , oxygen chemisorption structures on Cu surfaces belong to the most studied of all adsorption phases .

非常态分子CH4在稀土La薄膜不同表面温度下的激活化学吸附

Studies of activated chemisorption of anomalous molecular ch_4 on LA Film under different temperatures

Rh／SiO2上H2的化学吸附

Chemisorption of H_2 on Rh / SiO_2

Pt在DBA表面的化学吸附能和电荷转移

Chemisorption Energy and Charge Transfer of Pt on DBA Surface

卤素原子在NaCl晶体表面上的化学吸附

Halogen Atoms Chemisorption on the NaCl Crystal

Au在Si（001）表面及Fe在Au钝化的Si（001）表面的化学吸附

The Chemisorption of Au on Si ( 001 ) Surface and Fe on Au-passivated Si ( 001 ) Surface

XRD、TEM和CO化学吸附表征结果表明Pt粒子在载体上高度分散。

XRD , TEM and CO chemisorption results indicated that the Pt particles were highly dispersed in the catalysts .

负载型金属催化剂Ru，Rh和Pd体系对CO化学吸附的理论研究（Ⅱ）

Theoretical Studies of the Chemisorption of CO on Supported-metal Catalysts of Ru , Rh , Pd (ⅱ)