由于在石油化工和环境保护方面的广泛应用，芳香分子在过渡金属表面的吸附成为人们研究的热点。
The chemisorption of aromatic molecules on transition metal is of great interest due to extensive use in petrol-chemistry industry and environment protection.
计算了NO分子各个轨道上的占有数，发现其电荷转移情况与CO在过渡金属表面吸附的情况相似。
It is evident from our results that the charge transfer between adsorbed NO and substrate is similar to CO adsorption on transition metal.
气态原子、分子与过渡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。
The dynamics of gas-solid surface interaction is arousing more and more interest in the community of chemists and physicists.
通常在微波暗室中，BPFLD - X型吸波材料安装于暗室的拐角部位，起到遮挡金属表面及过渡作用。
Commonly BPFLD-X absorbers are fixed in the corner of the chamber, as a kind of transition.
通常在微波暗室中，BPFLD - X型吸波材料安装于暗室的拐角部位，起到遮挡金属表面及过渡作用。
Commonly BPFLD-X absorbers are fixed in the corner of the chamber, as a kind of transition.
应用推荐