1) copper single crystal surface
铜单晶表面
1.
Using the model, we have investigated the kinetic energy and angular distributions of nitrogen molecules desorbing from the copper single crystal surface Cu(111).
用这个模型，我们分析了从Cu(111)铜单晶表面脱附分子的动能分布和角分布。
2) Monocrystalline germanium surface
单晶锗表面
1.
Studies of photosensitive dyes binding to monocrystalline germanium surface;
单晶锗表面键合光敏染料及其电流-电压曲线的测定
2.
A studies on the rhodacyanines photosensitive dyes binding to monocrystalline germanium surface;
若丹菁染料键合于单晶锗表面的研究
3) Monocrystalline silicon surface
单晶硅表面
1.
Phase transformations of monocrystalline silicon surface under nanoparticle collision;
纳米粒子碰撞下的单晶硅表面非晶相变
2.
Repulsion mechanism of nanoparticle colliding with monocrystalline silicon surface;
纳米粒子与单晶硅表面碰撞的反弹机理研究
3.
It is reported that the merocyanines were bound to monocrystalline silicon surface through chemical way.
用化学方法将３种复合份菁化学键合于单晶硅表面，并用激光拉曼光谱和Ｘ－光电子能谱进行了表征。
4) single crystal surface
银单晶表面
1.
A value of energy barriers to dissociative adsorption on an Ag(111) single crystal surface is a very important dynamical parameter.
研究实验测量的从银单晶表面Ag(111)脱附的氘分子(D2)的动能分布。
6) Fe crystal surfaces
Fe单晶表面
补充资料：直径6英寸硅单晶及单晶炉
直径6英寸硅单晶及单晶炉
巍 户亡‘砚.士释L朴品及沪晶护万引门l
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条