薄膜形成

薄膜形成的一种新理论

A new theory of thin film formation

介绍用分子动力学模拟方法研究固体的体相结构，表面问题，界面问题以及薄膜形成过程等方面的研究成果。

It also summarizes MD simulation in the studies of solid bulk characters , surface problem , interface problem and the progress of thin film formation etc.

由W（0.95）Ni（0.05）金属薄膜形成光弹波导结构的热稳定性

Thermal Stability of Photoelastic Waveguide Structures Induced by W_ ( 0.95 ) Ni_ ( 0.05 ) Metal Thin Film

X射线衍射、X射线光电子能谱对PtSi薄膜形成机理的研究

Study on the formation mechanism of PtSi film by X-ray diffraction and X-ray photo spectrum

旋涂SiO2乳胶薄膜形成的Si&SiO2系统的特性研究

The Properties of Si-SiO_2 System Formed by Spun-on Emulsion

反应溅射中靶材成份对Si－Cr－Ni－O薄膜形成的XPS分析

XPS Analysis of the Effect of the Target Composition on the Formation of Si-Cr-Ni-O Thin Films During Reactive Sputtering

硫化参数对多晶FeS2薄膜形成的作用

The effect of sulfidation parameters on the formation of polycrystalline fes_2 thin films

射频负偏压与放电电流对cBN薄膜形成的影响

Effect of negative radio frequency bias and plasma discharge current on formation of c BN film

本文用仿生合成法，对HA微晶薄膜形成的条件及实验方法进行了研究，并讨论了此方法的实验机理。

Using biomimetic synthesis , the conditions and method of forming HA crystallite film were studied in this paper , and the trial mechanism was discussed .

如果能将类金刚石薄膜形成类金刚石纤维，然后将其代替Al2O3纤维作为磨料，就可以满足纤维砂轮的硬度要求。

If DLC coatings can be transferred into DLC fibres , then using DLC fibres instead of Al2O3 fibres as abrasives can satisfactorily meet the needs of fibre wheel hardness .

室温Raman谱中，只观测到了E2（high）模式和A1（LO）振动模式，说明ZnO薄膜形成良好的纤锌矿结构；

Raman scattering was performed at room temperature showed that only the A1 ( LO ) and E2 ( high ) modes were observed , which indicated the ZnO thin films had the wurtzite structure .

研究了P2VP分子量改变对于微孔薄膜形成的影响。

The influence of molecular weight of P2VP on the formation of porous films was investigated .

测试结果表明，采用金属功函数低的In、Ti做中间导电层，并在400℃退火合金后，In/Ag、In/Al、Ti/Au与n-ZnO薄膜形成了良好的欧姆接触。

The results show that using metals In , Ti as middle conductive layer annealed at 400 ℃, better ohmic electrode has been formed between In / Ag , In / Al , Ti / Au and n-ZnO films respectively .

纳米级PtSi/P-Si（100）薄膜形成工艺研究

Technological study on formation of nanometre-lever PtSi / P-Si ( 100 ) film

金属薄膜形成过程中电导特性变化的有效媒质理论

The effective medium theory of the conductivity change during the formation of metal film

研究发现氢离子的浓度在薄膜形成的过程中起关键作用。

It was found that the concentration of hydrogen ion plays an important role .

太阳能电池板真空树脂灌封薄膜形成机理的研究

Research on the Mechanism of Resin Film Shaped on the Solar Battery Board in Vacuum

讨论了金属-铁电薄膜形成的整流接触对正反向电流不对称的影响，以及不同电压范围的导电机制。

And the rectifying junction characteristics of metal-ferroelectric film and different conductive mechanism in different voltage range were discussed .

可展开天线的反射面是通过在可展开背架结构上铺覆金属丝网格薄膜形成的，所以存在一个形面偏差。

There exists a shape-surface deviation in reflective surface of deployable antenna because it is formed by covering metal-wire-net film on deployable structure .

论述了蒸发温度和蒸发速率对薄膜形成的影响，绘制出太安蒸发速率与温度的关系曲线，计算出太安蒸发分子的平均速率与平均动能。

Curves between the rate of evaporation and temperature are obtained . The average velocity and kinetic energy of molecules on evaporation are calculated .

金属与金刚石薄膜形成欧姆接触是电极金属的选取是制备金刚石薄膜电容的重要一步。

One of the important step of preparing diamond film capacitances is that the metal and diamond film form ohm contact while selecting the metal electrodes .

实验中考察了不同因素对溶胶凝胶过程和薄膜形成过程的影响，在适宜的条件下制备出了均匀无裂纹的薄膜。

In the experiments , some influence factors on the sol-gel and the thin film crystallization were investigated . The optimal conditions were chosen to synthesize uniform thin film without cracks .

功率半导体器件芯片制造过程中实际上就是在衬底上多次反复进行的薄膜形成、光刻与掺杂等加工过程，其首要的任务是解决薄膜制备问题。

Power semiconductor device chip manufacturing process is actually repeated several times on film formation , lithography and doping process in a substrate , and its primary task is to solve the problem of film formation .

结果术后3天人工晶体表面巨噬细胞开始转化为成纤维细胞样细胞并有嗜伊红薄膜形成，扫描电镜下细胞间有细丝相连形成具有网状支架的薄膜。

Results Macrophages on the surface of IOL had transformed into fibroblast like cells and the formation of eosinophilic membrane had occurred on the 3rd day after operation with tiny thread like things interwoven among cells forming net like supporting membrane under SEM .

结果表明：杂化薄膜形成了有机相包裹无机相的结构，无机微粒比较均匀地分散在聚酰亚胺树脂基体中，粒径较大，树脂热性能好，电击穿性能有一定提高。

The results prov that there was a structure of organic phase wrapping inorganic particles which dispersed in the polyimide matrix homogeneously and compared with the pure polyimide matrix , the polyimide hybrid resin had a better property of dielectric breakdown , except for a good thermal stability .

p型未掺杂富锌ZnO薄膜的形成和性能研究

Study on formation and properties of p-type undoped Zn-rich ZnO thin film

1.23GeVFe离子在C（60）薄膜中形成潜径迹的Raman谱分析

Investigation of latent tracks of 1.23 GeV Fe ions in C_ ( 60 ) film by Raman spectra

TiO2/SiO2复合薄膜的形成历程与超亲水性关系

Study on Relationship between Super-Hydrophilicity of TiO_2-SiO_2 Composite Thin Films and Formed Process

基片及基片温度对Fe4N薄膜的形成及其特性的影响

The effects of substrate and substrate temperature on the synthesis and characterization of Fe_4N thin films

此外，对PS模板辅助电沉积制备多孔片晶ZnO薄膜的形成过程进行了讨论。

Moreover , the formation process of a porous lamellar ZnO crystals thin films with the polystyrene spheres template assistant is also discussed .