薄膜层

Using LaNiO3 as a buffer layer, highly (100)-oriented PZT thin film heterostructures are successfully prepared using a sol-gel process on both Si and platinized silicon substrates.

采用LaNiO3缓冲层技术，在硅和铂化硅两种衬底上实现了高度(100)择优取向的PZT铁电薄膜。

Oerlikon Solar has developed a unique and innovative technology based on its leadership in thin film technology and close cooperation with its customers.

生产线是完整的系统，在产出和工艺技术上还可以模块化设计和进行升级。作为全球领先的薄膜技术和设备供应商，公司为客户提供非晶硅和高效微晶硅叠层技术。

The new results include: 1. The two main difficulties were detailedly revealed in the growth of Ⅲ-nitrides on Si substrate.

通过系统研究Si衬底上不同GaN缓冲层的生长过程及其微结构，指出了影响Si上&两步法&生长GaN薄膜晶体质量的微观机制。

Effects of an nealing of r-cut sapphire substrate on its surface morphology and the growth of CeO2 buffer layers and the Tl-2212 superconducting films.

高温退火对蓝宝石基片的表面形貌和对CeO2缓冲层以及Tl-2212超导薄膜生长的影响。

By this technique, quasi twodimensional growth of AlN was achieved under optimized condition, and more, high quality GaN layers were grown on Si (111) substrates using optimized AlN as buffer layer, and the full width at half maximum of near band edge emission at room temperature is the best reported result.

实验结果表明，经优化预沉积Al，成功获得了AlN在Si（111）衬底上的准二维生长，从而生长出高质量的以AlN作为缓冲层的Si基的GaN薄膜材料，其室温光致发光带边发射峰半高宽10nm，为所见报道室温测量结果最小值。

A composite laminate with bonded piezoelectric film as sensor under uniaxilstretching is analyzed by means of modified quasi threed-dimensional finite element method.

用修正的准三维有限元法分析了受单轴拉伸表面覆盖有压电薄膜的复合材料层合板。

Note that if you compare the surface layer of transparent plastic film, please open after cleaning.

注意，如果表面有一层比较透明的塑料薄膜，请揭开后清洗。

A filmy layer on the surface of a liquid.

&|&液体表面的一层薄膜

The prevalent strengthening methods employed usually lead to a pronounced decrease in conductivity.

文章介绍了采用脉冲电解沉积技术制备出具有高密度孪晶片层结构的纯铜薄膜。

The all-organic electroluminescence elements of compound structure of OSIT and OEL (Alq3-EL), under research of this paper, have the grid-type Al gate electrode buried between the hole transport layer and CuPc films.

本文研究的 OSIT 与 OEL(Alq3—EL)复合结构的全有机电致发光器件，是将梳状铝栅极埋在空穴传送层 CuPc 薄膜中间。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。