thin film technology

Finally, the development direction of polishing technology for CVD diamond thin film was forecasted.

并展望了CVD金刚石薄膜抛光技术的发展方向.

Tianjin Key Laboratory of Photo-Electronic Thin Film Device and Technology;

南开大学光电子薄膜器件与技术研究所；

ZnO thin film technology has been reviewed.

对ZnO薄膜技术进行了文献综述。

Lactate Sensor Based on Thin-film Technology

薄膜工艺制备乳酸传感器

It was indicated that adopting the technology of thin film lagging cover could make good effect in manufacturing of traditional Chinese medicine tablet.

实践表明采用薄膜包衣技术能在中药片剂生产中取得更好的效果。

The Recent Progress of Vacuum Thin film Coating Technology Applied in Industry

工业实用真空薄膜技术的进展

The state-of-art, main novel features of this converter and the key thin film magnetic technology are discussed in this paper.

本文综述了该领域发展现状、主要面临的技术问题及其关键的高频薄膜磁技术发展，阐述了发展方向和可能的方案。

Organic electroluminescent has made great progress with thedevelopment of organic thin film science and technology.

有机电致发光（electroluminescence，EL）是在有机薄膜科学和技术迅猛发展的推动下而发展起来的。

Firstly, the application, development and state of the Thin Film technology have been introduced in this paper. In the process of manufacture, the more difficult craft and higher cost created by the choosing of the coating design and the materials have been brief introduced.

本论文首先介绍了薄膜技术的应用、发展现状及动向，并简述了在实际的生产中，存在着由于膜系设计和膜料的选择给工艺上带了困难致使其成本偏高的特点。

Pbo_2/ mno_2 semiconducting thin film technology and its esca/ aes study

PbO2/MnO2半导体薄膜工艺与ESCA/AES研究

Technics of LTCC MLB processing using thin film circuit technology, ink-jet printing, laser drilling, and conventional manufacturing methods is introduced.

概述了综合运用薄膜线路技术、喷墨打印技术和激光钻孔技术以及采用常规技术制作LTCC基板的简要工艺。

Finally, the miniature six axis force/ torque sensor based on the thin film technology is fabricated, which realized integration and digital output.

并最终研制出基于薄膜技术的微型六维力/力矩传感器，实现了机电集成和数字化。

The functional thin film technology of thermistor micro sensor

薄膜热阻微传感器技术

Study on the silicon nitride thin film prepared by ICP technology in the tubular chamber

直管式反应室感应耦合等离子体技术制备氮化硅薄膜研究

A Novel Technology for Nanometer Thin Film Rolling Bearing

纳米薄膜轴承技术方法

Thin Film Making Technology in MEMS

MEMS中的薄膜制造技术

Study on Pt Thin Film Thermal Resistor Technology

Pt薄膜热敏电阻工艺研究

With the advanced fine line thick film technology, the line resolution of thick film conductor almost reach the level of the thin film technology.

采用先进的厚膜细线技术，使厚膜导体的线分辨率几乎达到了薄膜工艺的水平。

The principle and manufactured method of making optical directional coupler, wavelength division multiplexer using thin film technology in the optical communication system are introduced.

介绍了光纤通信系统中用薄膜技术制成的光定向耦合器，波分复用器等原理及制作方法。

Application of optical thin film technology in optical communication technology

光学薄膜技术在光通信技术中的应用

Development Trends of Thin Film Materials and Technology

薄膜材料与薄膜技术的发展动向

In this paper, the advantage of a-Si thin film technology, recent market situation, potential application areas, main problems and tendency of a-Si cells are reviewed in detail.

文章详述了a－Si薄膜太阳能电池的工艺优势、市场开发状况、可能应用领域、存在问题和展望。

At the time, the deal stood out not only for its size but also its embrace of amorphous silicon thin film technology, which had been largely abandoned outside China because of the low ratio at which it converted solar energy into power.

当时，这笔交易令人瞩目的除了规模以外，还有它对非晶硅薄膜技术的拥抱；此前这种技术在中国以外基本上被放弃，因为它将太阳能转化为电力的比率太低。

Manganin piezoresistance elements were encapsulated in alumina matrix by thin film technology.

采用薄膜工艺，实现了锰铜压阻元件在氧化铝绝缘体中的无胶封装。锰铜计以后置式方式工作。

A novel low temperature poly | Si ( LTPS ) ultra | thin channel thin film transistor ( UTC | TFT ) technology is proposed.

提出了一种新结构的低温多晶硅薄膜晶体管 ( poly-SiTFT ) .

PLED ( polymer light emitting diode) and a-Si TFT ( amorphous Silicon thin film transistor) technology have made great progress in the past few years. Combination of two technologies is expected to be the mainstream of future flat televisions.

近年来，PLED（聚合物发光二极管）和a-Si TFT（非晶硅薄膜晶体管）技术取得了巨大进展，两者的结合有望成为未来平板电视的主流。

Combination of the thin film technology, MEMS process technology and magnetic integrated technology to produce an integrated magnetic, which is the only way for the future development of magnetic devices.

将薄膜制备技术、MEMS工艺技术和磁集成技术结合在一起制备集成磁件是磁性器件未来发展的必由之路。

In chapter 2, the typical micromachining technology for MOEMS device is studied and two kinds of micro optical modulators are designed by MEMS technology, especially thin film technology.

本文首先对MEMS的一些典型加工工艺以及目前存在的一些MOEMS器件进行了介绍。然后利用传统薄膜工艺和MEMS工艺的结合，设计了两种基于K9玻璃基板的微光学调制器。

Firstly the author started with the literature survey about DSCM and thin film test technology, and knew about the use and development direction of these two methods respectively.

论文首先对数字散斑相关方法和薄膜力学性能测试技术分别进行文献调研，了解这两种方法的当今的运用与发展情况。

In recent years, thin films and thin film technology develop rapidly and various kinds of new thin-film materials spring up.

近些年来，薄膜材料与薄膜技术得到迅速发展，各类新型薄膜材料大量涌现，薄膜制作和微细加工工艺也在不断创新。