薄膜技术

对ZnO薄膜技术进行了文献综述。

ZnO thin film technology has been reviewed .

光学薄膜技术在光通信技术中的应用

Application of optical thin film technology in optical communication technology

多层溅射方法制备WSix／Si薄膜技术研究

Study on Preparation of Sputtered WSi_x / Si Multilayer Films

直接光CVD法低温生长SiO＿2薄膜技术及其应用

Low temperature growth technique of sio_2film by direct photo-cvd method and Its Applications

不锈钢管道内壁镀TiN薄膜技术及其真空性能的研究

Studies on coating technology of inner wall of stainless steel pipe with TiN film and its vacuum characteristics

Sol-gel独立前驱单体制备PZT铁电薄膜技术

Separated precursor-monomer for sol-gel preparation PZT ferroelectric film

GaN薄膜技术的几点突破

A few technology breakthrough of GaN film

介绍了Ti（C，N）基金属陶瓷材料高温高压氮化处理制备硬质梯度薄膜技术。

A new technology of nitrogen treatment under high pressure and high temperature was introduced in preparation films on Ti ( C , N ) - based cermets .

脉冲激光沉积（Pulsedlaserdeposition，PLD）是20世纪80年代发展起来的一种全新的制备薄膜技术，具有沉积速率高，再现性能好等优点。

Pulsed laser deposition ( PLD ), developed in 1980s , is a new fabricating film technology with high deposition rate and good reproducibility .

实践证明吹塑法生产盐用PVC薄膜技术可行，完全能满足盐业生产的需要。

The results show that PVC film can be manufactured by blowing method , and it is satisfied with the salt prodution needs .

脉冲激光沉积（PLD）薄膜技术的研究现状与展望

Review of Pulsed Laser Deposition Film Growth Technology

光学薄膜技术改善分布反馈（DFB）激光器的光谱特性

Coating Optical Films Improved Spectral Characteristics of DFB Laser

随着人们对低压CVD合成金刚石薄膜技术的深入研究，金刚石薄膜的质量有了很大的提高。

With the deeply investigation of synthesizing technique by low pressure CVD , the quality of diamond film is improved greatly .

分子有序薄膜技术可以有效改善构件表面的摩擦、降低磨损，是解决MEMS摩擦磨损问题的有效途径之一。

Molecular thin films technique is one of the effective ways to improve friction and reduce wear in order to enhance the stability and reliability of MEMS .

综合国内外在微结构热电模型方面的研究成果，并结合薄膜技术与MEMS技术，实现了集成型微结构PCR芯片。

In reference to the achievements domestic and abroad , about the micro-fabricated thermoelectric models , the integrated micro-fabricated PCR-chip can be made with help of thin-film technology and MEMS technology .

LB（Langmuir-Blodgett）薄膜技术可以在分子水平上进行材料设计，是实现分子工程的重要手段。

Langmuir-Blodgett ( LB ) technique is very important in molecule engineering because it can he used to design materials at molecular level .

本工作用~（109）Cd源激发的Si（Li）探测器探测的能量色散X射线荧光法和薄膜技术法对水溶液中微量金的分析进行了初探。

The determination , of the trace gold in solution is described by means of energy dispersive X-ray fluorescence method from the excition of radioisotope source ( 108Cd ), lithium-drifted silicon detector and thin-film technique . The measurement time is 600 seconds .

MPE制备薄膜技术采用单一先体溶液，源物质来源广泛，沉积速率快，不需后续热处理。

MPE technique shows remarkable advantages such as single precursor , wide choices of source materials , high deposition rate , and no subsequent annealing .

TiO2作为一种极具前景的介质材料被应用到薄膜技术中来，引起了国内外研究者的极大兴趣。

As a prospective dielectric material , TiO_ ( 2 ) thin film was used in thin film technique , which brings a great interest to the researchers of all over the world .

用~（109）Cd源激发，Si（Li）探测器探测的能量色散X射线荧光法和薄膜技术法对高放废液样品中铀元素进行分析。

An energy dispersive X-ray fluorescence spectrometry with ~ ( 109 ) Cd isotopic exciting source and S ( Li ) detector are used to analyse uranium in the high-level liquid waste . Film technique is used for preparation of the measured source .

采用静电自组装薄膜技术在玻璃基片表面上制备了TiO2基薄膜，研究TiO2基薄膜的光催化活性和超亲水性。

TiO2 - based thin films were fabricated on glass substrates using an electrostatic self - assembly multilayer method , and the photocatalytic activity and super - hydrophilicity of the thin films were investigated .

为了使实验部分的分析更清晰，本文还对电子隧穿原理的基本知识和PLD制备薄膜技术的原理作了简单介绍。

In order to understand the paper better , the theory of preparation films with PLD ( pulsed laser deposition ) techniques and that of electron s ' tunneling through the barriers are explained .

综述了脉冲激光沉积（PLD）薄膜技术的原理、特点，着重分析了脉冲激光沉积技术的研究现状和在功能薄膜制备中的应用前景。

In this paper , the principle and the characteristics of pulsed laser deposition ( PLD ) technology is briefly introduced , the current research status of PLD and future application trend in the functional film are discussed in detail .

不同于刻蚀技术、薄膜技术和LIGA技术，微切削加工技术可以快速高精度低成本地制造复杂三维微小零件，有着广阔的应用前景。

Micro machining technology is different from etching technology , thin-film technology and LIGA technology , and it can create a complicated three-dimensional small part of different materials quickly with higher precision at lower cost , then micro cutting has a promising application prospect .

低温制备高质量多晶硅薄膜技术及其应用

Preparation techniques and applications of high-quality poly-Si films at low temperature

我国光学薄膜技术的现状与展望

The Current Situation and prospect of Optical Thin Film Technique in China

射频反应磁控溅射制备氧化铬薄膜技术及性能

Deposition technology and properties of chromium oxide coatings by RF reactive sputtering

气体传感器中的厚薄膜技术

Thick Film and Thin Film Techniques in Manufacturing Gas Sensors

离子束溅射沉积干涉光学薄膜技术

Production of Optical Coatings with Ion Beam Sputter Deposition Technique

所有的薄膜技术也提供了潜在的普及。

All of the thin-film technologies also offer the potential for ubiquity .