I have always been impressed with the incredible pace of progress in the microelectronics industry , which faces new challenges every year but implacably overcomes them , one by one , to keep up its rate of miniaturization 我一向对微电子工业不可思议的进步速度感到印象深刻，它每年都会面临新的挑战，但总能一个个加以克服，使微小化的速率可以跟得上。
I also learned to appreciate the vast technological culture of the microelectronics industry that usually stays behind the scenes , although we all use the electronics , from tv sets to notebook computers , that result from it 我也学到了如何欣赏微电子工业里浩瀚的技术文化，虽然从电视机到笔记型电脑，我们都在使用它所带来的电子产品，但这些技术通常位居幕后。
Yaguang nypro is being located in the xiqing microelectronic industrial park , tianjin , which consists of various state - of - the - art technologies such as high precision injection molding , painting , printing , assembly , laser marking , gasket dispensing and etc 亚光耐普罗公司位于西青微电子工业园区，拥有高精密注塑、喷涂、丝印、装配、 、激光雕刻、点胶等多项现代化技术。
A review is given on the electrodepositing mechanism of copper from sulfate bath and on the microstructure of the copper coating , the effect of additives on the electroplating process , as well as the research progress concerning copper electrodepositing 摘要铜的性质决定了铜在工业应用中的重要性，特别是目前在微电子工业中的决定性作用，使铜的电沉积过程成为研究热点。
The work in this thesis bases on the part of the pre - research of national defense project - soc application in next genneration of airplane . with the development of vlsi , the performance of microprocessor improves continuously . but new larger applications ask the better computer system 微电子工业发展到今天，微处理器的性能得到不断的提高，加快了信息技术的革命，同时出现了如天气预报、生物工程等更加重大的应用需求，要求有更加成熟、稳定和更高速、更大存储容量的计算机系统。
Flexibility , processability , low cost , interesting optical - electric properties and so on make organic materials be a good substitute for inorganic ones . modification of inorganics by organics can change surface properties of inorganics , for example , frictional , optical , electrical , chemical and biocompatible properties . on the other hand , many interests have been shown to integration of functional organics in si - base devices because of their great promise in optoelectronic , micro - electronic and sensor applications 通过对无机半导体材料进行有机改性，可以改变无机材料的表面化学性质，生物相容性质，光电性质等等，因此，有机无机复合材料在光电器件、生物传感、微电子器件的应用领域有着很好的应用前景，尤其是在微电子工业中广泛使用的硅材料与有机光电材料的复合更是备受关注。
Pulsed , filtered cathode arc plasma deposition ( pfcapd ) is a new deposition technology for a range of metals and compounds films free of the microdroplets associated with conventional arc evaporation , and it seems as one of the best methods to deposition hydrogen - free diamond like carbon which has widespread applications for its unique properties 脉冲磁过滤阴极弧等离子体沉积由于能很好地过滤液滴，沉积几乎所有金属及其合金薄膜材料，尤其能沉积极有应用前景的类金刚石膜及用于微电子工业的铜内连材料，日益受到重视。
The rapid development of micro - electron industry makes the requirement for electronic packing and substrates materials improve , people must prepare high - quality low temperature cofired packing and substrates materials . glass / mullite composite material is an important kind of low temperature cofired packing and substrates materials , but there is few research on this kind of material in our country 微电子工业的飞速发展使人们对电子封装基片材料的要求越来越高，必须制备出高质量的低温共烧封装基片材料，玻璃/莫来石复合材料是一种重要的低温共烧封装基片材料，国内对这方面的研究还比较少。
