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1)  nanoelectronic packaging
纳电子封装
1.
The basic definition of nanoelectronic packaging, which is becoming the core science and technology for the field of electronic manufacture in the 21 century, and the driving force caused by it are discussed .
讨论了将成为21世纪电子制造领域的核心科学与技术的纳电子封装的基本概念以及由其产生的驱动力。
2)  electronic packaging
电子封装
1.
Preparation of high volume fraction SiCp/Al composites for electronic packaging;
电子封装用高体积分数SiCp/Al复合材料的制备
2.
Study on properties of the environmental-friendly Sip/Al composites for electronic packaging applications;
环保型电子封装用Sip/Al复合材料性能研究
3.
Preparation of SiC particulate reinforced 356Al matrix composite for electronic packaging and its thermal expansion performance;
电子封装SiCp/356Al复合材料制备及热膨胀性能
3)  electronic packing
电子封装
4)  electronic package
电子封装
1.
Based on ourselves' research activity and literature reports,evaluated and discussed the development trend of composite electronic package and substrate materials.
本文论述了陶瓷颗粒(纤维)增强聚合物基复合电子封装与基板材料体系和性能特点,介绍了复合基板材料的实验研究和理论研究进展情况,根据实验研究和文献报道并结合目前在微电子封装领域广泛应用的环氧塑封材料,对复合电子封装与基板材料的发展趋势进行了分析和评述。
2.
Development of advanced electronic package devices promoted the study on the reflow soldering.
先进电子封装器件的出现推动了再流焊方法和设备的研究。
3.
Solder joints functioned as mechanical, thermal and electrical interconnections between electronic packages and the printed circuit board (PCB), their failure can lead to critical malfunction of electronic products directly.
焊锡接点是电路板和电子封装之间传递电信号的媒介,同时还起到机械连接和支撑的作用,其破坏将直接导致电子产品失效。
5)  electronics packaging
电子封装
1.
Several silk materials including gold silk, copper silk and aluminum silk used as conductor in wire bonding technology in electronics packaging materials were introduced.
介绍了电子封装材料中用于引线键合工艺的几种主要导电丝材料 ,包括金丝、铜丝和铝丝。
2.
System In Packaging SIP is a brand-new technology of electronics packaging.
系统封装(System In Packaging)是电子封装工艺的前沿技术。
6)  Optoelectronic packaging
光电子封装
1.
Fiber fixing process is critical tooptoelectronic packaging.
激光器件组件封装中发光设备与光纤之间的耦合要达到微米级甚至亚微米级精度,光纤的固定技术成为光电子封装中的关键。
补充资料:纳米电子学(nanoelectronics)
纳米电子学(nanoelectronics)

以纳米尺度材料为基础的器件制备、研究和应用的电子学领域为纳米电子学。由于量子尺寸效应等量子力学机制,纳米材料和器件中电子的形态具有许多新的特征。纳米电子学是当前科学界极为重视的研究领域,被广泛认为未来数十年将取代微电子学成为信息技术的主体,将对人类的工作和生活产生革命性影响。

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