急!!!高分翻译,在线等

来源:百度知道 编辑:UC知道 时间:2024/06/16 11:42:38
微成形是指以塑性加工的方式生产至少在二维方向上尺寸处于亚毫米量级的零件或结构的工艺技术[1]。它在现代工业生产中的实际应用主要源于电子工业的兴起,随着制造领域中微型化趋势的不断发展,微型零件的需求量越来越大,特别是在微型机械和微型机电系统中。产品微型化已成为工业界不可阻挡的趋势,特别表现在通讯、电子、产品微型化、微系统技术、微机电系统等领域。这些产业的兴起,极大地推动了微细加工技术的发展。迄今为止微细加工技术是从两个领域延伸发展起来的:一个是由传统机械加工和电加工的小型化和微型化发展而来的。微成形作为一项多学科交叉的工艺技术,有利于大规模生产,应用范围广泛,可以肯定,微成形技术在将来的制造领域中会受到更大的重视,创造出巨大的经济效益。所以对微成形技术的研究势在必行。

Micro-forming is the way to the production of plastic processing, at least in two-dimensional direction in the sub-mm size on the order of magnitude or structure of parts of the process technology [1]. It in the modern industrial production, mainly from the practical application of the rise of the electronics industry, with the miniaturization of manufacturing trends in the development of micro-parts growing demand, especially in the micro-mechanical and micro-mechanical and electrical systems. Product miniaturization of the industrial sector has become an irresistible trend, particularly in communications, electronics, product miniaturization, micro-systems technology, micro-electro-mechanical systems and other fields. The rise of these industries, has greatly promoted the development of micro-processing technology. Micro-processing technology to date is extended from the two areas developed: One is by traditional machining and processing of small-scale electricity and development