1）精密制造技术。精密制造技术包括精密加工和超精密加工技术、微细加工和

1）精密制造技术。精密制造技术包括精密加工和超精密加工技术、微细加工和超微细加工技术、微型机械等。精密加工和超精密加工的主要方法是精密切削和精密磨削技术等，其加工精度已由微米级（μm）向纳米级（nm）发展。目前，已研制成功纳米管、极小的微电机系统、微型机器人等。在精密制造技术中，纳米技术是目前最先进的技术，它对于21世纪科学的发展提供了一个新的技术基础。微细加工和超微细加工是一种特殊的精密加工，不仅精度高，而且尺寸十分微小，其主要工艺方法是光刻（蚀）、沉淀、扩散、离子注入等。微型机械是机械技术和电子技术在纳米级水平上相融合的产物，它将是21世纪的核心技术。

結果 (英文) 1:

1) Precision Manufacturing Technology. Precision manufacturing technologies, including precision machining and ultra-precision machining technology, micro-machining and ultra-fine processing technology, micro-mechanical. Precision machining and ultra-precision machining precision machining and precision grinding technology, the machining precision from micron (um) to the development of nanoscale (nm). , Has developed a successful nanotubes, tiny micro-electromechanical systems, micro-robot. Nanotechnology is the most state-of-the-art technology, precision manufacturing technology, a new technology base for the development of science in the 21st century. Micromachining and ultra-fine processing is a special precision machining,High precision, and the size is very small, the main process of lithography (pitting), sedimentation, diffusion, ion implantation, etc.. The micromechanical is the integration of the product of mechanical technology and electronic technology in the nanoscale level with respect, it will be the core technology of the 21st century.

結果 (英文) 2:

1) the precision manufacturing technology. The precision manufacturing technology including precision and ultra-precision machining technology, fine processing and super micro fabrication technology, micro machinery etc.. The main methods of precision and ultra-precision machining of precision cutting and precision grinding technology, the machining precision from micron to nanometer (μ m) (nm) development. At present, has been successfully developed nanotubes, tiny MEMS, micro robot. In the precision manufacturing technology, nanotechnology is currently the most advanced technology, it is for the development of twenty-first Century science provides a new technical foundation. Microfabrication and superfine processing is a precision machining special,Not only high precision, and the size is very small, the main process is lithography (erosion), sedimentation, diffusion, ion implantation. MEMS is a product of mechanical technology and electronic technology integration in nanometer level, it will be the core technology in twenty-first Century.

結果 (英文) 3:

1) precision manufacturing technology. Precision manufacturing technology, including precision machining and ultra-precision machining technologies, and ultra fine processing technology micro machining, micro-machines. Precision machining and ultra-precision machining precision machining and precision grinding technology is the main method, its precision has been determined by micron (μ m) to nanometer (nm) development. Currently, the successful development of nanotubes, tiny, micro robots, micro-motor system. In precision manufacturing technology, nano-technology is the most advanced technology, it is 21st century provides a new technical basis for the development of science. Fine and ultrafine processing is a special type of precision machining,Not only with high precision and size is very small, the main manufacturing processes is Photolithography (Eclipse), sedimentation, diffusion, ion implantation, etc. Micro-mechanical is mechanical and electronic technologies at the nano-level photos product of fusion, it is at the heart of 21st century technology.