Also, the precision of machine tools for die machining and microfabrication has improved.
此外，为机床模具加工和微细加工精度有所改善。
A photomask is an essential component for semiconductor manufacturing and microfabrication.
光掩膜是半导体和精密加工的必要成分。
The principle and current application of the femtosecond two-photon microfabrication are introduced.
介绍了飞秒激光双光子微细加工技术的原理和应用的现状。
Therefore, microfabrication will be a key technology in providing novel interfacial functions on material surfaces.
材料表面的微制作将成为产生新的功能界面的重要手段。
Many methods were developed to fabricate micro parts. Laser microfabrication is used to process micro part recent year.
目前微小零部件的制造方法很多，激光微成形即为其中一种。
The specific microfabrication of electromagnetic MEMS is presented, and the applying prospect of electromagnetic MEMS is also given.
介绍了电磁MEM S 技术中的典型制作技术，展望了电磁M EM S 技术的应用前景。
In this paper, the principle, the characteristic, present state of chief special microfabrication and their applications are presented.
本文论述了主要特种微细加工的原理、特点、现状及其应用。
The NanoBio Systems lab of SUSTC is looking for a talented research assistant from BioMEMS, microfabrication, or microfluidics related fields.
南方科技大学纳米生物学系实验室现招聘一名研究助理。
Sharp, one of its rivals, recently said that it had developed new microfabrication techniques to build DMFCs with the highest power densities yet achieved.
夏普，它的一个竞争对手，最近说已开发出了新的微制造技术，用来制造迄今为止功率密度最高的DMFC。
Sharp , one of its rivals, recently said that it had developed new microfabrication techniques to build DMFCs with the highest power densities yet achieved.
夏普，它的一个竞争对手，最近说已开发出了新的微制造技术，用来制造迄今为止功率密度最高的DMFC。
Microfabrication of periodic structures by holographic lithography technology combining with visible laser-induce photopolymerization is developed in this paper.
本文报道用激光全息技术结合可见光光聚合制作周期结构的方法和物理机制；
Other techniques involve huge lumps of machinery, but Josephson junctions can be made using the sort of microfabrication technology employed for normal silicon chips.
其他技术都需要一堆巨大的机械装置，而约瑟夫森结则可以通过运用利用普通硅芯片的微型装配技术得到。
Some polymer materials are used as substrate. Kinds of new microfabrication technology are presented, including lithography, soft etching, LIGA, DEM and bonding, etc.
系统介绍了芯片实验室的各种制备技术，这些技术包括紫外光刻、软刻蚀、LIGA技术、DEM技术、键合等。
The characteristics and requests of micromachining for silicon based sensors are introduced. The conventional methods of si substrate microfabrication are briefly described.
叙述了硅基传感器微机械加工的特点和要求，简要说明了硅衬底微细加工的常用方法。
The principle of process, characteristic and research status on the several typical microfabrication techniques used to fabricate MEMS devices are given a review in this paper.
文章综述了用于制备MEMS器件的几种典型微细加工技术的工艺原理、特点以及研究现状，并展望了这些微细加工技术的发展前景。
The piezoceramics linear driving system of closed loop control combined with a raster rule of high distinguishability is applied in the machine to meet the demand of microfabrication.
该机床采用压电陶瓷直线电机和光栅尺构成高精密的伺服驱动系统来满足微细、高精度加工的要求。
Microfabrication techniques and their applications are introduced, including femtosecond laser induced refractive index change for fabrication of optical waveguides, gratings and couplers;
本文介绍了在透明材料内部或表面进行微制备的方法和应用，包括利用飞秒激光诱导的折射率变化来制作光波导、光栅和耦合器等；
By employing the standard microfabrication techniques used, for instance, in manufacturing of computer chips, the team has created a type of field-effect transistor, a vital computer component.
例如，通过运用微细加工技术来制造计算机芯片时，工作小组创造出了一种场效应晶体管，它是计算机中一个重要的组成部件。
The micro electro mechanical system(MEMS) is a new developed subject with a broad range in applications, and microfabrication process sequences is a key technology for the realization of the MEMS.
微机电系统是具有广泛应用前景的新兴学科，微加工工艺是实现微机电系统的关键技术。
This thesis study the simulation of electromagnetic field of MB chip and two key fabrication processes—fabrication of planar electromagnetic devices based on UV-LIGA and polymeric microfabrication.
本论文研究了磁珠芯片中的电磁场模拟分析，以及两种关键工艺——基于UV-LIGA的平面电磁器件制作工艺和塑性材料微加工制作工艺。 在此基础上，设计、制作并封装了新型磁珠微芯片。
This thesis study the simulation of electromagnetic field of MB chip and two key fabrication processes—fabrication of planar electromagnetic devices based on UV-LIGA and polymeric microfabrication.
本论文研究了磁珠芯片中的电磁场模拟分析，以及两种关键工艺——基于UV-LIGA的平面电磁器件制作工艺和塑性材料微加工制作工艺。 在此基础上，设计、制作并封装了新型磁珠微芯片。
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