微细微能加工,micro-processing
1)micro-processing微细微能加工
1.In view of the request formicro-processing pulse frequency, this article has used 8254 chip, A/D converting chip and singlechip to complete the pulse occurrence and the control function through the software, guaranteed the pulse precision and the controllability, which will provide the convenience for the electric spark following processing.针对微细微能加工脉冲频率的要求,文中采用了8254芯片、A/D转换采集芯片并结合单片机通过软件方式共同完成对脉冲的发生及控制的功能,确保了产生脉冲的精度及可调性,为电火花的后续加工提供了便利。
2)micromachining[,maikr?um?"?i:ni?]微细加工
1.Development of a Practicl Excimer Laser Micromachining Tool;实用型准分子激光微细加工机研制
2.This technique has been considered one of the most appropriatemicromachining methods for hard and brittle materials,especially for compiex microstructures,since the productivity is high and heat affected layers ar.喷粉微加工技术是对硬脆材料进行微细加工的一种非常有潜力的加工方法。
3.In this paper,the authors present the working principle,characteristics and the applications inmicromachining of wire electro discharge grinding(WEDG) technology.介绍了线电极电火花磨削(WEDG)技术的工作原理、主要特点和在不同微细加工技术中的应用,从侧面反映了微细加工技术的发展现状。
英文短句/例句
1.Study on the Process and Mechanism of Excimer Laser Micro-Machining;准分子激光微细加工工艺和加工机理研究
2.electron and ion beam microfabrication电子束与离子束微细加工
3.State Key Laboratory of optical technologies on microfabrication微细加工光学技术国家重点实验室
4.Study on Laser Assisted Microprocessing for Fabrication of Monolithic OEICs;单片OEICs的激光微细加工技术研究
5.Preparation of BST Thin Films and Their Fine-Patterning;钛酸锶钡铁电薄膜的制备及微细加工
6.Preparation of SiO_2-based Waveguide Films and Their Fine-patterning;二氧化硅基光导膜的制备及微细加工
7.Research on micro electrical discharge machining system and technics微细电火花加工装置及加工工艺的研究
8.Research on Processing Law of Micro Wire Electrical Discharging Machining;微细电火花线切割加工工艺规律研究
9.The Research on the Electrochemical Micromachining(ECMM) with Nanosecond-Pulse Generator纳秒脉冲微细电化学加工的工艺研究
10.Research of the Micro-EDM Equipment and Mill Machining Technology微细电火花加工装置及铣削加工技术的研究
11.Research on Microemulision Mixed EDM Finish Machining微细液态添加剂电火花光整加工工艺研究
12.Study of the Influence of Reaction Force on Micro Hole Drilling by Micro-EDM加工力对微细孔电火花加工的影响研究
13.Design of a Micro-hole EDM Tool and its Machining Experiments微细孔电火花加工设备及其加工实验研究
14.Advanced Drilling Technology of Micro-Via in PCB印制电路板超细微钻孔先进加工技术
15.The Investigation on the Electrochemical Micromachining (ECMM) with Nanosecond-Pulse Current;纳秒脉冲电流微细电解加工技术研究
16.Studies on Theories and Experiment in Femtosecond Laser Micromachining;飞秒激光微精细加工理论与实验研究
17.Research on Control System for Micro-EDM Machining Tool;微细电火花加工机床控制系统的研究
18.Research and Development on Feeding Set-up Used in Micro Electrochemical Machining with Ultra-pure Water;超纯水微细电解加工送进装置的研制
相关短句/例句
micromachining[,maikr?um?"?i:ni?]微细加工
1.Development of a Practicl Excimer Laser Micromachining Tool;实用型准分子激光微细加工机研制
2.This technique has been considered one of the most appropriatemicromachining methods for hard and brittle materials,especially for compiex microstructures,since the productivity is high and heat affected layers ar.喷粉微加工技术是对硬脆材料进行微细加工的一种非常有潜力的加工方法。
3.In this paper,the authors present the working principle,characteristics and the applications inmicromachining of wire electro discharge grinding(WEDG) technology.介绍了线电极电火花磨削(WEDG)技术的工作原理、主要特点和在不同微细加工技术中的应用,从侧面反映了微细加工技术的发展现状。
3)micro machining微细加工
1.In this paper, via exemplifications the authors summed the achievements inmicro machining by using non traditional machining methods which include electrical discharge machining, electrochemical machining, ultrasonic machining, laser machining, precision electroforming and the like.通过例证概括介绍了特种加工方法在微细加工方面所取得的成就 ,这些加工技术包括 :电火花加工、电化学加工、超声加工、激光加工、精密电铸等。
2.The general situation and characteristics of non traditional machining technology are introduced, and the common non traditional machining methods used in precision machining andmicro machining, including their technological features,application fields and machining accuracy, are also commented.介绍了特种加工技术的概况及特点 ,并对精密微细加工中常用的特种加工方法的技术特点、应用领域及加工精度进行了评述。
3.With the development of new materials and micro machine, especially new hard and brittle material such as silicon, ceramics, hard metal alloy, themicro machining process technology of these materials is becoming the hot studying spot.随着以微机械为代表的工业制品日益小型化及精微化,特别是随着晶体硅、光学玻璃、工程陶瓷、硬质合金等硬脆材料在微机械领域的广泛应用,硬脆材料的高精度三维微细加工技术已成为世界各国制造业的一个重要研究课题。
4)micro-machining微细加工
1.Application of Micro-machine Productions and Development of Micro-machining Methods;微机械产品的应用及其微细加工方法的分析研究
2.The new development of MEMS andmicro-machining;微机械(MEMS)与微细加工技术
3.Research on Numerical Control System for Multi-Function Micro-Machining Tool;多功能微细加工数控平台研究
5)microfabrication[,maikr?f?bri"kei??n]微细加工
1.Several usefulmicrofabrication techniques were reviewed including ultraprecision machining,LIGA and LIGA-like,micro electrodischarge machining,micro electrochemical machining and selective electrodeposition for producing metal micro/meso-structures &-devices,and their advantages and disadvantages were analyzed.具有特定功能或满足特定需要的复杂形状金属micro/meso结构器件的加工,是非硅基MEMS制造和微细加工领域的一项重要内容。
2.Biological and chemical reactions included in biology and medicine can be carried out on the biochip made withmicrofabrication.通过微细加工技术制成的生物芯片可进行生命科学和医学中所涉及的各种生物化学反应 ,探测基因表达方式 ,检测基因突变和多态性 ,以及研究基因功能 ,然后借助于计算机技术将这些信息综合处理 ,从而可实现疾病的检测、诊断、治疗 ,新药的开发 ,食品卫生的检测 ,法医学的鉴定等功能。
3.The principle of process,characteristic and research status on the several typicalmicrofabrication 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。
6)micro-fabrication微细加工
1.Hence,as a new functional material, diamond"smicro-fabrication technology is crucial for practical applications.金刚石因其卓越的物理和化学性能一直蕴涵着巨大的应用潜力,但其极高的硬度和优异的化学稳定性使其难以被加工成型,因此,在作为新型电子功能材料走向实际应用过程中,金刚石的微细加工技术非常关键。
2.Working along with the new technology of immunoassay, biochemical immobilization andmicro-fabrication, bio-detectting technology of electrochemiluminescence is becoming a kind of more effective measuring method with higher precisiion and wider applying range.随着该分析技术与免疫检测技术生化固定化技术和微细加工技术等的相互融合 ,电致化学发光生物检测技术具有了更高的精度、分辨率和更广的应用范围。
3.The new technologies of rapid prototyping and micro electro mechanical systems (MEMS) and itsmicro-fabrication are introduced, and the advantages and disadvantages of somemicro-fabrications based on rapid prototyping and their new progress are contrastively analyzed.在介绍快速成形技术以及微机电系统与微细加工技术的基础之上,对比分析了一些基于快速成形技术微细加工方法的优缺点及其最新研究成果。
延伸阅读
微细1.细小;琐屑。 2.卑下;低贱。
