1) integrative microcomputer
一体化微机
1.
The use of integrative microcomputer has certain advantages and disadvantages with regard to its fault detection.
本文从一体化微机的由来阐明一体化微机给故障检测所带来的利弊，归纳了一体化微机的故障分类，论述了故障定位的主要思路；并从硬件和软件两个方面介绍了排除故障的基本方法。
2) Micro-electro mechanical system
微机电一体化系统
4) mechatronics
[,mekə'trɔniks]
机电一体化
1.
Integral and Hand-on Laboratorial Teaching and Experiment Sets Researching in Mechatronics;
机电一体化综合设计性实验方法及装置的研究
2.
Discuss on the Integration of Computer Technology and Mechatronics;
浅谈计算机与机电一体化技术的整合
3.
The Application of Mechatronics on the Mechanical Engineering and its Development Trend;
机电一体化技术在机械工程上的应用及发展趋势
5) electromechanical integration
机电一体化
1.
Discussions of the Developmental trends and countermeasures of practice teaching on electromechanical integration;
机电一体化发展趋势和实践教学对策探讨
2.
The research status and developing prospects of electromechanical integration;
机电一体化研究现状及发展应用前景
3.
The study of constructing the Curriculum system of electromechanical integration in higher vocational education
高职机电一体化复合型人才课程体系的构建
6) mechatronic
机电一体化
1.
Mechatronic Design of a Small-Sized Soccer Robot Kicker;
小型足球机器人踢球器机电一体化设计
2.
The study of ship mechatronic equipment fault diagnosis technique;
舰船机电一体化装备故障诊断技术研究
3.
Design of pneumatics and mechatronics based on FluidSIM Pneumatics;
基于FluidSIM Pneumatics软件的气动及机电一体化设计
补充资料：钒钠化焙烧回转窑微机控制系统(锦州铁合金厂)
钒钠化焙烧回转窑微机控制系统(锦州铁合金厂)
钒钠化焙烧回转窑微机控制系统(锦州铁合金厂)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条