The improvement of the temperature measurement system for the small exposed region in laser assisted microprocessing 激光微细加工中微小曝光区温度测量系统的改进
Railway fixed equipment and rolling stock . data processing . data microprocessing equipments development method and associated documentation 铁路固定设备和机车车辆.数据处理.微处理设备研制方法和相关文件
A new processing control mode of the laser microprocessing system is realized with the help of single chip computer , optical microscope and pc monitor software 在单片机控制器、光学显微镜系统和pc机监控软件的配合下,本激光微加工系统实现了一种新的加工控制方式。
Laser microprocessing is a new branch of laser processing technology . it has been widely used in the fields of fine mechanical system and micromachining 激光微加工技术作为激光加工技术的一个新兴分支,已被越来越广泛地应用于精密机械加工、微机械制造等诸多领域。
Though enormous efforts have been made to overcome this difficulty , the problem has not been solved perfectly . laser assisted microprocessing of semiconductors have the advantages of “ low temperature processing ” and “ direct writing ” 半导体的激光微细加工技术具有“低温处理” 、 “局域升温”的独特优势,将该技术应用于单片oeics的制作,有利于解决其中的兼容难题。
Intellingent high performance digital regulator wp220 series products with microprocessing function , is iso9001 authentication , collecting high performance , low price , easy and simple to handle , and so on , integrative practical regulator 单片机技术,光电隔离,内置蜂鸣器,整机抗干扰能力极强。半导体平面发光器件,亮度高色柔和功耗低,并联驱动,工作寿命长,且灯屏更换方便。
In this thesis , studies on the design of the laser microprocessing system is carried out , including its optical system , controlling system and pc monitor software . in addition , the realization and processing mode of the laser microprocessing system are also discussed 本文对激光微加工系统中各主要部分的研究和设计方法进行了全面的讨论,包括激光微加工机的单片机控制器、加工光学系统、 pc机监控软件等三部分。
It is promising to use this technology in the fabrication of oeics to solve the incompatibility problem . in laser assisted microprocessing , time is an important parameter , which has effect on component ’ s performance , so temperature distributing for small laser - processed region must be well measured 在激光诱导扩散等半导体激光微细加工过程中,温度是一个很重要的参数,它对器件的性能有很大影响,因此微小曝光区域的温度分布是关键的工艺参数,必须得到精确的测量。