摘要
基于虚拟仪器系统和微机自动控制理论,利用计算机面向对象VC++平台进行可视化编程,具有界面形象、操作方便特点完成控制测量,研究设计出一套长余辉材料发光特性的自动测量系统,详细介绍了程序设计思路及PCI动态链接库的嵌入式编程方法,提供并解释了部分关键函数、命令,设计完成后通过测试,使测量工作量大为减少,成为长余辉材料的发光亮度随时间变化特性测量和长余辉材料选择的有力工具,并已经应用到多个研究单位。
The Virtual instrument system of Auto-measure the characters of long time fluorescent material on Visual C＋＋ platform is based on visible controlling system with computer. Based on virtual instrument and auto-control principles, designed and devel.qped an auto-measure system of brightness performance for fluorescent material. The multithread synchronization train of thought and tech- nology of embedded program for PCI Dynamic link library are discussed. The key functions and orders are given and interpreted. Af- ter schemed, the system was tested and used in several laboratories. It＇s a powerful instrument for brightness parameter auto-measurement and the selection for fluorescent material＇s composition.
出处
《微计算机信息》
2009年第13期312-314,共3页
Control & Automation
关键词
长余辉
自动测量
VC++
虚拟仪器系统
Glowing pigments
Auto-measure
VC＋＋
Virtual instrument system
