本文介绍在风机性能试验中使用自动数据采集和控制系统的情况及用来完成试验的通用程序。
This paper describes the application of an automatic data acquisition and control system in fan performance tests and the universal program used.
就激光光斑中心定位算法进行了研究，设计了将检测系统采集到的光斑图像自动转化成光斑位置数据的程序。
Laser spot positioning algorithm is studied in this paper, and program which can automatically change the spot images collected by the detection system to spot location data is designed.
编制了计算机自动控制程序，信号采集和存取程序，分级淋洗程序和色谱数据分析处理程序。
The softwares including computer automatic controlling, signals collecting and restoring, step gradient elution controlling, data resolution were programed.
以激光光斑中心定位算法作为研究对象，编写了将检测系统采集到的光斑图像自动转化成光斑位置数据的程序。
To laser spot center positioning algorithm as object of study, compiled the procedure of spot diagram collected images with detecting system automatically change into spot position data.
所有设备都可应用电池现场操作，它们简单易用，能通过软件设定程序并自动采集和处理各项数据。
All the instruments are battery operated, simple in use and are delivered with software for versatile presentation of data, both on-line and post deployment processing.
程序同时兼顾图形的绘制，能自动进行管段编号、数据采集和各数据标注等，大大提高了设计的效率。
The program also thought about the protract of drawing, it can number lines, select data and label data, which improved the efficiency of the design greatly.
程序同时兼顾图形的绘制，能自动进行管段编号、数据采集和各数据标注等，大大提高了设计的效率。
The program also thought about the protract of drawing, it can number lines, select data and label data, which improved the efficiency of the design greatly.
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