针对传统手工校准频谱分析仪存在校准时间久、效率低、容易引入人为误差等问题。
For the problem of the traditional manual calibration spectrum analyzer calibration need long time, low efficiency, easy to introduce human error.
该系统在现场条件下可对多种不同型号的ATE、专用测试设备进行自动化综合计量校准，提高了计量保障效率和质量。
The system can perform automatic synthesis calibration of much more types of ATE and Special Purpose Test Equipment. Servicing efficiency and quality of measurement support is improved.
在微波通信中，天线方位角的校准通常采用经纬仪法，存在误差大、效率低的缺点。
In microwave communication, the conventional theodolite method for antenna azimuth calibration is of large error and poor efficiency.
该方法减少了误差因素，提高了测试精度，而且使在轨测试系统的校准由程序自动执行，提高了测试效率。
This method decreases the number and values of error factors, improves the test accuracy and efficiency, also makes the calibration procedure be performed automatically by program.
与传统的方法相比在保证校准精度的前提下，提高了效率。
Comparing traditional methods, the method lodged in this paper can improve efficiency.
简述了利用万能测长机对基准量块进行校准的方法，简化了校准环节，提高了工作效率，为公司节省了开支。
It introduces how to calibrate standard gauge block with the help of universal length measuring machine. It simplifies calibration link, improves work efficiency and cuts down company's expense.
定点液位测量提高了流量标准装置的工作效率，能够使流量标准装置直接检定腐蚀性液体流量计，并且可以实现校准过程的自动化、数据的自动采集和自动化管理。
The adjusting of flow meter is automatic when the method of measuring fixed-point liquid level is used on liquid flow calibration facility, and the data can be gathered and processed automatically.
利用坐标测量臂和激光跟踪仪的大尺寸测量能力，对传感器坐标系进行全局校准，提高校准的精度和效率。
The global calibration of sensor coordinates is accomplished by coordinates measurement arm and laser tracker, improving calibrated precision and efficiency.
该系统实现推力校准的远距离控制，提高校准精度、效率和安全性，常温校准结果可达到0.05%。
The system implements remote control and improves calibration accuracy, efficiency and security. The result of thrust calibration in normal temperature attains 0.05%.
该系统实现推力校准的远距离控制，提高校准精度、效率和安全性，常温校准结果可达到0.05%。
The system implements remote control and improves calibration accuracy, efficiency and security. The result of thrust calibration in normal temperature attains 0.05%.
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