In this paper, dynamic measuring accuracy theory are deepened.
文中提出了精度损失分解与溯源理论、精度损失建模预测理论和精度损失权与权函数理论,深化了动态测量精度理论。
Rotating induction synchronizer and digit-readout system are the main parts of the designed measuring system, and have the decisive effect on the measuring accuracy.
圆感应同步器数显系统是测试系统最重要的部分,对测试精度有决定性的影响。
In addition to studying the principles underlying the measurement of temperature by the digital sensor DS1820, this paper also provides a better calculation of its measuring accuracy and an improvement of its working efficiency.
本文通过对数字温度传感器DS1820测温原理的研究,给出了提高其测温精度的改进算法,使系统性能得以提高。
Finally, the paper gives an experimental verification and error analysis about measuring accuracy of photoelectricity alignment instrument.
最后,对新型光电对中器的测量精度进行了实验验证和误差分析。