为有效提高动态测量精度,动态测量误差修正技术已成为当今引人注目的主要技术措施之一。
Nowadays, in order to improve dynamic measurement precision effectively, the correction technique for dynamic errors has become one of the main techniques.
该方法能够对传感器漂移故障做出判定,同时可实现测量误差的修正。
By this method the sensor drift can be detected accurately and the measurement error caused by sensor drift may be corrected at the same time.
离散化的复数电压测量误差跟踪修正技术。
The error tracking correction technique of digital disperse complex number voltage measure.
在详细分析激光粒度仪工作原理的基础上,介绍了一种分层方法,用于修正高浓度悬浊液而引起的测量误差。
On the basis of analyzing the operation principle of laser particle sizer, we introduce a method of delamination which is employed to revise the measurement error by high concentration suspension.
简要地介绍了这种测量误差的检测方法以及修正方法。
How this measurement error can be checked and corrected are briefly discussed.
并通过从测量误差向量中分离出主修正向量后的残余误差向量方法提高修正效率。
The modification efficiency is improved by getting the residual error vector of the major modification vector separated from the measured error vector.
提出挠流阻力引起探针杆挠曲造成水流场测量误差的迭代计算修正方法,分析该方法的收敛性及收敛方式。
A method was proposed to correct errors in water flow field measurements with 5 hole probe because of rod bending caused by flow drag. The convergence of the computing method was analyzed.
仪器用8031单片机作智能部件,对双电层电容充电电流引起的测量误差作了修正。
Theinstrument is controlled by microprocessor 8031. It has been made correction for error of determinaion resulting from charge current for couple electrolayer capacitor.
文中对测量误差进行了简要的论述,分析了四象限光电池引入的系统误差和修正方法。
The system error introduced by the four-quadrant photocell and the error correction method are analyzed emphatically.
灰色模型实时误差预报修正的动态测量误差序列同样为随机过程,也具有上述基本特性。
The series of dynamic measuring errors of the predicting correction of real-time errors of gray model is also a random process and has these four basic characteristics.
接着分析仪器的测量误差,尤其是系统组件对测量精度的影响和修正,并给出仪器的测量结果。
Next, its measurement error, especially the influence of system components on its measurement precision, is analyzed and corrected. The instrument test results are listed.
接着分析仪器的测量误差,尤其是系统组件对测量精度的影响和修正,并给出仪器的测量结果。
Next, its measurement error, especially the influence of system components on its measurement precision, is analyzed and corrected. The instrument test results are listed.
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