Error equation of linearity correction is given;
给出了折半法线性校正误差的计算公式；
According to the error equation of INS, the influence of gravity disturbance is analyzed.
由惯导系统的误差方程分析了扰动重力场的影响。
It can help students to understand the essence and using condition of Ringbom error equation.
它有助于学生搞清林邦误差公式的本质和使用条件。
The error equation of the trajectory parameters is developed by the relationship of the error transmission function based on the intersection model.
在现有定位模型的基础上，通过函数误差传递关系，推导了弹道参数的误差表达式。
Bringing these parameters into interpolation error equation, and then errors can be worked out which provides a theoretical basis for error compensating.
将得到的波形参数带入细分误差公式，即可以求取细分误差，并为误差补偿提供了理论基础。
In the case of large misalignment angles, quaternion error equation and nonlinear filtering can improve the performance of the in-flight alignment of SINS.
利用四元数误差方程和非线性滤波技术能较好地解决大失准角下SINS的空中对准问题。
Based on the simulation of the gyro attitude errors resulted from above mentioned, a simplified error equation is established and the analysis in complex domain is made.
对由此产生的陀螺姿态角误差进行了仿真分析，并在此基础上建立起与之相应的简化误差方程，对简化误差方程进行了复域分析。
Deducing error equation that used vector rotating and transfer of axes theory, Measuring out measurement parameter error on different orthogonality by testing optical-electrical device.
提出误差推导的一种新方法，利用向量旋转及坐标系变换理论推导出误差公式。
This paper introduces the basic principle to correct the photometric linearity with optical superposition method, and its measuring method; Error equation of linearity correction is given;
介绍了采用光叠加法校正分光光度计光度线性的基本原理及测量方法；
By means of Kalman filter techniques, error equation and measure equation of SINS are presented. We made the simulation on initial alignment of navigation system on stationary base in the lab.
将卡尔曼滤波技术应用于捷联惯导系统的初始对准研究，建立了系统的误差方程和量测方程，对系统的静基座初始对准进行了仿真研究。
The methods of error correction and its equation are also discussed.
并讨论修正系统误差的方法或修正计算公式。
The calculation error of the optimized extractor by the precise equation is lower than the error by the simple equation.
相同条件下，最优萃取比精确方程的计算结果误差小于现有的最优萃取比方程。
The measurement equation for multi position error separation technique is put forward, and the equation is universal for all the current multi step and multi point methods.
提出了多位法误差分离技术读数方程，可统一现行的多步法和多点法。
Using this method optimum imitative straight line equation and minimum non-linear error can be got.
用这种方法可以求得最佳拟合直线方程和最小的非线性误差。
The algorithm is deduced and difference equation of parameter error given by which the algorithm convergence is proved theoretically.
对该算法进行了推导，并给出了参数误差的差分方程，在理论上证明了算法的收敛性。
A novel gradient constraint equation was obtained through analyzing the error of temporal gradient.
通过对时间梯度误差的分析，得到了新的梯度约束方程；
The relation between load and displacement is deduced by approximately differential equation of flexural curve and the error resulted from this estimation is given out.
应用挠曲线近似微分方程，推导了线切割结构的载荷与位移关系，并给出了由于微分近似导致的误差。
Brsed on the wave theory of optics, the affect caused by the phase error in Fresnel near-field diffraction equation is analysed.
根据波动光学的理论，对菲涅耳近场衍射公式误差相位的影响进行了分析。
Given the stability, error estimate of full discretization for the linear equation.
给出该线性方程全离散的稳定性和误差估计。
The differential model not has model error. Solving the differential equation has rounding error.
微分模型没有模型误差，微分方程的求解存在舍入误差。
The interpolation precision was improved by introducing error compensation and solving the matrix equation after interpolated points' parameter had been computed roughly.
该算法是在粗确定插补点参数后，引入误差补偿值，通过求解矩阵方程提高插补点的计算精度。
Calculation shows that the viscosity model based on pr state equation has big error, while LBC empirical relationship can provide more accurate viscosity of acidic gas.
通过计算比较发现，基于PR状态方程的粘度预测模型误差较大，而LBC经验关系能较准确地确定酸性气体的粘度。
An equation to estimate approximately the error of the displacement vector was given in the correction of the coarse mesh.
在粗网格校正过程中，给出了一种近似求解位移向量误差的方程；
The error of regression equation should be analyzed when using regression analysis method.
回归分析时，应对回归方程的误差进行分析。
The separated theorem is proved for constructing the functions and polynomial equation, the error formula for the construction function is also obtained.
提出了构造过程和构造方程形式的析出定理的理论证明，提供了构造函数的误差公式。
The result showed the experiment error was allowable to laboratory apparatus and proved Bernoulli equation.
结果显示：实验误差在设备装置允许的范围内，从而验证了柏努利方程。
The result showed the experiment error was allowable to laboratory apparatus and proved Bernoulli equation.
结果显示：实验误差在设备装置允许的范围内，从而验证了柏努利方程。
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