1.
Self-calibration technique based on Kruppa equations obtaining initial solution by translational motion
平移初值操作的基于Kruppa方程的自标定方法
2.
characteristic equation of differential equation system
微分方程组的特征方程
3.
characteristic equation of difference-equation system
差分方程组的特征方程
4.
ANLAB colour-difference equation
ANLAB色差方程
5.
secular equation
久期方程;久期方程式;久期方程式;长期方程;特征方程
6.
S：The process to get the solution of equation.
生：求方程的解的过程叫做解方程。
7.
Numerical Solution of Singularly Perturbed Differential Equation and Fractional Order Differential Equation;
奇摄动方程和分数阶方程的计算方法
8.
Comparison between Lagrange Equation and Hamilton Canonical Equation in Application;
Lagrange方程与Hamilton正则方程应用方法的比较
9.
a biquadratic equation [ root ]
四次方程式[乘根]
10.
an equation of the first [second] degree
一 [二] 次方程式
11.
The Stability of Boussinesq Equations;
Boussinesq方程的稳定性
12.
perturbation method in ordinary differential equation
常微分方程摄动方法
13.
Numerical Methods for ODE
常微分方程数值方法
14.
Parties to project , Other parties concerned
工程关系方, 其他关系方
15.
The Wavelet-Galerkin Method for Parabolic Equation;
抛物型方程的Wavelet-Galerkin方法
16.
Legendre Wavelets Method for Differential Equations
微分方程的Legendre小波方法
17.
marked by or adhering to method or system.
以方式、程序为特点或坚持方法、程序的。
18.
Difference equations are derived by differential equations.
微分方程经过差分化后引出差分方程。