1) homogeneous weight equation
齐权方程
1.
The concept of higher－ order homogeneous weight equations and methods of reducing orders according to certain laws are introduced and then,quasi－ homogeneous weight equations were reasoned.
本文给出了高阶齐权方程的概念及按律降阶的方法，并推及准齐权方程 。
2) quasi-homogeneous weight equation
准齐权方程
1.
The concept of higher－ order homogeneous weight equations and methods of reducing orders according to certain laws are introduced and then,quasi－ homogeneous weight equations were reasoned.
本文给出了高阶齐权方程的概念及按律降阶的方法，并推及准齐权方程 。
4) homogeneous equation
齐次方程
1.
The treatment,by which the non-homogeneous equation was transformed into homogeneous equation,not only simplifies.
将非齐次方程转化为齐次方程不仅使问题变得大为简化,同时也减少了数值计算的工作量。
2.
Considering the symplectic relations of variations in the thermal equilibrium formulations and gradient equations,the non-homogeneous Hamilton canonical equation was transformed into homogeneous equation for solving independently the coupling problem of piezothermoelastic bodies by increasing the dimensions of the canonical equation.
考虑热平衡方程与导热方程中变量的对偶关系,通过增加正则方程的维数,成功地将非齐次的正则方程转化为能独立求解的压电热弹性体耦合问题的齐次方程。
3.
First of all,a non-linear Schrodinger equation can be converted into homogeneous equations,and then the precise integration method can be used to solve these problems.
首先将非线性薛定谔方程变形为齐次方程的形式,然后用精细积分法模拟其随时间的演化过程。
5) inhomogeneous system of equation
非齐方程
6) homogeneous/non-homogeneous equations
齐次/非齐次方程
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