全部

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·Based on the original precise integration method, the problem that singular matrix appears in non-homogeneous equation was discussed.

在原有精细积分法的基础上，对非齐次方程出现奇异矩阵的问题进行探讨。

3·By equating the determinant of the steady-state homogeneous equation to zero, the terminal capacitances for maintaining constant voltage are computed.

令发电机稳态运行所对应齐次方程的行列式为零，并使发电机的端电压为恒值，计算不同运行状况下机端电容值。

4·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·In the solving process of homogeneous equation set, the operational procedure for elementary line transformation is sometimes not simple and convenient as it seems to be.

在齐次方程组求解的过程中，初等行变换的运算过程有时显得并不简便。

6·The application of the asymptotic solution of second order linear homogeneous equation with big parameter to studying the longitudinal and twisted vibrations of tapered sticks is discussed .

讨论了含大参数的二阶线性方程的渐进解， 并将其应用于楔型杆的纵振和扭振的研究。

7·The boundary integral equation in homogeneous media was dispersed into algebraic equations through the use of spline function.

采用样条插值函数将均匀介质的边界积分方程离散为代数方程组。

8·Electron energy distributions of direct-curent argon discharges at low pressures were calculated by numerically solving the homogeneous Baltzmann equation.

由数值求解均匀的玻尔兹曼方程，计算出低压直流氩放电中电子的能量分布。

9·It is proved that if the medium is piecewisely homogeneous, the solution of the differential -integral equation satisfies the boundary conditions on boundaries between different media.

证明了在介质为分区均匀的条件下，这个微分-积分方程的解满足不同介质边界面的边界条件。

10·NURBS curve equation has three kinds of the equivalence form, i. e. rational fraction, rational base function and homogeneous coordinate.

NURBS曲线方程具有三种等价形式：有理分式表示、有理基函数表示和齐次坐标表示。