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1·V. equation. A mixing leap-frog and C-N finite difference scheme is proposed.

方程周期初值问题构造了其C-N，“蛙跳”混合差分格式。

2·The finite difference scheme - ADI method is used to solve the seepage field model.

采用交替显隐式有限差分格式对渗流场模型进行了求解。

3·And then, we propose an implicit finite difference scheme for the similar problems.

接着，本文提出一个隐式差分格式求解上述类似问题。

4·The finite difference scheme for centered differences in space and time is adopted.

采用时间空间中央差分进行数值求解。

5·Time integration of an initial value problem USES the finite difference scheme quite often.

初值问题的时间积分经常采用差分近似。

6·Finally, the finite difference scheme was interpreted by a discrete random walk model under a certain condition.

最后，对上述的两层有限差分格式在一定条件下进行了离散随机游走的解释。

7·A high order finite difference scheme is constructed based on non-uniform meshes for aero - (acoustics) applications.

研究了非等距网格下高阶精度有限差分方法用于气动声学问题的可行性。

8·The energy equations of the oil film and the bush are solved simultaneously by using an efficient finite difference scheme.

用一有效的有限差分法同时求解油膜和轴瓦的温度控制方程。

9·In the article, the fully discrete finite difference scheme for a special nonlinear reaction-diffusion equation is established.

对一类特殊的非线性反应扩散方程进行完全离散，得到非线性的有限差分格式。

10·Based on the above findings, an efficient finite difference scheme is developed and in fact it is a TVD scheme though much simpler.

在以上发现的基础上，提出了一个有效的无自由参数、无波动的差分格式。