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1·However, Laplace expansion is efficient for small matrices only.

但是，拉普拉斯展开仅对小型矩阵有效。

2·Laplace at seventy-eight died young.

拉普拉斯78岁逝世时依然年轻。

3·With Laplace transforms, the question can be solved in Laplace d.

利用拉普拉斯变换，将定解问题转换到拉普拉斯域内求解。

4·The generalized Riesz summability operators of Laplace series are introduced.

引进了拉普拉斯级数的广义黎斯可和算子。

5·The Laplace space solution of this model can be derived by Laplace transforms.

利用拉氏变换方法求出该模型在拉氏空间的解。

6·Two matrices have to be calculated when solving plane Laplace equation by the use of BEM.

用边界元方法求解平面拉普拉斯方程时必须计算两个矩阵。

7·The laplace-transform method is only applicable to the frequency domain analysis for linear circuits.

拉普拉斯变换法只适用于线性电路的频域分析。

8·Finally, by applying Laplace numerical inversion technique the solutions in time domain can be obtained.

最后应用拉普拉斯数值反演技术得到时间域的解。

9·Using Laplace transforms and a continued fraction method, the distribution of buffer content is achieved.

运用拉氏变换和连分数的方法求得了缓冲器容量的稳态分布。

10·This paper presents the solutions in Laplace space derived by point-source function and Green's function.

首先用点源函数和格林函数法，推导出拉普拉斯空间线源解。