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1·Tensors Under Rotations. Multipole Expansion.

转动下之张量。多极展开。

2·The world of today is the one of unity of globlation and multipole.

当今的世界是全球化和多极化相统一的世界。

3·Only magnetic dipole and higher multipole configuratons occur in nature.

自然界中只能出现磁偶极子以及磁多极子的形式。

4·MAC - multipole sub - array acoustic log is an advanced logging technology.

多极子阵列声波技术是目前较先进的测井技术。

5·Furthermore this, papet points the solution method of the image of higher multipole.

并指出高阶电多极子电象的求解方法。

6·General expressions of the magnetic vector potential for multipole fields are derived.

推导出了用多极场空间谐波函数表示的磁矢位的通项表达式。

7·At runtime, we approximate acoustic transfer values using standard multipole expansions.

在运行时，我们使用标准的多极扩张来近似声音传输方程的数据。

8·It USES the fast multipole method (FMM) to accelerate the solution of the integral equations.

它使用快速多极方法(FMM)加速积分方程的解决方案。

9·The results are in good agreement with that obtained by generalized multipole technique (GMT).

计算结果与应用广义多极子技术（GMT）计算得到的结果吻合良好。

10·The elementary properties of the system combining a multipole len with a round len are studied.

研究了多极透镜与旋转对称透镜组合系统的基本性质。

多极

1·The results show that the higher-order, fast multipole boundary element method can be applied to large problems with high numerical accuracy for engineering designs.

研究结果表明，高阶快速多极边界元法易于分析此类大规模问题，并具有很高的数值计算精度，满足工程设计的要求。

2·The elementary properties of the system combining a multipole len with a round len are studied.

研究了多极透镜与旋转对称透镜组合系统的基本性质。

3·The stress fields of such structure around the opening were predicted using a three-dimensional, higher-order fast multipole boundary element method.

为精确模拟该结构的应力状况，该文提出一种三维高阶快速多极边界元法。

4·Fast multipole method is used as a fast solver for BEM, making BEM applicable for large scale simulation of composites with a large number of randomly distributed particles.

快速多极算法作为边界元法的求解算法，从而使边界元法能够对含有大量随机分布颗粒的复合材料进行大规模模拟。

5·It USES the fast multipole method (FMM) to accelerate the solution of the integral equations.

它使用快速多极方法(FMM)加速积分方程的解决方案。