半无限的

This method is extended to the semi-infinite liquid field problems, which has a wider application in engineering, by modifying the fundamental solution of Laplace equation using mirror method and superposition method.

在此基础上，通过映象法和迭加原理修改 Laplace方程的基本解，将该方法推广到半无限域流场的情况，适用范围更广。

In Chapter 5, a row-column updating quasi-Newton algorithm for semi-infinite minimax problem is presented.

在第五章中我们给出了半无限极大极小问题的行列修正算法，并且证明了算法具有超线性速度和介于1和2间的收敛阶。

As an application of this method, the simulation of the field of a semi-infinite solid solenoid was investigated.

作为此法的一个用例，对半无限长实心螺线管的场进行了模拟研究。

According to penetration mechanism of jacked pile, the expansion of a series of spherical cavities in semi-infinite space is used to simulate the process of pile installation; and soil is assumed as Mohr-Coulomb material.

根据静压桩的贯入机制，将沉桩过程模拟为半无限土体中一系列球形孔的连续扩张，土体假定为Mohr-Coulomb材料。

The first excitation energy and the mean number of the weak-coupling magnetopolarons in the polyatomic semi-infinite polar crystals were studied by using a linear-combination operator and unitary transformation methods.

采用线性组合算符和么正变换，研究磁场中多原子半无限极性晶体中电子和光学声子弱耦合相互作用所产生的极化子的第一激发态能量及平均声子数。

These changes are called coseismic Coulomb stress changes. They can be calculated by the static dislocation theory in elastic infinite half-space and the boundary element method.

断裂相互作用产生的同震库仑应力改变可以用边界元法和弹性半无限空间中的位错理论进行求解。

In chapter 3, a reliability-based optimization method based on kriging reliability analysis and semi-infinite programming is developed.

本章以kriging模拟技术为基础结合半无限规划方法，将随机变量和非随机变量等同考虑，实现了结构可靠性分析和结构优化设计的一体化，在保证计算精度的同时使计算效率得到较大提高。

In this paper, a filter algorithm for solving a class of semi-infinite programming was proposed.

借助于NCP函数和滤子技术，提出了求解一类半无限规划问题的ODE型的滤子算法。

The deep loading test is an experiment to test the strength and the deformation properties of certain layer in semi-infinite body.

深层载荷试验是指在半无限体内部对某层土体所做的强度和变形特性的载荷试验。

Based on the properties of the α-cuting set of fuzzy number and the membership functions, the original fuzzy program was converted to a semi-infinite programming problem.

基于模糊参数的α-截集和隶属函数的性质，原模糊规划问题被转化成半无限规划问题。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。