[数]积分方程

积分方程（式）

integral equations───[数]积分方程

indicial equation───[数]指数方程

integral function───[数]整函数

indicial equations───[数]指数方程

integral functions───[数]整函数

integral domain───整域；[数]整环

internal relation───内在联系；内部联系

linear equation───n.[数]线性方程

algebraic equation───[数]代数方程

Main ingredients are the technology of integral equation and the fixed point theorems on cone.───主要工具是积分方程技巧和锥上的不动点定理.

Firstly, half - space dyadic Green's functions are given to establish the integral equation for buried dielectric objects.───首先, 利用半空间电磁并矢格林函数建立起埋地目标体的体积分方程.

Avoiding singular fundamental solution, the paper using non-singular fundamental solution to establish the boundary integral equation.───本文避开奇异基本解，用非奇异基本解建立边界积分方程。

The singular integral equation for the unkown crack opening displacement is derived.───求出了以裂纹张开位移为未知量的奇异积分方程.

The method was over ten times more rapid than the volumetric integral equation method.───缺陷的重构速度比用体积分方程法提高十倍以上.

Straightforward algebra leads to the integral equation quoted above.───上面引用了简单代数的积分方程.

Compared with Finite Element Method and Finite Difference Method, Boundary Integral Equation Method is computationally more efficient.───有限元法和有限差分法相比，该方法具有更高的计算效率。

By applying fast multipole expansion, the boundary integral equation about 3 D potential problem is made discrete.───应用快速多极展开法将三维位势问题的边界方程离散.

problem of torsion of elastic shaft of revolution embedded in an elastic half space is studied by the Line-Loaded Integral Equation Method (LLIEM).───积分方程法(LLIEM)研究嵌在弹性半空间的弹性回转轴的扭转问题。

By means of integral equation of vector potential in the time domain and using several simple approximations, the electromagnetic fields on the axis in the far zone are calculated and compared.

The computer aided design method bud on boundary integral equation is presented for small slotted planar array.

Volume integral equation method has been used to calculate forward and inverse problems of 3D electromagnetic fields in homogeneous half-space.

In solving the integral equation, the convergence of high-speed Romberg integral method was used to realize the 3D visual simulation of the ship waves.

The electromagnetic field integral equation in the quasi-optical cavity is obtained using the dyadic Green's function.

And then the eigenvalue problem of integral equation is transformed into the standard eigenvalue problem of a positive definite matrix with infinite order.

By using of complex variable and integral equation methods, the antiplane multiple elliptical holes and multiple cracks problem of infinite region was considered.

The volume integral equation method based on tensor Greens function is used to modeling the transient electromagnetic responses from a reservoir in a layered formation.

By type factors and transitional momentum integral equation, the approximate expression of momentum thickness is presented as well.