1.
Natural Boundary Element Method for Boundary Value Problem in an Exterior Elliptic Infinite Sector Domain
椭圆外无穷扇形区域边值问题的自然边界元法
2.
In this paper, by generalized critical point and Z2 index theory, we give that the equation have infinite solutions.
应用广义临界点及其Z2指标理论，给出了一类无界区域上半线性椭圆方程具有无穷多解的结论.
3.
The Role of Domain Shape on the Asymptotically Linear Elliptic Problem;
区域形状对渐近线性椭圆问题的影响
4.
Classification between rectangular and ellipsoid/circular areas
矩形和(椭)圆区域目标的分类识别
5.
Some Second Order Elliptic Partial Differential Equations on Unbounded Domain;
某些无界区域上的二阶椭圆型偏微分方程
6.
Structure of positive solutions of a class of semilinear elliptic systems;
环形区域上一类半线性椭圆方程解的结构
7.
Positive Radial Solutions of Nonlinear Elliptic Equations in Exterior Domains of Ball
球外部区域上非线性椭圆型方程的正径向解
8.
Existence of Solutions to a Kind of Semilinear Elliptic Equations in Exterior Domains
外部区域上一类半线性椭圆型方程解的存在性
9.
Existence of Solutions to Semilinear Elliptic Equations in Exterior Domains;
半线性椭圆型方程外部区域上解的存在性
10.
Some Results on Nonlinear Elliptic System in Exterior Domain and Hénon Equation
外区域上非线性椭圆方程组和Hénon方程的研究
11.
Existence Results for Critical Nonlinear Elliptic Systems in Exterior Domains with Neumann Boundary Conditions
外区域上椭圆方程组Neumann问题解的存在性研究
12.
A NUMERICAL METHOD FOR AN ANISOTROPIC PROBLEM IN AN EXTERIOR ELLIPTIC DOMAIN
椭圆外区域各向异性问题的一种数值解法
13.
Domain Decomposition Methods Based on the Natural Boundary Reduction for the Anisotropic Elliptic Boundary Value Problem in the Exterior Domain;
无界区域各项异性椭圆型方程的基于自然边界归化的区域分解法
14.
Domain Decomposition Methods for Fourth Order Elliptic Problems--Multi subdomain Overlap Case
解四阶椭圆问题的区域分解算法——多子域重叠情形
15.
Resembling an ellipse in shape;elliptical.
椭圆形的形状类似椭圆的，椭圆的
16.
Infinitely Many Solutions for Two Non-cooperative p(x)-Laplacian Elliptic Systems;
两类非合作p（x）-Laplacian椭圆方程组的无穷多解性
17.
A Schwarz Alternating Method for the Anisotropic Elliptic Boundary Value Problem on Unbounded Domains
无界区域各向异性椭圆边值问题的一种Schwarz交替法
18.
This spinning area surrounding the event horizon is called the ergosphere and has an ellipsoidal shape.
这活动视界周围旋转的区域是所谓的能层而具有椭圆形。