| 1. | Positive solution of some singular p - laplace equations
方程边值问题的正解 |
| 2. | Growth estimates to subelliptic p - laplace equations on heisenberg group
方程的增长性估计 |
| 3. | Method of reducing dimensions for laplace equation ' s conformal transformation
方程的保角变换降维法 |
| 4. | Existence and multiplicity of positive solutionsfor a fourth - order p - laplace equations
方程正解的存在性及多解性 |
| 5. | Derivation of dirichlet and neumann problem in laplace equation with algebraic method
极坐标下平面曲线的四步作图法 |
| 6. | The existence of solutions for p - laplace equations subject to three - point boundary value problem
方程三点边值问题解的存在性 |
| 7. | At first , the relaxed iterative schwarz alternating method based on the laplace equation is discussed
论文首先阐述了基于laplace方程的松弛迭代schwarz交替法。 |
| 8. | The harmonic equation ， or laplace equation is a typical and simple elliptic partial differential equation
最典型也最简单的椭圆型偏微分方程是调和方程，又称laplace方程。 |
| 9. | The mathematical model of many problems of mechanics and physics are reduced to boundary problems of laplace equation
力学和物理学研究中的许多问题都归结为laplace方程的边值问题。 |
| 10. | We can attribute it to the laplace equations and can use panel method to solve this kind of problems because of its many notable advantages in the occasion of infinite water depth
对于无限水域中的波浪与物体相互作用问题，面元法(边界元法)较其他的方法有着较为显著的优点，因此被广泛采用。 |
