摘要
利用空间H10(Ω)的正交分解和极小值原理给出了具临界指数2*的椭圆方程-Δu=λ1u-|u|2*-2u+g(x,u)+h(x)1解的存在性定理,这里次临界项g(x,u)关于u是非线性的,λ1为算子-Δ在H10(Ω)中最小特征值.特别当h≡0时,本文还获得了非零解的存在性结论.
In this paper, existence theorems of solution for a class of semilinear elliptic equations -△u=λ1u-|u|^2*-2u+g(x, u)+h(x), involving the critical Sobolev exponent 2^* and the first eigenvalue λ1, has been given by ways of the least action principle and the orthogonal resolution on the Sobolev space H0^1 (Ω), where g is the subcritical item to be given.
Moreover, a non-zero solution has been obtained in the case of h≡0.
出处
《大学数学》
北大核心
2006年第5期41-44,共4页
College Mathematics
基金
国家自然科学基金资助项目(10071048)
宜宾学院自然科学(青年)基金资助项目(2006001102)