0,是分枝參數;而c>0,是演化參數。我們主要要證明函數f在適當的假設下,我們可以找到一個c₁>0,使得在(λ,‖u‖∞)平面上,我們有以下兩個性質。 (1)當0 具一般非線性函數 Dirichlet-Neumann 邊界問題之分枝曲線分類與演化及其應用 = Classification and evolution of bifurcation curves for a Dirichlet-Neumann boundary value problem with general nonlinearity and its application|Airiti Library 華藝線上圖書館
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  • 學位論文

具一般非線性函數 Dirichlet-Neumann 邊界問題之分枝曲線分類與演化及其應用

Classification and evolution of bifurcation curves for a Dirichlet-Neumann boundary value problem with general nonlinearity and its application

指導教授 : 王信華

摘要


我們研究在Dirichlet-Neumann邊界條件下的正解分枝曲線的分類與演化,u''(x)+λf(u)=0, 00,是分枝參數;而c>0,是演化參數。我們主要要證明函數f在適當的假設下,我們可以找到一個c₁>0,使得在(λ,‖u‖∞)平面上,我們有以下兩個性質。 (1)當0

並列摘要


We study the classification and evolution of bifurcation curves of positive solutions for the Dirichlet-Neumann boundary value problem u''(x)+λf(u)=0, 00 is a bifurcation parameter and c>0 is an evolution parameter. We mainly prove that, under some suitable assumptions on f, there exists c₁>0, such that, on the (λ,‖u‖∞)-plane, (i) when 0

參考文獻


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