Article
Publicly Available
Asymptotic Nondegeneracy of Least Energy Solutions to an Elliptic Problem with Critical Sobolev Exponent
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Futoshi Takahashi
Published/Copyright:
March 10, 2016
Published Online: 2016-03-10
Published in Print: 2008-11-01
© 2016 by Advanced Nonlinear Studies, Inc.
Articles in the same Issue
- Sobolev Inequalities and Ellipticity of Planar Linear Hamiltonian Systems
- A Nonresonance Condition for Boundary Value Problems
- Compactness Property of a Singular Quasilinear Elliptic Equation
- Absence of Global Solutions to Systems of Perturbed Parabolic Inequalities with Chipot–Weissler Nonlinearity in the Gradient Term
- Weak Solutions of the Problem ∆2u = un/n-4 with Prescribed Singular Sets
- Exponential Growth Rates of Periodic Asymmetric Oscillators
- Positive Solutions of a System Arising from Angiogenesis
- Asymptotic Nondegeneracy of Least Energy Solutions to an Elliptic Problem with Critical Sobolev Exponent
- The Multidimensional Bipolar Quantum Drift-diffusion Model
- Vortices with Prescribed L2 Norm in the Nonlinear Wave Equation
- Existence and Multiplicity of Solutions for Neumann p-Laplacian-Type Equations
- On the Global Analytic Integrability of the Belousov–Zhabotinskii System
Articles in the same Issue
- Sobolev Inequalities and Ellipticity of Planar Linear Hamiltonian Systems
- A Nonresonance Condition for Boundary Value Problems
- Compactness Property of a Singular Quasilinear Elliptic Equation
- Absence of Global Solutions to Systems of Perturbed Parabolic Inequalities with Chipot–Weissler Nonlinearity in the Gradient Term
- Weak Solutions of the Problem ∆2u = un/n-4 with Prescribed Singular Sets
- Exponential Growth Rates of Periodic Asymmetric Oscillators
- Positive Solutions of a System Arising from Angiogenesis
- Asymptotic Nondegeneracy of Least Energy Solutions to an Elliptic Problem with Critical Sobolev Exponent
- The Multidimensional Bipolar Quantum Drift-diffusion Model
- Vortices with Prescribed L2 Norm in the Nonlinear Wave Equation
- Existence and Multiplicity of Solutions for Neumann p-Laplacian-Type Equations
- On the Global Analytic Integrability of the Belousov–Zhabotinskii System