共查询到20条相似文献,搜索用时 46 毫秒
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《Nonlinear Analysis: Theory, Methods & Applications》2005,61(5):839-855
In this paper, we study blow-up solutions to the Cauchy problem of the inhomogeneous nonlinear Schrödinger equationon . We present the -concentration property for general initial data and investigate the -minimality. 相似文献
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Roberta Filippucci Patrizia Pucci Frédéric Robert 《Journal de Mathématiques Pures et Appliquées》2009,91(2):156-177
Using the Mountain-Pass Theorem of Ambrosetti and Rabinowitz we prove that admits a positive weak solution in of class , whenever , and . The technique is based on the existence of extremals of some Hardy–Sobolev type embeddings of independent interest. We also show that if is a weak solution in of , then when either , or and u is also of class . 相似文献
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In this paper, we consider the following elliptic equation(0.1) where , , is differentiable in and is a given nonnegative Hölder continuous function in . The asymptotic behavior at infinity and structure of separation property of positive radial solutions with different initial data for (0.1) are discussed. Moreover, the existence and separation property of infinitely many positive solutions for Hardy equation and an equation related to Caffarelli–Kohn–Nirenberg inequality are obtained respectively, as special cases. 相似文献
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Soyeun Jung 《Journal of Differential Equations》2012,253(6):1807-1861
By working with the periodic resolvent kernel and the Bloch-decomposition, we establish pointwise bounds for the Green function of the linearized equation associated with spatially periodic traveling waves of a system of reaction–diffusion equations. With our linearized estimates together with a nonlinear iteration scheme developed by Johnson–Zumbrun, we obtain -behavior () of a nonlinear solution to a perturbation equation of a reaction–diffusion equation with respect to initial data in recovering and slightly sharpening results obtained by Schneider using weighted energy and renormalization techniques. We obtain also pointwise nonlinear estimates with respect to two different initial perturbations , and , , respectively, sufficiently small and sufficiently large, showing that behavior is that of a heat kernel. These pointwise bounds have not been obtained elsewhere, and do not appear to be accessible by previous techniques. 相似文献
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This paper deals with the following nonlinear elliptic equation where , is a bounded non-negative function in . By combining a finite reduction argument and local Pohozaev type of identities, we prove that if and has a stable critical point with and , then the above problem has infinitely many solutions. This paper overcomes the difficulty appearing in using the standard reduction method to locate the concentrating points of the solutions. 相似文献
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Zhiqin Lu 《Linear algebra and its applications》2012,436(7):2531-2535
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《Nonlinear Analysis: Theory, Methods & Applications》2005,61(5):735-758
Let be an open bounded domain, . We are concerned with the multiplicity of positive solutions of where and is a nonnegative function on . By investigating the effect of the coefficient of the critical nonlinearity, we, by means of variational method, prove the existence of multiple positive solutions. 相似文献
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Huei-li Lin 《Journal of Mathematical Analysis and Applications》2012,391(1):107-118
This article investigates the effect of the coefficient of the critical nonlinearity. For sufficiently small , there are at least k positive solutions of the semilinear elliptic systems where is a bounded domain, , and for . 相似文献
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Quốc Anh Ngô 《Comptes Rendus Mathematique》2017,355(5):526-532
In this note, we mainly study the relation between the sign of and in with and for . Given the differential inequality , first we provide several sufficient conditions so that holds. Then we provide conditions such that for all , which is known as the sub poly-harmonic property for u. In the last part of the note, we revisit the super poly-harmonic property for solutions to and with in . 相似文献
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This paper investigates the existence and asymptotic behavior of nodal solutions to the following gauged nonlinear Schrödinger equation where , and is the so-called Chern–Simons term. We prove that for any positive integer k, the problem has a sign-changing solution which changes sign exactly k times. Moreover, the energy of is strictly increasing in k, and for any sequence , there exists a subsequence , such that converges in to as , where also changes sign exactly k times and solves the following equation 相似文献
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