This paper investigates the existence of ground state solutions to the following nonlinear Schrödinger-Poisson system by variational methods{-Δu+ωu+V(x)u+eФu=|u|p-2u,x∈R3,-ΔФ=e/2(u2-ρ(x)),x∈R3...This paper investigates the existence of ground state solutions to the following nonlinear Schrödinger-Poisson system by variational methods{-Δu+ωu+V(x)u+eФu=|u|p-2u,x∈R3,-ΔФ=e/2(u2-ρ(x)),x∈R3,provided that ρ(x)≥0 and e2‖ρ‖6/5≤ρ0with ρ0>0 small enough,where 40 denotes a coupling constant,ω>0 is a Lagrange multiplier,the potential V(x)is coercive and the doping profile ρ(x)satisfies appropriate decay conditions.The introduction of ρ(x)compromises the coercivity of the energy functional.Therefore,we establish the existence of ground state solutions by considering the minimization problem on Nehari manifold.展开更多
This article studies a class of nonlinear Kirchhoff equations with exponential critical growth,trapping potential,and perturbation.Under appropriate assumptions about f and h,the article obtained the existence of norm...This article studies a class of nonlinear Kirchhoff equations with exponential critical growth,trapping potential,and perturbation.Under appropriate assumptions about f and h,the article obtained the existence of normalized positive solutions for this equation via the Trudinger-Moser inequality and variational methods.Moreover,these solutions are also ground state solutions.Additionally,the article also characterized the asymptotic behavior of solutions.The results of this article expand the research of relevant literature.展开更多
This paper is concerned with the positive ground state solutions for a quasilinear Schrodinger equation with a Hardy-type term.We obtain positive ground state solutions for the given quasilinear Schrodinger equation b...This paper is concerned with the positive ground state solutions for a quasilinear Schrodinger equation with a Hardy-type term.We obtain positive ground state solutions for the given quasilinear Schrodinger equation by using a change of variables and variational method.展开更多
In this article,we study the generalized quasilinear Schrodinger equation-div(ε^2g^2(u)▽u)+ε^2g(u)g′(u)|▽u|^2+V(x)u=K(x)|u|^p-2u,x∈R^N where A≥3,e>0,4<p<,22*,g∈C 1(R,R+),V∈C(R^N)∩L∞(R^N)has a posit...In this article,we study the generalized quasilinear Schrodinger equation-div(ε^2g^2(u)▽u)+ε^2g(u)g′(u)|▽u|^2+V(x)u=K(x)|u|^p-2u,x∈R^N where A≥3,e>0,4<p<,22*,g∈C 1(R,R+),V∈C(R^N)∩L∞(R^N)has a positive global minimum,and K∈C(R^N)∩L∞(R^N)has a positive global maximum.By using a change of variable,we obtain the existence and concentration behavior of ground state solutions for this problem and establish a phenomenon of exponential decay.展开更多
We study the following nonlinear fractional Schrodinger-Poisson system with critical growth:{(-△)sμ+μ+φμ=f(μ)+|μ|2s-2μ,x∈R3.(-△)tφ=μ2x∈R3,(0.1)where 03 and 2s=6/3-2s is the critical Sobolev exponent in 1R...We study the following nonlinear fractional Schrodinger-Poisson system with critical growth:{(-△)sμ+μ+φμ=f(μ)+|μ|2s-2μ,x∈R3.(-△)tφ=μ2x∈R3,(0.1)where 03 and 2s=6/3-2s is the critical Sobolev exponent in 1R3.Under some more general assumptions on f,we prove that(0.1)admits a nontrivial ground state solution by using a constrained minimization on a Nehari-Pohozaev manifold.展开更多
This article is concerned with the nonlinear Dirac equations-iδtψ=ich ∑k=1^3 αkδkψ-mc^2βψ+Rψ(x,ψ) in R^3.Under suitable assumptions on the nonlinearity, we establish the existence of ground state solution...This article is concerned with the nonlinear Dirac equations-iδtψ=ich ∑k=1^3 αkδkψ-mc^2βψ+Rψ(x,ψ) in R^3.Under suitable assumptions on the nonlinearity, we establish the existence of ground state solutions by the generalized Nehari manifold method developed recently by Szulkin and Weth.展开更多
In this paper,we investigate a class of nonlinear Chern-Simons-Schr?dinger systems with a steep well potential.By using variational methods,the mountain pass theorem and Nehari manifold methods,we prove the existence ...In this paper,we investigate a class of nonlinear Chern-Simons-Schr?dinger systems with a steep well potential.By using variational methods,the mountain pass theorem and Nehari manifold methods,we prove the existence of a ground state solution forλ>0 large enough.Furthermore,we verify the asymptotic behavior of ground state solutions asλ→+∞.展开更多
We consider the Schrodinger-Poisson system with nonlinear term Q(x)|u|^p-1u,where the value of |x|→∞ lim Q(x)may not exist and Q may change sign.This means that the problem may have no limit problem.The existence of...We consider the Schrodinger-Poisson system with nonlinear term Q(x)|u|^p-1u,where the value of |x|→∞ lim Q(x)may not exist and Q may change sign.This means that the problem may have no limit problem.The existence of nonnegative ground state solutions is established.Our method relies upon the variational method and some analysis tricks.展开更多
We study the Choquard equation-Δu+V(x)u-b(x)∫R3|u(y)|2/|x-y|dyu,x∈R3,where V(x)=V1(x),b(x)=b1(x)for x1>0 and V(x)=V2(x),b(x)=b2(x)for x1<0,and V1,V2,b1and b2are periodic in each coordinate direction.Under som...We study the Choquard equation-Δu+V(x)u-b(x)∫R3|u(y)|2/|x-y|dyu,x∈R3,where V(x)=V1(x),b(x)=b1(x)for x1>0 and V(x)=V2(x),b(x)=b2(x)for x1<0,and V1,V2,b1and b2are periodic in each coordinate direction.Under some suitable assumptions,we prove the existence of a ground state solution of the equation.Additionally,we find some sufficient conditions to guarantee the existence and nonexistence of a ground state solution of the equation.展开更多
In this paper,we consider the Chern-Simons-Schrodinger system{−Δu+[e2|A|2+(V(x)+2eA0)+2(1+κq/2)N]u+q|u|p−2u=0,−ΔN+κ2q2N+q(1+κq2)u2=0,κ(∂1A2−∂2A1)=−eu2,∂1A1+∂2A2=0,...In this paper,we consider the Chern-Simons-Schrodinger system{−Δu+[e2|A|2+(V(x)+2eA0)+2(1+κq/2)N]u+q|u|p−2u=0,−ΔN+κ2q2N+q(1+κq2)u2=0,κ(∂1A2−∂2A1)=−eu2,∂1A1+∂2A2=0,κ∂1A0=e2A2u2,κ∂2A0=−e2A1u2,where u∈H1(R2),p∈(2,4),Aα:R2→R are the components of the gauge potential(α=0,1,2),N:R2→R is a neutral scalar field,V(x)is a potential function,the parametersκ,q>0 represent the Chern-Simons coupling constant and the Maxwell coupling constant,respectively,and e>0 is the coupling constant.In this paper,the truncation function is used to deal with a neutral scalar field and a gauge field in the Chern-Simons-Schrödinger problem.The ground state solution of the problem(P)is obtained by using the variational method.展开更多
In this paper,we study the following N-coupled nonlinear Schrodinger system■,wheren≤3,N≥3,uj>0,βi,j=βj,i>0 are constants andβj,j=μj,j=1,...,N.There have been intensive studies for the system on existenceo...In this paper,we study the following N-coupled nonlinear Schrodinger system■,wheren≤3,N≥3,uj>0,βi,j=βj,i>0 are constants andβj,j=μj,j=1,...,N.There have been intensive studies for the system on existenceon-existence and clas-sification of ground state solutions when N=2.However fewer results about the classification of ground state solution are available for N≥3.In this paper,we first give a complete classification result on ground state solutions with Morse indices 1,2 or 3 for three-coupled Schrodinger system.Then we generalize our results to N-coupled Schrodinger system for ground state solutions with Morse indices 1 and N.We show that any positive ground state solutions with Morse index 1 or Morse index N must be the form of(d1w,d2w,...,dNw)under suitable conditions,where w is the unique positive ground state solution of certain equation.Finally,we generalize our results to fractional N-coupled Schrödinger system.展开更多
This paper deals with a class of Schr¨odinger-Poisson systems. Under some conditions, we prove that there exists a ground state solution of the system. The proof is based on the compactness lemma for the system. ...This paper deals with a class of Schr¨odinger-Poisson systems. Under some conditions, we prove that there exists a ground state solution of the system. The proof is based on the compactness lemma for the system. Our results here improve some existing results in the literature.展开更多
In this paper,we mainly focus on the following Choquard equation-{△u-V(x)(Ia*|u|p)|u|p-2u=λu,x∈RN,u∈H1(RN)where N≥1,λ∈R will arise as a Lagrange multiplier,0<a<N and N+a/N<p<N+a+2/...In this paper,we mainly focus on the following Choquard equation-{△u-V(x)(Ia*|u|p)|u|p-2u=λu,x∈RN,u∈H1(RN)where N≥1,λ∈R will arise as a Lagrange multiplier,0<a<N and N+a/N<p<N+a+2/N Under appropriate hypotheses on V(x),we prove that the above Choquard equation has a normalized ground state solution by utilizing variational methods.展开更多
This paper mainly discusses the following equation: where the potential function V : R3 → R, α ∈ (0,3), λ > 0 is a parameter and Iα is the Riesz potential. We study a class of Schrödinger-Poisson syst...This paper mainly discusses the following equation: where the potential function V : R3 → R, α ∈ (0,3), λ > 0 is a parameter and Iα is the Riesz potential. We study a class of Schrödinger-Poisson system with convolution term for upper critical exponent. By using some new tricks and Nehair-Pohožave manifold which is presented to overcome the difficulties due to the presence of upper critical exponential convolution term, we prove that the above problem admits a ground state solution.展开更多
In this paper, we study the following Schrödinger-Kirchhoff equation where V(x) ≥ 0 and vanishes on an open set of R2 and f has critical exponential growth. By using a version of Trudinger-Moser inequality and v...In this paper, we study the following Schrödinger-Kirchhoff equation where V(x) ≥ 0 and vanishes on an open set of R2 and f has critical exponential growth. By using a version of Trudinger-Moser inequality and variational methods, we obtain the existence of ground state solutions for this problem.展开更多
In this paper,we primarily investigate the existence of ground state normalized solutions to the following nonhomogeneous Schrödinger-Poisson-Slater equation:−Δu+λu+V(∣x∣)u+(∣x∣−1∗∣u∣2)u=g(u)+h(∣x...In this paper,we primarily investigate the existence of ground state normalized solutions to the following nonhomogeneous Schrödinger-Poisson-Slater equation:−Δu+λu+V(∣x∣)u+(∣x∣−1∗∣u∣2)u=g(u)+h(∣x∣)in R3,∫R3∣u∣2dx=m,00 is prescribed.Under suitable assumptions on V(|x|)and h(|x|),and assuming that the nonlinear term g is mass subcritical,we establish the existence of a ground state normalized solution through variational methods,thereby extending previous results in the literature.展开更多
We consider the following Schrodinger-Newton system with negative critical nonlocal term where a and f satisfy some certain conditions.By using the variational method and analytical techniques,we obtain the existence ...We consider the following Schrodinger-Newton system with negative critical nonlocal term where a and f satisfy some certain conditions.By using the variational method and analytical techniques,we obtain the existence of positive ground state solutions which improves the recent results in the literature.展开更多
In this paper,we study the following coupled nonlinear logarithmic Hartree system{-Δu+λ1u=μ1(-1/2πln|x|*u2)u+β(-1/2πln|x|*v2)u,x∈R2,-Δv+λ2v=μ2(-1/2πln|x|*v2)v+β(-1/2πln|x|*u2)v,...In this paper,we study the following coupled nonlinear logarithmic Hartree system{-Δu+λ1u=μ1(-1/2πln|x|*u2)u+β(-1/2πln|x|*v2)u,x∈R2,-Δv+λ2v=μ2(-1/2πln|x|*v2)v+β(-1/2πln|x|*u2)v,x∈R2,where β,μi,λi(i=1,2)are positive constants,* denotes the convolution in R2.By considering the constraint minimum problem on the Nehari manifold,we prove the existence of ground state solutions for β>0 large enough.Moreover,we also show that every positive solution is radially symmetric and decays exponentially.展开更多
This paper is dedicated to studying the following elliptic system of Hamiltonian type:■where N≥3,V,Q∈C(RN,R),V(x)is allowed to be sign-changing and inf Q>0,and F∈C1(R2,R)is superquadratic at both 0 and infinity...This paper is dedicated to studying the following elliptic system of Hamiltonian type:■where N≥3,V,Q∈C(RN,R),V(x)is allowed to be sign-changing and inf Q>0,and F∈C1(R2,R)is superquadratic at both 0 and infinity but subcritical.Instead of the reduction approach used in Ding et al.(2014),we develop a more direct approach—non-Nehari manifold approach to obtain stronger conclusions but under weaker assumptions than those in Ding et al.(2014).We can find anε0>0 which is determined by terms of N,V,Q and F,and then we prove the existence of a ground state solution of Nehari-Pankov type to the coupled system for allε∈(0,ε0].展开更多
We consider the following quasilinear Schrodinger equation involving p-Laplacian-Δpu+V(x)|u|p-2u-Δp(|u|2η)|u|2η-2u=λ|u|q-2u/|x|μ+|u|2ηp*(v-2)u/|x|vin RN,where N>p>1,η≥p/2(p-1),p0...We consider the following quasilinear Schrodinger equation involving p-Laplacian-Δpu+V(x)|u|p-2u-Δp(|u|2η)|u|2η-2u=λ|u|q-2u/|x|μ+|u|2ηp*(v-2)u/|x|vin RN,where N>p>1,η≥p/2(p-1),p0,μ,ν∈[0,p).Via the Mountain Pass Theorem and the Concentration Compactness Principle,we establish the existence of nontrivial ground state solutions for the above problem.展开更多
基金Supported by the National Natural Science Foundation of China (12361026)the Discipline Construction Fund Project of Northwest Minzu University。
摘要This paper investigates the existence of ground state solutions to the following nonlinear Schrödinger-Poisson system by variational methods{-Δu+ωu+V(x)u+eФu=|u|p-2u,x∈R3,-ΔФ=e/2(u2-ρ(x)),x∈R3,provided that ρ(x)≥0 and e2‖ρ‖6/5≤ρ0with ρ0>0 small enough,where 40 denotes a coupling constant,ω>0 is a Lagrange multiplier,the potential V(x)is coercive and the doping profile ρ(x)satisfies appropriate decay conditions.The introduction of ρ(x)compromises the coercivity of the energy functional.Therefore,we establish the existence of ground state solutions by considering the minimization problem on Nehari manifold.
基金Supported by National Natural Science Foundation of China(11671403,11671236)Henan Provincial General Natural Science Foundation Project(232300420113)。
摘要This article studies a class of nonlinear Kirchhoff equations with exponential critical growth,trapping potential,and perturbation.Under appropriate assumptions about f and h,the article obtained the existence of normalized positive solutions for this equation via the Trudinger-Moser inequality and variational methods.Moreover,these solutions are also ground state solutions.Additionally,the article also characterized the asymptotic behavior of solutions.The results of this article expand the research of relevant literature.
基金Supported by Research Start-up Fund of Jianghan University(06050001).
摘要This paper is concerned with the positive ground state solutions for a quasilinear Schrodinger equation with a Hardy-type term.We obtain positive ground state solutions for the given quasilinear Schrodinger equation by using a change of variables and variational method.
基金supported by the National Natural Science Foundation of China(11661053,11771198,11901345,11901276,11961045 and 11971485)partly by the Provincial Natural Science Foundation of Jiangxi,China(20161BAB201009 and 20181BAB201003)+1 种基金the Outstanding Youth Scientist Foundation Plan of Jiangxi(20171BCB23004)the Yunnan Local Colleges Applied Basic Research Projects(2017FH001-011).
摘要In this article,we study the generalized quasilinear Schrodinger equation-div(ε^2g^2(u)▽u)+ε^2g(u)g′(u)|▽u|^2+V(x)u=K(x)|u|^p-2u,x∈R^N where A≥3,e>0,4<p<,22*,g∈C 1(R,R+),V∈C(R^N)∩L∞(R^N)has a positive global minimum,and K∈C(R^N)∩L∞(R^N)has a positive global maximum.By using a change of variable,we obtain the existence and concentration behavior of ground state solutions for this problem and establish a phenomenon of exponential decay.
基金the Science and Technology Project of Education Department in Jiangxi Province(GJJ180357)the second author was supported by NSFC(11701178).
摘要We study the following nonlinear fractional Schrodinger-Poisson system with critical growth:{(-△)sμ+μ+φμ=f(μ)+|μ|2s-2μ,x∈R3.(-△)tφ=μ2x∈R3,(0.1)where 03 and 2s=6/3-2s is the critical Sobolev exponent in 1R3.Under some more general assumptions on f,we prove that(0.1)admits a nontrivial ground state solution by using a constrained minimization on a Nehari-Pohozaev manifold.
基金supported by the Hunan Provincial Innovation Foundation for Postgraduate(CX2013A003)the NNSF(11171351,11361078)SRFDP(20120162110021)of China
摘要This article is concerned with the nonlinear Dirac equations-iδtψ=ich ∑k=1^3 αkδkψ-mc^2βψ+Rψ(x,ψ) in R^3.Under suitable assumptions on the nonlinearity, we establish the existence of ground state solutions by the generalized Nehari manifold method developed recently by Szulkin and Weth.
基金supported by National Natural Science Foundation of China(11971393)。
摘要In this paper,we investigate a class of nonlinear Chern-Simons-Schr?dinger systems with a steep well potential.By using variational methods,the mountain pass theorem and Nehari manifold methods,we prove the existence of a ground state solution forλ>0 large enough.Furthermore,we verify the asymptotic behavior of ground state solutions asλ→+∞.
基金National Natural Science Foundation of China(11471267)the first author was supported by Graduate Student Scientific Research Innovation Projects of Chongqing(CYS17084).
摘要We consider the Schrodinger-Poisson system with nonlinear term Q(x)|u|^p-1u,where the value of |x|→∞ lim Q(x)may not exist and Q may change sign.This means that the problem may have no limit problem.The existence of nonnegative ground state solutions is established.Our method relies upon the variational method and some analysis tricks.
基金supported by National Natural Science Foundation of China(11971202)Outstanding Young foundation of Jiangsu Province(BK20200042)。
摘要We study the Choquard equation-Δu+V(x)u-b(x)∫R3|u(y)|2/|x-y|dyu,x∈R3,where V(x)=V1(x),b(x)=b1(x)for x1>0 and V(x)=V2(x),b(x)=b2(x)for x1<0,and V1,V2,b1and b2are periodic in each coordinate direction.Under some suitable assumptions,we prove the existence of a ground state solution of the equation.Additionally,we find some sufficient conditions to guarantee the existence and nonexistence of a ground state solution of the equation.
基金partially supported by NSFC (12161044)Natural Science Foundation of Jiangxi Province (20212BAB211013)+1 种基金Benniao Li was partially supported by NSFC (12101274)Doctoral Research Startup Foundation of Jiangxi Normal University (12020927)
摘要In this paper,we consider the Chern-Simons-Schrodinger system{−Δu+[e2|A|2+(V(x)+2eA0)+2(1+κq/2)N]u+q|u|p−2u=0,−ΔN+κ2q2N+q(1+κq2)u2=0,κ(∂1A2−∂2A1)=−eu2,∂1A1+∂2A2=0,κ∂1A0=e2A2u2,κ∂2A0=−e2A1u2,where u∈H1(R2),p∈(2,4),Aα:R2→R are the components of the gauge potential(α=0,1,2),N:R2→R is a neutral scalar field,V(x)is a potential function,the parametersκ,q>0 represent the Chern-Simons coupling constant and the Maxwell coupling constant,respectively,and e>0 is the coupling constant.In this paper,the truncation function is used to deal with a neutral scalar field and a gauge field in the Chern-Simons-Schrödinger problem.The ground state solution of the problem(P)is obtained by using the variational method.
摘要In this paper,we study the following N-coupled nonlinear Schrodinger system■,wheren≤3,N≥3,uj>0,βi,j=βj,i>0 are constants andβj,j=μj,j=1,...,N.There have been intensive studies for the system on existenceon-existence and clas-sification of ground state solutions when N=2.However fewer results about the classification of ground state solution are available for N≥3.In this paper,we first give a complete classification result on ground state solutions with Morse indices 1,2 or 3 for three-coupled Schrodinger system.Then we generalize our results to N-coupled Schrodinger system for ground state solutions with Morse indices 1 and N.We show that any positive ground state solutions with Morse index 1 or Morse index N must be the form of(d1w,d2w,...,dNw)under suitable conditions,where w is the unique positive ground state solution of certain equation.Finally,we generalize our results to fractional N-coupled Schrödinger system.
摘要This paper deals with a class of Schr¨odinger-Poisson systems. Under some conditions, we prove that there exists a ground state solution of the system. The proof is based on the compactness lemma for the system. Our results here improve some existing results in the literature.
基金Supported by National Natural Science Foundation of China(Grant Nos.11671403 and 11671236)Henan Provincial General Natural Science Foundation Project(Grant No.232300420113)National Natural Science Foundation of China Youth Foud of China Youth Foud(Grant No.12101192).
摘要In this paper,we mainly focus on the following Choquard equation-{△u-V(x)(Ia*|u|p)|u|p-2u=λu,x∈RN,u∈H1(RN)where N≥1,λ∈R will arise as a Lagrange multiplier,0<a<N and N+a/N<p<N+a+2/N Under appropriate hypotheses on V(x),we prove that the above Choquard equation has a normalized ground state solution by utilizing variational methods.
摘要This paper mainly discusses the following equation: where the potential function V : R3 → R, α ∈ (0,3), λ > 0 is a parameter and Iα is the Riesz potential. We study a class of Schrödinger-Poisson system with convolution term for upper critical exponent. By using some new tricks and Nehair-Pohožave manifold which is presented to overcome the difficulties due to the presence of upper critical exponential convolution term, we prove that the above problem admits a ground state solution.
摘要In this paper, we study the following Schrödinger-Kirchhoff equation where V(x) ≥ 0 and vanishes on an open set of R2 and f has critical exponential growth. By using a version of Trudinger-Moser inequality and variational methods, we obtain the existence of ground state solutions for this problem.
基金Supported by National Natural Science Foundation of China(Grant Nos.11671403 and11671236)Henan Provincial General Natural Science Foundation Project(Grant No.232300420113)。
摘要In this paper,we primarily investigate the existence of ground state normalized solutions to the following nonhomogeneous Schrödinger-Poisson-Slater equation:−Δu+λu+V(∣x∣)u+(∣x∣−1∗∣u∣2)u=g(u)+h(∣x∣)in R3,∫R3∣u∣2dx=m,00 is prescribed.Under suitable assumptions on V(|x|)and h(|x|),and assuming that the nonlinear term g is mass subcritical,we establish the existence of a ground state normalized solution through variational methods,thereby extending previous results in the literature.
摘要We consider the following Schrodinger-Newton system with negative critical nonlocal term where a and f satisfy some certain conditions.By using the variational method and analytical techniques,we obtain the existence of positive ground state solutions which improves the recent results in the literature.
基金partially supported by the Natural Science Foundation of China(Grant No.12061012)the special foundation for Guangxi Ba Gui Scholars.
摘要In this paper,we study the following coupled nonlinear logarithmic Hartree system{-Δu+λ1u=μ1(-1/2πln|x|*u2)u+β(-1/2πln|x|*v2)u,x∈R2,-Δv+λ2v=μ2(-1/2πln|x|*v2)v+β(-1/2πln|x|*u2)v,x∈R2,where β,μi,λi(i=1,2)are positive constants,* denotes the convolution in R2.By considering the constraint minimum problem on the Nehari manifold,we prove the existence of ground state solutions for β>0 large enough.Moreover,we also show that every positive solution is radially symmetric and decays exponentially.
基金supported by National Natural Science Foundation of China(Grant No.11171351)
摘要This paper is dedicated to studying the following elliptic system of Hamiltonian type:■where N≥3,V,Q∈C(RN,R),V(x)is allowed to be sign-changing and inf Q>0,and F∈C1(R2,R)is superquadratic at both 0 and infinity but subcritical.Instead of the reduction approach used in Ding et al.(2014),we develop a more direct approach—non-Nehari manifold approach to obtain stronger conclusions but under weaker assumptions than those in Ding et al.(2014).We can find anε0>0 which is determined by terms of N,V,Q and F,and then we prove the existence of a ground state solution of Nehari-Pankov type to the coupled system for allε∈(0,ε0].
基金supported by the National Natural Science Foundation of China (12226411)the Research Ability Cultivation Fund of HUAS (No.2020kypytd006)+1 种基金supported by the National Natural Science Foundation of China (11931012,11871386)the Fundamental Research Funds for the Central Universities (WUT:2020IB019)。
摘要We consider the following quasilinear Schrodinger equation involving p-Laplacian-Δpu+V(x)|u|p-2u-Δp(|u|2η)|u|2η-2u=λ|u|q-2u/|x|μ+|u|2ηp*(v-2)u/|x|vin RN,where N>p>1,η≥p/2(p-1),p0,μ,ν∈[0,p).Via the Mountain Pass Theorem and the Concentration Compactness Principle,we establish the existence of nontrivial ground state solutions for the above problem.