Search Results

• On the Radial Ground State of p-Laplacian Equation Involving Super-critical or Critical Exponents

  Benjin Xuan & Zuchi Chen

  2000-08-02

  88 29 Pages:193-206

• Ground State Solutions for Kirchhoff Equations via Modified Nehari-Pankov Manifold

  Biyun Tang, Yongyi Lan

  2024-12-16

  18410 1370 Pages:377-401

• Positive Ground State Solutions for a Schrödinger-Newton System with Negative Critical Nonlocal Term

  Yang Pu, Lijun Zhu, Jiafeng Liao

  2025-06-30

  6043 452 Pages:171-184

• Ground State Solutions to a Coupled Nonlinear Logarithmic Hartree System

  Qihan He, Yafei Li, Yanfang Peng

  2025-04-08

  9289 546 Pages:61-79

• Positive Ground State Solutions for Schrödinger-Poisson System with General Nonlinearity and Critical Exponent

  Qingfang Chen, Jiafeng Liao

  2023-06-16

  40068 3285 Pages:68-81

• Ground State Solutions for a Semilinear Elliptic Equation Involving Concave-convex Nonlinearities

  O. Khazaee Kohpar, Somayeh Khademloo

  2018-08-16

  44857 3538 Pages:14-24

• On Existence of Ground States for Some Elliptic Systems

  Gongming Wei

  2020-05-12

  42640 2624 Pages:305-314

• The Existence and Convergence of Solutions for the Nonlinear Choquard Equations on Groups of Polynomial Growth

  Ruowei Li, Lidan Wang

  2025-06-30

  6078 444 Pages:227-250

• Positive Ground State Solutions for a Critical Nonlocal Problem in Dimension Three

  Xiaotao Qian

  2022-10-03

  36078 2577 Pages:382-394

• Sharp Criterions of Global Existence and Collapse for Coupled Nonlinear Schrodinger Equations

  Zaihui Gan & Jian Zhang

  2004-08-02

  39101 2399 Pages:207-220

• Note on Ground States of Nonlinear Schrodinger Systems

  Bartsch Thomas & Zhi-Qiang Wang

  2006-08-02

  41025 2889 Pages:200-207

• Strong Instability of Standing Waves for a Type of Hartree Equations

  Chenglin Wang, Jian Zhang

  2025-06-30

  6067 456 Pages:142-154

• Orbital Instability of Standing Waves for the Coupled Nonlinear Klein-Gordon Equations

  Shulin Zhou , Boling Guo & Jian Zhang

  2020-05-12

  40612 2452 Pages:303-314