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Existence of anti-periodic solutions for second-order ordinary differential equations involving the Fu?ík spectrum

机译:涉及Fu?ík谱的二阶常微分方程反周期解的存在

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In this paper, we study the existence of anti-periodic solutions for a second-order ordinary differential equation. Using the interaction of the nonlinearity with the Fu?ík spectrum related to the anti-periodic boundary conditions, we apply the Leray-Schauder degree theory and the Borsuk theorem to establish new results on the existence of anti-periodic solutions of second-order ordinary differential equations. Our nonlinearity may cross multiple consecutive branches of the Fu?ík spectrum curves, and recent results in the literature are complemented and generalized.
机译:在本文中,我们研究了二阶常微分方程反周期解的存在。利用非线性与与反周期边界条件有关的Fu?ík谱的相互作用,我们应用Leray-Schauder度理论和Borsuk定理,建立了关于二阶常值反周期解的存在性的新结果微分方程。我们的非线性可能会跨越Fu?ík频谱曲线的多个连续分支,并且文献中的最新结果得到了补充和推广。

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