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Oscillation of Second-Order Nonlinear Delay Dynamic Equations with Damping on Time Scales

机译:具时标阻尼的二阶非线性时滞动力方程的振动性

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摘要

We use the generalized Riccati transformation and the inequality technique to establish some new oscillation criteria for the second-order nonlinear delay dynamic equation with damping on a time scale T(r(t)g(x(t), x~Δ(t)))~Δ+p(t)g(x(t), x~Δ(t)) + q(t)f(x(τ(t))) = 0, where r(t), p(t), and q(t) are positive right dense continuous (rd-continuous) functions on T. Our results improve and extend some results established by Zhang et al., 2011. Also, our results unify the oscillation of the second-order nonlinear delay differential equation with damping and the second-order nonlinear delay difference equation with damping. Finally, we give some examples to illustrate our main results.
机译:我们使用广义Riccati变换和不等式技术为时间尺度T(r(t)g(x(t),x〜Δ(t))上具有阻尼的二阶非线性时滞动力学方程建立一些新的振动准则))〜Δ+ p(t)g(x(t),x〜Δ(t))+ q(t)f(x(τ(t)))= 0,其中r(t),p(t )和q(t)是T上的正右稠密连续(rd-continuous)函数。我们的结果改进和扩展了Zhang等人(2011年)建立的结果。此外,我们的结果统一了二阶非线性的振动带阻尼的时滞微分方程和带阻尼的二阶非线性时滞差分方程。最后,我们给出一些例子来说明我们的主要结果。

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