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Small solutions of the damped half-linear oscillator with step function coefficients

机译:具有阶跃函数系数的阻尼半线性振荡器的小解

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In this paper we consider the damped half-linear oscillator x 00|x 0 | n?1 + c(t)|x 0 | n?1 x 0 + a(t)|x| n?1 x = 0, n ∈ R +. We give a sufficient condition guaranteeing the existence of a small solution, that is a non-trivial solution which tends to 0 as t tends to infinity, in the case when both damping and elasticity coefficients are step functions. With our main theorem we not just generalize the corresponding theorem for the linear case n = 1, but we even sharpen Hatvani’s theorem concerning the undamped half-linear differential equation.
机译:在本文中,我们考虑了阻尼半线性振荡器x 00 | x 0 |。 n?1 + c(t)| x 0 | n?1 x 0 + a(t)| x | n?1 x = 0,n∈R +。当阻尼系数和弹性系数均为阶跃函数时,我们给出一个充分的条件,以保证存在一个小解,即随着t趋于无穷大而趋于0的非平凡解的存在。利用我们的主定理,我们不仅可以推广线性情况n = 1的相应定理,还可以完善有关无阻尼半线性微分方程的Hatvani定理。

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