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首页> 外文期刊>Journal of Mathematical Analysis and Applications >The growth, oscillation and fixed points of solutions of complex linear differential equations in the unit disc
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The growth, oscillation and fixed points of solutions of complex linear differential equations in the unit disc

机译:单位圆盘中复杂线性微分方程解的增长,振动和不动点

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摘要

We consider the complex differential equations of the formA_k (z) f~((k)) + A_(k - 1) (z) f~((k - 1)) + ? + A_1 (z) f′ + A_0 (z) f = F (z), where A_0 (≡?0), A_1, ..., A_k and F are analytic functions in the unit disc D = {z ∈ C : | z | < 1}. Some results on the finite iterated order and the finite iterated convergence exponent of zero points in D of meromorphic (analytic) solutions are obtained. The fixed points of solutions of differential equations are also investigated in this paper.
机译:我们考虑形式为A_k(z)f〜((k))+ A_(k-1)(z)f〜((k-1))+?的复微分方程。 + A_1(z)f'+ A_0(z)f = F(z),其中A_0(≡?0),A_1,...,A_k和F是单位圆盘D = {z∈C的解析函数: | z | <1}。获得了关于亚纯(解析)解的D中零点的有限迭代阶和有限迭代收敛指数的一些结果。本文还研究了微分方程解的不动点。

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