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Qualitative Properties of Solutions of Finite System of Differential Equations Involving R-L Sequential Fractional Derivative

机译:涉及R-L顺序分数衍生物的微分方程有限系统解的定性特性

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In this paper, qualitative properties such as existence-uniqueness of solutions of finite system of differential equations involving R-L sequential fractional derivative with initial conditions have been studied. Lower and upper solutions are defined for the problem under investigation. Comparison results are used to develop monotone technique for finite system of differential equations involving R-L sequential fractional derivative with initial conditions when the functions on the right hand side are mixed quasi-monotone. Two convergent monotone sequences are obtained by introducing monotone operator. Lipschitz condition is the key part of the study. Minimal and maximal solutions are obtained by using developed technique. Existence and uniqueness of solutions of finite system of differential equations involving R-L sequential fractional derivative is also proved as an application of the technique.
机译:本文研究了诸如涉及R-L顺序分数衍生物的差分方程的有限系统解决方案的存在唯一性的定性性质已经研究。为正在调查的问题定义下层和上层解决方案。比较结果用于为涉及R-L顺序分数衍生的微分方程的有限系统进行单调技术,当右侧右侧的功能混合拟单调时,初始条件。通过引入单调算子获得两种收敛单调序列。 Lipschitz条件是研究的关键部分。通过使用开发技术获得最小和最大溶液。还证明了涉及R-L顺序分数衍生物的微分方程有限系统解决方案的存在和唯一性。作为该技术的应用。

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