Analysis of the Fractional Integrodifferentiability of Power Functions and Hypergeometric Representation

FG Rodrigues, Capelas de Oliveira
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Abstract

In this work we show that it is possible to calculate the fractional integrals and derivatives of order (using the Riemann-Liouville formulation) of power functions (t-*)β with β being any real value, so long as one pays attention to the proper choice of the lower and upper limits according to the original functions domain. We, therefore, obtain valid expressions that are described in terms of function series of the type (t-*)± α+k and we also show that they are related to the famous hypergeometric functions of the Mathematical-Physics.
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幂函数的分数阶积分可微性分析及超几何表示
在这项工作中,我们证明了可以计算幂函数(t-*)β的分数阶积分和阶导数(使用Riemann-Liouville公式),β是任何实值,只要注意根据原函数定义域适当选择下限和上限。因此,我们得到了用(t-*)±α+k型函数级数描述的有效表达式,并证明了它们与数理化中著名的超几何函数有关。
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