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关于实数阶微积分的若干注记

Several lettering about the Real Number Order Calculus

中文摘要英文摘要

本文采用推广的Cauchy公式定义任意实数阶微积分运算。计算得出了对数函数、幂函数的任意实数阶导数及积分的完整计算公式,它们是推导其它函数任意实数阶微积分公式的重要参照式。特别是提出和探讨了0的实数阶微积与“不定微积”的概念;确定了任意实数阶微积的对易定则并推广了Fourier变换及Laplac变换的微积特性,此外还预示指出了任意实数阶微积分的三大物理应用。

In the paper, the extensive Cauchy formula was used to define the operation of any Real number order calculus. Calculation formulae for real number order derivative and integral of logarithmic functions and power functions have been obtained which are the important references to calculate real number order calculus of any other functions. In particular, the concept of the real number order calculus and indefinite calculus of zero was studied and discussed; the commutation rule of any real number order calculus was derived, and properties concerning calculus of Fourier transform and Laplace transform have been extended. Besides, In addition indicate that has pointed out the three major physics application of real number order calculus.

李裕信

数学物理学

任意实数阶微积分,不定微积,对易定则,推广的Fourier变换,Laplac变换,分维

arbitrary real number order calculus indefinite calculus commutation rule extended Fourier transform Laplace transform, Fractal dimension

李裕信.关于实数阶微积分的若干注记[EB/OL].(2006-05-09)[2025-08-21].http://www.paper.edu.cn/releasepaper/content/200605-59.点此复制

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