arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 1701.04741math.CO
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广义阶乘函数的新同余和Finite Difference方程

New Congruences and Finite Difference Equations for Generalized Factorial Functions

Maxie D. Schmidt

摘要:

利用广义$h^{th}$收敛函数$Conv_h(α, R; z)$的合理性,对文献中定义的列举广义阶乘序列$p_n(α, R) = R(R+α)\cdots(R+(n-1)α)$的无限J-分式展开式,构造了广义阶乘函数模$h α^t$的新同余式和$h$阶有限差分方程,其中$h \geq 2$和$0 \leq t \leq h$为任意素数或奇整数.特殊情况下,我们认为在文章中的结果包括应用程序的$α$ -阶乘函数,$n!_{(α)}$的新的同余式和确切的公式。我们认为在文章中的新结果的应用包括新的有限和的$α$ -阶乘函数,重述经典的必要和充分条件的素数的特殊的整数双和元组,和新的有限和的单和双阶乘函数模整数$h \geq 2$。

英文摘要:

We use the rationality of the generalized $h^{th}$ convergent functions, $Conv_h(α, R; z)$, to the infinite J-fraction expansions enumerating the generalized factorial product sequences, $p_n(α, R) = R(R+α)\cdots(R+(n-1)α)$, defined in the references to construct new congruences and $h$-order finite difference equations for generalized factorial functions modulo $h α^t$ for any primes or odd integers $h \geq 2$ and integers $0 \leq t \leq h$. Special cases of the results we consider within the article include applications to new congruences and exact formulas for the $α$-factorial functions, $n!_{(α)}$. Applications of the new results we consider within the article include new finite sums for the $α$-factorial functions, restatements of classical necessary and sufficient conditions of the primality of special integer subsequences and tuples, and new finite sums for the single and double factorial functions modulo integers $h \geq 2$.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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