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arXiv math/0410010math.NT
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关于B数的M元组的分布

On the distribution of M-tuples of B-numbers

W. G. Nowak

摘要:

在经典意义上,集合B由所有可以写成两个完满平方之和的整数组成。换句话说,这些是通过高斯域Q(i)上的整理想的范数获得的值。G.J. Rieger(1965)和T. Cochrane / R.E. Dressler(1987)分别建立了对(n,n+h)的数量的界限,B数的三重数(n、n+1、n+2)直到大实参数x。本文将这些研究归纳为两个方向:所得结果涉及正整数的等差数列的任意M-元组,不包括其中一个是另一个的常倍数的平凡情况。此外,该估计适用于有理域的任意正规扩张K而不是Q(i)的情况。

英文摘要:

In the classical sense, the set B consists of all integers which can be written as a sum of two perfect squares. In other words, these are the values attained by norms of integral ideals over the Gaussian field Q(i). G.J. Rieger (1965) and T. Cochrane / R.E. Dressler (1987) established bounds for the number of pairs (n,n+h), resp., triples (n,n+1,n+2) of B-numbers up to a large real parameter x. The present article generalizes these investigations into two directions: The result obtained deals with arbitrary M-tuples of arithmetic progressions of positive integers, excluding the trivial case that one of them is a constant multiple of some other one. Furthermore, the estimate applies to the case of an arbitrary normal extension K of the rational field instead of Q(i).

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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