A refined relation between the numbers of different parts and 1's in integer partitions
首发时间:2014-12-09
Abstract:A partition of an integer $n$, is one way of writing $n$ as the sum of positive integers where theorder of the addends (terms being added) does not matter. By classifying the different parts according to their residues module an integer $m$, we show both algebraically and bijectively that the total number of different parts which are congruent to $r ,(mod m)$ in all partitions of $n$ equals the total number of $1$'s which are in the positions congruent to $r ,(mod m)$ in the Young Diagram representation of partitions of $n$.
keywords: integer partition congruence Young diagram
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No.4619908101336414****
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整数分拆中关于不同部分数和1的个数之间关系的一个加细形式
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