Ulm Function Analysis of Full Transitivity in Primary Abelian Groups

J. T. Otobong, Eno John, M. U. Udeme, Michael N. John
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Abstract

This research addresses the problem posed by Chekhlov and Danchev (2015) regarding variations of Kaplansky's full transitivity in primary abelian groups 𝐺. By delving into three distinct forms of full transitivity within the endomorphism ring of 𝐺, specifically focusing on subgroups, subrings, and unitary subrings generated by commutator endomorphisms, we aim to provide a comprehensive understanding of the totally projective groups exhibiting these properties. The Ulm function of 𝐺 emerges as a key tool in solving this problem and related inquiries, leading to a precise characterization of the groups involved.
初等阿贝尔群中完全互变的乌尔姆函数分析
本研究解决了 Chekhlov 和 Danchev(2015 年)提出的关于卡普兰斯基完全反转性在主无性群𝐺中的变化的问题。通过深入研究𝐺的内态环中三种不同形式的完全反转性,特别关注换元内态产生的子群、子环和单元子环,我们旨在提供对表现出这些性质的完全射影群的全面理解。𝐺的乌尔姆函数是解决这个问题和相关问题的关键工具,它能精确描述相关群的特征。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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