Some Properties of Strongly Principally Self-Injective Modules

The idea of generalizing quasi injective by employing a new term is introduced in this paper. The introduction of principally self-injective modules, which are principally self-injective modules. A number of characteristics and characterizations of such modules have been established. In addition, th...

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Main Authors: Khalid Munshid, Mohanad Hamid, Jehad Kider
Format: Article
Language:English
Published: University of Technology, Baghdad 2022-06-01
Series:Journal of Applied Sciences and Nanotechnology
Subjects:
Online Access:https://jasn.uotechnology.edu.iq/article_17849_5938cc0800cf2d78c6f34a8820df3ec0.pdf
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author Khalid Munshid
Mohanad Hamid
Jehad Kider
author_facet Khalid Munshid
Mohanad Hamid
Jehad Kider
author_sort Khalid Munshid
collection DOAJ
description The idea of generalizing quasi injective by employing a new term is introduced in this paper. The introduction of principally self-injective modules, which are principally self-injective modules. A number of characteristics and characterizations of such modules have been established. In addition, the idea of strongly mainly self-pure sub-modules was added, which is similar to strongly primarily self-injective sub-modules. Some characteristics of injective, quasi-injective, principally self-injective, principally injective, absolutely self-pure, absolutely pure, and finitely <em>R</em>-injective modules being lengthened to strongly principally self-injective modules. So, in the present work, some properties are added to the concept in a manner similar to the absolutely self-neatness. The fundamental features of these concepts and their interrelationships are linked to the conceptions of some rings. (Von Neumann) regular, left SF-ring, and left pp-ring rings are described via such concept. For instance, the homomorphic picture of every principally injective module be strongly principally self-injective if <em>R</em> being left pp-ring, and another example for a commutative ring R of every strongly principally self-injective module be flat if <em>R</em> being (Von Neumann) regular. Also, a ring <em>R</em> be (Von Neumann) regular if and only if each <em>R</em>-module being strongly principally self-injective module.
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spelling doaj.art-c49828a255b24843873646023d24fc112022-12-22T00:28:20ZengUniversity of Technology, BaghdadJournal of Applied Sciences and Nanotechnology2788-68672022-06-012213214110.53293/jasn.2021.3248.109617849Some Properties of Strongly Principally Self-Injective ModulesKhalid Munshid0Mohanad Hamid1Jehad Kider2Department of Applied Sciences, University of Technology – IraqDepartment of Production Engineering and Metallurgy, University of Technology – IraqDepartment of Applied Sciences, University of Technology – IraqThe idea of generalizing quasi injective by employing a new term is introduced in this paper. The introduction of principally self-injective modules, which are principally self-injective modules. A number of characteristics and characterizations of such modules have been established. In addition, the idea of strongly mainly self-pure sub-modules was added, which is similar to strongly primarily self-injective sub-modules. Some characteristics of injective, quasi-injective, principally self-injective, principally injective, absolutely self-pure, absolutely pure, and finitely <em>R</em>-injective modules being lengthened to strongly principally self-injective modules. So, in the present work, some properties are added to the concept in a manner similar to the absolutely self-neatness. The fundamental features of these concepts and their interrelationships are linked to the conceptions of some rings. (Von Neumann) regular, left SF-ring, and left pp-ring rings are described via such concept. For instance, the homomorphic picture of every principally injective module be strongly principally self-injective if <em>R</em> being left pp-ring, and another example for a commutative ring R of every strongly principally self-injective module be flat if <em>R</em> being (Von Neumann) regular. Also, a ring <em>R</em> be (Von Neumann) regular if and only if each <em>R</em>-module being strongly principally self-injective module.https://jasn.uotechnology.edu.iq/article_17849_5938cc0800cf2d78c6f34a8820df3ec0.pdfabsolutely self-pureprincipally self-injectivequasi injectivestrongly principally self-injective
spellingShingle Khalid Munshid
Mohanad Hamid
Jehad Kider
Some Properties of Strongly Principally Self-Injective Modules
Journal of Applied Sciences and Nanotechnology
absolutely self-pure
principally self-injective
quasi injective
strongly principally self-injective
title Some Properties of Strongly Principally Self-Injective Modules
title_full Some Properties of Strongly Principally Self-Injective Modules
title_fullStr Some Properties of Strongly Principally Self-Injective Modules
title_full_unstemmed Some Properties of Strongly Principally Self-Injective Modules
title_short Some Properties of Strongly Principally Self-Injective Modules
title_sort some properties of strongly principally self injective modules
topic absolutely self-pure
principally self-injective
quasi injective
strongly principally self-injective
url https://jasn.uotechnology.edu.iq/article_17849_5938cc0800cf2d78c6f34a8820df3ec0.pdf
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