<p>Let <i>R</i> be a commutative ring with identity, <i>S</i> be a multiplicative set of <i>R</i>, Id(<i>R</i>) be the set of all ideals of <i>R</i>, and <i>δ</i>: Id(<i>R</i>) → Id(<i>R</i>) be a function. Then <i>δ</i> is called an expansion function of ideals of <i>R</i> if whenever <i>L, I, J</i> are ideals of <i>R</i> with <i>J</i> ⊆ <i>I</i>, we have <i>L</i> ⊆ <i>δ</i>(<i>L</i>) and <i>δ</i>(<i>J</i>) ⊆ <i>δ</i>(<i>I</i>). Let <i>δ</i> be an expansion function of ideals of <i>R</i>. We introduce the concept of <i>S</i>-(<i>δ</i>, 2)-primary ideal which is a generalization of (<i>δ</i>, 2)-primary ideal. Let <i>P</i> be a proper ideal of <i>R</i> disjoint with <i>S</i>. We say that <i>P</i> is an <i>S</i>-(<i>δ</i>, 2)-primary ideal of <i>R</i> if there exists <i>s</i> ∈ <i>S</i> such that for all <i>a, b</i> ∈ <i>R</i>, if <i>ab</i> ∈ <i>P</i>, then <i>sa</i><sup>2</sup> ∈ <i>P</i> or <i>sb</i><sup>2</sup> ∈ <i>δ</i>(<i>P</i>). We next study the possible transfer of the above ideal property to the direct product of rings, quotient rings, localizations, trivial ring extensions, and amalgamation rings along an ideal.</p>

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On S-(δ, 2)-primary ideals of a commutative ring

  • Chahrazade Bakkari,
  • Rachid Hachache,
  • Suat Koç,
  • Najib Mahdou,
  • Ünsal Tekır,
  • Violeta Leoreanu-Fotea

摘要

Let R be a commutative ring with identity, S be a multiplicative set of R, Id(R) be the set of all ideals of R, and δ: Id(R) → Id(R) be a function. Then δ is called an expansion function of ideals of R if whenever L, I, J are ideals of R with JI, we have Lδ(L) and δ(J) ⊆ δ(I). Let δ be an expansion function of ideals of R. We introduce the concept of S-(δ, 2)-primary ideal which is a generalization of (δ, 2)-primary ideal. Let P be a proper ideal of R disjoint with S. We say that P is an S-(δ, 2)-primary ideal of R if there exists sS such that for all a, bR, if abP, then sa2P or sb2δ(P). We next study the possible transfer of the above ideal property to the direct product of rings, quotient rings, localizations, trivial ring extensions, and amalgamation rings along an ideal.