Pseudo-Integrality
David F. Anderson, Evan Houston, Muhammad Zafrullah
Abstract
Open-access reader
David F. Anderson, Evan Houston, Muhammad Zafrullah
Abstract
Open-access reader
Abstract Let R be an integral domain. An element u of the quotient field of R is said to be pseudo-integral over R if uIv ⊆ Iv for some nonzero finitely generated ideal I of R. The set of all pseudo-integral elements forms an integrally closed (but not necessarily pseudo-integrally closed) overling R ofR. It is shown that , where X is a family of indeterminates; pseudo-integrality is analyzed in rings of the form D + M; and an example is given to show that pseudo-integrality does not behave well with respect to localization.
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Abstract Let R be an integral domain. An element u of the quotient field of R is said to be pseudo-integral over R if uIv ⊆ Iv for some nonzero finitely generated ideal I of R. The set of all pseudo-integral elements forms an integrally closed (but not necessarily pseudo-integrally closed) overling R ofR. It is shown that , where X is a family of indeterminates; pseudo-integrality is analyzed in rings of the form D + M; and an example is given to show that pseudo-integrality does not behave well with respect to localization.
Key concepts: Integrally closed, Mathematics, Integral domain, Quotient, Ideal (ethics), Combinatorics, Element (criminal law), Field (mathematics)