2005Unpublished venueRequires access

On separation axioms in L-fuzzy topological spaces

Ji-Shu Cheng

Open publisher page 6 citations

Abstract

A new concept of Hausdorff separation in an L-fuzzy topological space is defined and investigated. With respect to it, several nice properties are obtained. For instance, Hausdorff space implies T/sub 1/; Hausdorff space is proved to be hereditary, topological invariant and L-good extend. Furthermore, it is proved that an L-fuzzy topological space is Hausdorff space if and only if every molecular net has at most one limit.

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What this paper is about

A new concept of Hausdorff separation in an L-fuzzy topological space is defined and investigated. With respect to it, several nice properties are obtained. For instance, Hausdorff space implies T/sub 1/; Hausdorff space is proved to be hereditary, topological invariant and L-good extend. Furthermore, it is proved that an L-fuzzy topological space is Hausdorff space if and only if every molecular net has at most one limit.

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OpenAlex reports 6 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A new concept of Hausdorff separation in an L-fuzzy topological space is defined and investigated. With respect to it, several nice properties are obtained. For instance, Hausdorff space implies T/sub 1/; Hausdorff space is proved to be hereditary, topological invariant and L-good extend. Furthermore, it is proved that an L-fuzzy topological space is Hausdorff space if and only if every molecular net has at most one limit.

Key concepts: Hausdorff space, Normal space, Mathematics, Separation axiom, Topological space, Urysohn and completely Hausdorff spaces, T1 space, Connected space

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