Analysis of e-space properties under functors, highlighting connections between mappings and e-continuity.
In this paper we study preserving properties of the e-space under the normal functors ?n, SPn and expn. We prove that when a topological space X is an e-space, the spaces Xn, SPnX and expnX are also e-spaces. We also study the behavior of e-continuity of mappings, proving that the functors ?n, SPn and expn preserve the e-continuity. In addition, we introduce the notions of ?-boundary points, ?-cluster points and ?-boundary of a set and study many of their properties.
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Beshimov et al. (2025) studied this question.
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