K-space (functional analysis) - meaning and definition. What is K-space (functional analysis)
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What (who) is K-space (functional analysis) - definition


K-space (functional analysis)         
In mathematics, more specifically in functional analysis, a K-space is an F-space V such that every extension of F-spaces (or twisted sum) of the form
Compactly generated space         
TOPOLOGICAL SPACE
Compactly generated Hausdorff space; Compactly-generated space; Compactly-generated Hausdorff space; K-space (topology); CGTop; CGHaus; Compactly generated spaces; K-closed set; K-open set
In topology, a compactly generated space is a topological space whose topology is coherent with the family of all compact subspaces. Specifically, a topological space X is compactly generated if it satisfies the following condition:
Geometric and Functional Analysis         
JOURNAL
Geom. Funct. Anal.; Geometric and Functional Analysis (journal); Geom Funct Anal; Geometric & Functional Analysis; Geometric & Functional Analysis (journal); Geometric & Functional Analysis GAFA; Geometric and Functional Analysis (GAFA); GAFA (journal); Geometric and Functional Analysis GAFA; Geometric & Functional Analysis (GAFA)
Geometric and Functional Analysis (GAFA) is a mathematical journal published by Birkhäuser, an independent division of Springer-Verlag. The journal is published approximately bi-monthly.

Wikipedia

K-space (functional analysis)
In mathematics, more specifically in functional analysis, a K-space is an F-space V such that every extension of F-spaces (or twisted sum) of the form