Add to ORKGsummary:We prove that every compact space $X$ is a Čech-Stone compactification of a normal subspace of cardinality at most $d(X)^{t(X)}$, and some facts about cardinal invariants of compact spaces
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
AbstractCardinal invariants of some topological linearly ordered spaces and of topological spaces wh...
gryzlov uni.udm.ru 1. It is well-known that for T2-compact spaces the following is true: t(X) ≤ ψ(X...
Abstract. We prove that every compact space X is a Čech-Stone compactification of a normal subspace...
summary:We prove that every compact space $X$ is a Čech-Stone compactification of a normal subspace ...
summary:We prove that every compact space $X$ is a Čech-Stone compactification of a normal subspace ...
fications and semi-normal spaces1 introduced the notion of a normal base Z to construct Hausdorff co...
AbstractCompactifications preserving the dimension of a normal space are described in the partially ...
A compactification of a topological space X is a compact (Hausdorff) space containing a dense subspa...
In [3], Kada and Tomoyasu defined some cardinal characteristics concern-ing approximating the Stone-...
WOS: 000176411500005Compactifications preserving the dimension of a normal space are described in th...
AbstractWe introduce a new cardinal invariant, core of a space, defined for any locally compact Haus...
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
summary:The problem whether every topological space $X$ has a compactification $Y$ such that every c...
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
AbstractCardinal invariants of some topological linearly ordered spaces and of topological spaces wh...
gryzlov uni.udm.ru 1. It is well-known that for T2-compact spaces the following is true: t(X) ≤ ψ(X...
Abstract. We prove that every compact space X is a Čech-Stone compactification of a normal subspace...
summary:We prove that every compact space $X$ is a Čech-Stone compactification of a normal subspace ...
summary:We prove that every compact space $X$ is a Čech-Stone compactification of a normal subspace ...
fications and semi-normal spaces1 introduced the notion of a normal base Z to construct Hausdorff co...
AbstractCompactifications preserving the dimension of a normal space are described in the partially ...
A compactification of a topological space X is a compact (Hausdorff) space containing a dense subspa...
In [3], Kada and Tomoyasu defined some cardinal characteristics concern-ing approximating the Stone-...
WOS: 000176411500005Compactifications preserving the dimension of a normal space are described in th...
AbstractWe introduce a new cardinal invariant, core of a space, defined for any locally compact Haus...
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
summary:The problem whether every topological space $X$ has a compactification $Y$ such that every c...
Master’s thesis is devoted to the study of cardinal invariants in the F-compact spaces class. Here a...
AbstractCardinal invariants of some topological linearly ordered spaces and of topological spaces wh...
gryzlov uni.udm.ru 1. It is well-known that for T2-compact spaces the following is true: t(X) ≤ ψ(X...