summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lindelöf locally compact. We prove: (1) every locally weakly pseudocompact space is truly weakly pseudocompact if it is either a generalized linearly ordered space, or a proto-metrizable zero-dimensional space with $\chi (x,X)>\omega$ for every $x\in X$; (2) every locally bounded space is truly weakly pseudocompact; (3) for $\omega < \kappa <\alpha$, the $\kappa$-Lindelöfication of a discrete space of cardinality $\alpha$ is weakly pseudocompact if $\kappa = \kappa ^\omega$
We prove that, for an arbitrary topological space X, the following conditions are equivalent: (a) Ev...
We prove that, for an arbitrary topological space X, the following conditions are equivalent: (a) Ev...
AbstractIt is shown that from any first-countable, zero-dimensional, locally compact, non-DFCC space...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
Abstract. A space X is truly weakly pseudocompact if X is either weakly pseu-docompact or Lindelöf ...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
AbstractEach open subspace of a weakly pseudocompact space is either weakly pseudocompact or locally...
AbstractEach open subspace of a weakly pseudocompact space is either weakly pseudocompact or locally...
ABSTRACT. We prove (1) if Y contains a zero set of the form X•)co such that every open cover of X of...
AbstractWe construct a pseudocompact meta-Lindelöf space which is not compact. This contrasts with t...
A theory of e-countable compactness and e-Lindelöfness which are weaker than the concepts of countab...
It is well known that every countably compact, meta compact (T-) space is compact, and it is easy to...
It is well known that every countably compact, meta compact (T-) space is compact, and it is easy to...
We prove that, for an arbitrary topological space X, the following conditions are equivalent: (a) Ev...
We prove that, for an arbitrary topological space X, the following conditions are equivalent: (a) Ev...
AbstractIt is shown that from any first-countable, zero-dimensional, locally compact, non-DFCC space...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
Abstract. A space X is truly weakly pseudocompact if X is either weakly pseu-docompact or Lindelöf ...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
AbstractEach open subspace of a weakly pseudocompact space is either weakly pseudocompact or locally...
AbstractEach open subspace of a weakly pseudocompact space is either weakly pseudocompact or locally...
ABSTRACT. We prove (1) if Y contains a zero set of the form X•)co such that every open cover of X of...
AbstractWe construct a pseudocompact meta-Lindelöf space which is not compact. This contrasts with t...
A theory of e-countable compactness and e-Lindelöfness which are weaker than the concepts of countab...
It is well known that every countably compact, meta compact (T-) space is compact, and it is easy to...
It is well known that every countably compact, meta compact (T-) space is compact, and it is easy to...
We prove that, for an arbitrary topological space X, the following conditions are equivalent: (a) Ev...
We prove that, for an arbitrary topological space X, the following conditions are equivalent: (a) Ev...
AbstractIt is shown that from any first-countable, zero-dimensional, locally compact, non-DFCC space...