Abstract. In this paper, we shall classify small weakly infinite-dimensional spaces and consider the compactifications and the completions of the spaces. 1. Introduction. All spaces in this paper are assumed to be normal T1. By a completion of a metrizable space X we mean here a completely metrizable space X which contains a dense subspace homeomorphic to X. Our terminology and notations follow lB1] and [E]. P. Borst, in [B1], introduced the concept of small weak infinite dimensionality, and showed the followin
AbstractWe answer a question of Alas, Tkačenko, Tkachuk, and Wilson by constructing a metrizable spa...
Once the existance of metrizable (LF)-spaces was discovered by A. Grothendieck, the problem whether ...
Once the existance of metrizable (LF)-spaces was discovered by A. Grothendieck, the problem whether ...
AbstractIn this paper we introduce the concept of small-weak-infinite-dimensionality. We show that a...
AbstractIn this paper we introduce the concept of small-weak-infinite-dimensionality. We show that a...
summary:In this paper we give a characterization of a separable metrizable space having a metrizable...
summary:In this paper we give a characterization of a separable metrizable space having a metrizable...
We will construct weakly infinite-dimensional (in the sense of Y. Smirnov) spaces X and Y such that ...
AbstractTwo classes of compacta were introduced: the class of metrcompacta and more wide class of we...
Abstract. A space X is truly weakly pseudocompact if X is either weakly pseu-docompact or Lindelöf ...
In this paper, the spaces we consider will be metriza ble, and by a compactum we shall mean a compac...
AbstractIt is shown that the product of two A-weakly infinite-dimensional spaces may fail to have th...
AbstractWe investigate when βX or βX − X is strongly countable dimensional, or countably dimensional...
In [1], Aarts and Nishiura investigated several types of dimensions modulo a class $P $ of spaces. T...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
AbstractWe answer a question of Alas, Tkačenko, Tkachuk, and Wilson by constructing a metrizable spa...
Once the existance of metrizable (LF)-spaces was discovered by A. Grothendieck, the problem whether ...
Once the existance of metrizable (LF)-spaces was discovered by A. Grothendieck, the problem whether ...
AbstractIn this paper we introduce the concept of small-weak-infinite-dimensionality. We show that a...
AbstractIn this paper we introduce the concept of small-weak-infinite-dimensionality. We show that a...
summary:In this paper we give a characterization of a separable metrizable space having a metrizable...
summary:In this paper we give a characterization of a separable metrizable space having a metrizable...
We will construct weakly infinite-dimensional (in the sense of Y. Smirnov) spaces X and Y such that ...
AbstractTwo classes of compacta were introduced: the class of metrcompacta and more wide class of we...
Abstract. A space X is truly weakly pseudocompact if X is either weakly pseu-docompact or Lindelöf ...
In this paper, the spaces we consider will be metriza ble, and by a compactum we shall mean a compac...
AbstractIt is shown that the product of two A-weakly infinite-dimensional spaces may fail to have th...
AbstractWe investigate when βX or βX − X is strongly countable dimensional, or countably dimensional...
In [1], Aarts and Nishiura investigated several types of dimensions modulo a class $P $ of spaces. T...
summary:A space $X$ is {\it truly weakly pseudocompact} if $X$ is either weakly pseudocompact or Lin...
AbstractWe answer a question of Alas, Tkačenko, Tkachuk, and Wilson by constructing a metrizable spa...
Once the existance of metrizable (LF)-spaces was discovered by A. Grothendieck, the problem whether ...
Once the existance of metrizable (LF)-spaces was discovered by A. Grothendieck, the problem whether ...