AbstractThe paper contains the following two results:(1) If X is a paracompact space and M is a metric space such that X can be embedded in Mω1 in such a way that the projections of X onto initial countably many coordinates are closed, then the product X×Y is paracompact for every paracompact space Y if and only if the first player of the G(DC,X) game, introduced by Telgarsky, see Telgarsky (1975) [22], has a winning strategy.(2) If X is paracompact space, Y is a closed image of X and the first player of the G(DC,X) game has a winning strategy then also the first player of the G(DC,Y) game has a winning strategy
AbstractThe purpose of this paper is to characterize a topologica space Y with the property that the...
If {X: nEw} is a family of spaces, then DE X, n-n w n called the box product of those spaces, denote...
AbstractFor paracompact nearness spaces, we prove a generalization of the classical theorem of Micha...
AbstractR. Telgarsky conjectured that if X is a paracompact space then the product X×Y is paracompac...
AbstractThe paper contains the following two results:(1) If X is a paracompact space and M is a metr...
Abstract. We prove that if X is a paracompact space and M is a metric space such that X can be embed...
AbstractWe prove that if X is a paracompact space which has a neighborhood assignment x→Hx such that...
AbstractCharacterization of ω1-metrizable spaces whose product with every paracompact space is parac...
AbstractWe investigate paracompactness in the product of a paracompact space Y with a paracompact li...
The paper gives several sufficient conditions on the paracompactness of box products with an arbitra...
AbstractFollowing Pareek a topological space X is called D-paracompact if for every open cover A of ...
AbstractConsider the following game played in a locally compact space X: at the nth move, K chooses ...
AbstractIt is shown that a Σ-product of paracompact p-spaces with countable tightness has the shrink...
A space X is said to be suboaracompact if every open cover of X has a σ-discrete closed refinement, ...
AbstractIt is shown that a regular space is collectionwise normal and countably paracompact if every...
AbstractThe purpose of this paper is to characterize a topologica space Y with the property that the...
If {X: nEw} is a family of spaces, then DE X, n-n w n called the box product of those spaces, denote...
AbstractFor paracompact nearness spaces, we prove a generalization of the classical theorem of Micha...
AbstractR. Telgarsky conjectured that if X is a paracompact space then the product X×Y is paracompac...
AbstractThe paper contains the following two results:(1) If X is a paracompact space and M is a metr...
Abstract. We prove that if X is a paracompact space and M is a metric space such that X can be embed...
AbstractWe prove that if X is a paracompact space which has a neighborhood assignment x→Hx such that...
AbstractCharacterization of ω1-metrizable spaces whose product with every paracompact space is parac...
AbstractWe investigate paracompactness in the product of a paracompact space Y with a paracompact li...
The paper gives several sufficient conditions on the paracompactness of box products with an arbitra...
AbstractFollowing Pareek a topological space X is called D-paracompact if for every open cover A of ...
AbstractConsider the following game played in a locally compact space X: at the nth move, K chooses ...
AbstractIt is shown that a Σ-product of paracompact p-spaces with countable tightness has the shrink...
A space X is said to be suboaracompact if every open cover of X has a σ-discrete closed refinement, ...
AbstractIt is shown that a regular space is collectionwise normal and countably paracompact if every...
AbstractThe purpose of this paper is to characterize a topologica space Y with the property that the...
If {X: nEw} is a family of spaces, then DE X, n-n w n called the box product of those spaces, denote...
AbstractFor paracompact nearness spaces, we prove a generalization of the classical theorem of Micha...