AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, any pair of disjoint closed subsets of Y have disjoint closures in WX. The WSM spaces have the property that all spaces between X and WX have equivalent Wallman compactifications. They are also the natural generalization (from T4 spaces to T1 spaces) of the concept of normality inducing spaces
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
[EN] Wallman bases are frequently used in compactification processes of topological spaces. However,...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, an...
If X is a topological space and Y is a ring of closed sets, then a necessary and sufficient conditio...
AbstractIt is known that every continuous function with T1 domain and T4 range has a unique Wallman ...
ABSTRACT. Let X be an abstract set and a lattice of subsets of X. The notion of R being mildly norma...
AbstractThe Wallman compactification of a space X is one generated from a certain base of closed set...
AbstractA space is a T1 topological space, and a w-extension of a map is an extension of it to a map...
AbstractLet X be completely regular and Hausdorff. We define the notion of a Wallman prebase for X i...
AbstractIt is known that every continuous function with T1 domain and T4 range has a unique Wallman ...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
AbstractThe Wallman compactification of a space X is one generated from a certain base of closed set...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
[EN] Wallman bases are frequently used in compactification processes of topological spaces. However,...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, an...
If X is a topological space and Y is a ring of closed sets, then a necessary and sufficient conditio...
AbstractIt is known that every continuous function with T1 domain and T4 range has a unique Wallman ...
ABSTRACT. Let X be an abstract set and a lattice of subsets of X. The notion of R being mildly norma...
AbstractThe Wallman compactification of a space X is one generated from a certain base of closed set...
AbstractA space is a T1 topological space, and a w-extension of a map is an extension of it to a map...
AbstractLet X be completely regular and Hausdorff. We define the notion of a Wallman prebase for X i...
AbstractIt is known that every continuous function with T1 domain and T4 range has a unique Wallman ...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
AbstractThe Wallman compactification of a space X is one generated from a certain base of closed set...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
[EN] Wallman bases are frequently used in compactification processes of topological spaces. However,...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...