AbstractTwo theorems are given analyzing the possible refinements of open covers of a monotonically normal space X. The first shows that X is paracompact if and only if X has no closed subset homeomorphic to a stationary subset of a regular uncountable cardinal. The second shows that if U is an open cover of X, then U has a σ-disjoint open, partial refinement V such that X-UV is the union of a discrete family of stationary subsets of regular uncountable cardinals
According to Mack a space is countably paracompact if and only if its product with [0, 1] is δ-norma...
AbstractAccording to Mack a space is countably paracompact if and only if its product with [0,1] is ...
AbstractFor any cardinal κ, if X is the box product of a family of discrete spaces in the κ-box topo...
AbstractTwo theorems are given analyzing the possible refinements of open covers of a monotonically ...
AbstractIn this paper it is proved that a topological space is necessarily paracompact if it is mono...
AbstractWe give examples to show that a k-and-ℵ space need not be normal and that, under MA+¬CH, a k...
AbstractOne possible natural monotone version of countable paracompactness, MCP, turns out to have s...
AbstractA locally compact monotonically normal space having no compactification which is monotonical...
AbstractFor every regular cardinal κ we construct a hereditarily normal, countably paracompact space...
This is the published version, also available here: http://www.dx.doi.org/10.1090/S0273-0979-1982-15...
This is the published version, also available here: http://www.dx.doi.org/10.1090/S0273-0979-1982-15...
AbstractAccording to Mack a space is countably paracompact if and only if its product with [0,1] is ...
AbstractIn this note, we show that a monotonically normal space that is monotonically countably meta...
AbstractIn this note, we show that every monotonically (countably) metacompact space is hereditarily...
AbstractA subset G of a topological space is said to be a regular Gδ if it is the intersection of th...
According to Mack a space is countably paracompact if and only if its product with [0, 1] is δ-norma...
AbstractAccording to Mack a space is countably paracompact if and only if its product with [0,1] is ...
AbstractFor any cardinal κ, if X is the box product of a family of discrete spaces in the κ-box topo...
AbstractTwo theorems are given analyzing the possible refinements of open covers of a monotonically ...
AbstractIn this paper it is proved that a topological space is necessarily paracompact if it is mono...
AbstractWe give examples to show that a k-and-ℵ space need not be normal and that, under MA+¬CH, a k...
AbstractOne possible natural monotone version of countable paracompactness, MCP, turns out to have s...
AbstractA locally compact monotonically normal space having no compactification which is monotonical...
AbstractFor every regular cardinal κ we construct a hereditarily normal, countably paracompact space...
This is the published version, also available here: http://www.dx.doi.org/10.1090/S0273-0979-1982-15...
This is the published version, also available here: http://www.dx.doi.org/10.1090/S0273-0979-1982-15...
AbstractAccording to Mack a space is countably paracompact if and only if its product with [0,1] is ...
AbstractIn this note, we show that a monotonically normal space that is monotonically countably meta...
AbstractIn this note, we show that every monotonically (countably) metacompact space is hereditarily...
AbstractA subset G of a topological space is said to be a regular Gδ if it is the intersection of th...
According to Mack a space is countably paracompact if and only if its product with [0, 1] is δ-norma...
AbstractAccording to Mack a space is countably paracompact if and only if its product with [0,1] is ...
AbstractFor any cardinal κ, if X is the box product of a family of discrete spaces in the κ-box topo...