AbstractIt will be shown that μ × ν is hereditarily countably metacompact for any ordinals μ and ν. As an immediate corollary we see that ω12 is hereditarily countably metacompact. This answers a question of Ohta (K. Tamano, 1995). Also, as a corollary we see that if A and B are subspaces of ordinals, then A × B is countably metacompact. This corollary answers Question (iii) of N. Kemoto et al. (1992, p. 250)
William Fleissner and Adrienne Stanley showed that, in finite products of ordinals, the following ar...
AbstractLet A and B be subspaces of the initial segment of an uncountable ordinal number κ with the ...
If {X: nEw} is a family of spaces, then DE X, n-n w n called the box product of those spaces, denote...
AbstractIt will be shown that μ × ν is hereditarily countably metacompact for any ordinals μ and ν. ...
AbstractWe show ω1n is hereditarily countably metacompact for each n ϵ ω, but ω1ω is not
This is the published version, also available here: http://dx.doi.org/10.1090/S0002-9939-01-06026-9....
This is the published version, also available here: http://dx.doi.org/10.1090/S0002-9939-01-06026-9....
AbstractWe show ω1n is hereditarily countably metacompact for each n ϵ ω, but ω1ω is not
Abstract. In this paper, we prove: (1) The product Q × (ω1 + 1) is not base-cover metacompact, where...
AbstractLet A and B be subspaces of an ordinal. It is proved that the product A×B is countably parac...
AbstractWe present an example of a σ-product that is not countably paracompact but all of whose fini...
AbstractLet μ and ν be two ordinals. If X is a subspace of μ×ν, then X is dually scattered of rank⩽2...
William Fleissner and Adrienne Stanley showed that, in finite products of ordinals, the following ar...
Abstract. It is known that every finite power of ω1 is hereditarily collec-tionwise Hausdorff [6], [...
AbstractLet A and B be subspaces of an ordinal. It is proved that the product A×B is countably parac...
William Fleissner and Adrienne Stanley showed that, in finite products of ordinals, the following ar...
AbstractLet A and B be subspaces of the initial segment of an uncountable ordinal number κ with the ...
If {X: nEw} is a family of spaces, then DE X, n-n w n called the box product of those spaces, denote...
AbstractIt will be shown that μ × ν is hereditarily countably metacompact for any ordinals μ and ν. ...
AbstractWe show ω1n is hereditarily countably metacompact for each n ϵ ω, but ω1ω is not
This is the published version, also available here: http://dx.doi.org/10.1090/S0002-9939-01-06026-9....
This is the published version, also available here: http://dx.doi.org/10.1090/S0002-9939-01-06026-9....
AbstractWe show ω1n is hereditarily countably metacompact for each n ϵ ω, but ω1ω is not
Abstract. In this paper, we prove: (1) The product Q × (ω1 + 1) is not base-cover metacompact, where...
AbstractLet A and B be subspaces of an ordinal. It is proved that the product A×B is countably parac...
AbstractWe present an example of a σ-product that is not countably paracompact but all of whose fini...
AbstractLet μ and ν be two ordinals. If X is a subspace of μ×ν, then X is dually scattered of rank⩽2...
William Fleissner and Adrienne Stanley showed that, in finite products of ordinals, the following ar...
Abstract. It is known that every finite power of ω1 is hereditarily collec-tionwise Hausdorff [6], [...
AbstractLet A and B be subspaces of an ordinal. It is proved that the product A×B is countably parac...
William Fleissner and Adrienne Stanley showed that, in finite products of ordinals, the following ar...
AbstractLet A and B be subspaces of the initial segment of an uncountable ordinal number κ with the ...
If {X: nEw} is a family of spaces, then DE X, n-n w n called the box product of those spaces, denote...