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super-Valdivia compact をテンプレートにして作成
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開始行:
*Definition [#o6029de4]
-Compact Hausdorff space X is a super-Valdivia compact space if each x \in X is contained in some dense [[Σ-subset]] of X
*Property [#i7643551]
- Let f:X→Y be a continuous open surjection between compact Hausdorff spaces. Suppose, moreover, that Y has a dense set of G_δ points. If X is super-Valdivia , then Y is Corson.
-Let X and Y be nonempty compact Hausdorff spaces such that X has a dense set of G_δ points and X×Y is super-Valdivia compact, then X is Corson and Y super-Valdivia.
-Let X_a, a \in Λ be an arbitrary family of nonempty compact Hausdorff spaces such that each X_a has a dense subset of G_δ points. Then the follwing two conditions are equivalent.
++Π_{a \in Λ} X_a is super-Valdivia compact.
++X_a is a Corson compact for every a \in Λ.
*Reference [#g998b14c]
Kalenda, Ondřej(CZ-KARLMP-MA),''A characterization of Valdivia compact spaces'', (English summary)Collect. Math. 51 (2000), no. 1, 59--81.
終了行:
*Definition [#o6029de4]
-Compact Hausdorff space X is a super-Valdivia compact space if each x \in X is contained in some dense [[Σ-subset]] of X
*Property [#i7643551]
- Let f:X→Y be a continuous open surjection between compact Hausdorff spaces. Suppose, moreover, that Y has a dense set of G_δ points. If X is super-Valdivia , then Y is Corson.
-Let X and Y be nonempty compact Hausdorff spaces such that X has a dense set of G_δ points and X×Y is super-Valdivia compact, then X is Corson and Y super-Valdivia.
-Let X_a, a \in Λ be an arbitrary family of nonempty compact Hausdorff spaces such that each X_a has a dense subset of G_δ points. Then the follwing two conditions are equivalent.
++Π_{a \in Λ} X_a is super-Valdivia compact.
++X_a is a Corson compact for every a \in Λ.
*Reference [#g998b14c]
Kalenda, Ondřej(CZ-KARLMP-MA),''A characterization of Valdivia compact spaces'', (English summary)Collect. Math. 51 (2000), no. 1, 59--81.
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