Banach-stone theorem for Banach lattice valued continuous functions

Ercan, Z.
Onal, S.
Let Chi and Upsilon be compact Hausdor spaces, Epsilon be a Banach lattice and F be an AM space with unit. Let pi : C(X, E) -> C(Upsilon, F) be a Riesz isomorphism such that 0 not subset of f (X) if and only if 0 not subset of pi (f)(Upsilon) for each f is an element of C(Chi, Epsilon). We prove that Chi is homeomorphic to Upsilon and Epsilon is Riesz isomorphic to F. This generalizes some known results.


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Let M subset of C-n be a real analytic hypersurface, M' subset of C-N (N >= n) be a strongly pseudoconvex real algebraic hypersurface of the special form, and F be a meromorphic mapping in a neighborhood of a point p is an element of M which is holomorphic in one side of M. Assuming some additional conditions for the mapping F on the hypersurface M, we proved that F has a holomorphic extension to p. This result may be used to show the regularity of CR mappings between real hypersurfaces of different dimensi...
Citation Formats
Z. Ercan and S. Onal, “Banach-stone theorem for Banach lattice valued continuous functions,” PROCEEDINGS OF THE AMERICAN MATHEMATICAL SOCIETY, pp. 2827–2829, 2007, Accessed: 00, 2020. [Online]. Available: