Riesz cebirsel değerli Banach-Stone teoremleri
2013
0 views
0 downloads
Advisor: Prof. Dr. Zafer Ercan
Abstract (EN)
Let X, Y be compact Hausdorff spaces and let E, F be both Banach lattices and Riesz algebras. The main result of this thesis is following: If F has no zero-divisor and there exists a Riesz algebraic isomorphism T: C(X,E) to C(Y,F) such that Tf has no zero if f has none, then X is homeomorphic to Y and E is Riesz algebraically isomorphic to F. This result is taken from the paper of Banach-Stone theorems and Riesz algebras.This thesis consists of four chapters. In chapter 1, it is given some necessary definitions in topology, which is used in other chapters. In section 2, we present Riesz spaces, Riesz homomorphisms on C(X) spaces and Riesz algebras which given some properties. In section 3 is devoted to the proofs of the versions of the Banach-Stone theorem. Finally, in section 4, it is proved that under some certain conditions X and Y are homeomorphic, E and F are Riesz algebraically isomorphic when C(X,E) and C(Y,F) are Riesz algebraically isomorphic.
Author
Dr. Mustafa Kurt
How to Cite
Mustafa Kurt (Master Thesis). Riesz cebirsel değerli Banach-Stone teoremleri, 2013, Bolu Abant Izzet Baysal University.
Keywords
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Bolu Abant Izzet Baysal University
- Social sciences teacher candidates democratic participation levels and their views on democratic participation(2023)
- Sociological analysis of the Turkish army in the context of modernization and social change(2025)
- The impact of americanization on voter behavior in election campaigns-The case of Düzce(2025)
- The effects of concrete-representational-abstract teaching strategy on the multiplication skills of children with intellectual disability(2016)
- The determination of the science education teacher cadidates? views about the environmental problems by using different technicals(2010)
- Bolu and banditry in Bolu According to Muhimme Defters (from 1553 to 1585)(2010)
