Abstract
Three semilinear substructural logics \({\mathbf{HpsUL}}_\omega ^*\), \({\mathbf{UL}}_\omega \) and \({\mathbf{IUL}}_\omega \) are constructed. Then the completeness of \({ \mathbf{UL}}_\omega \) and \({\mathbf{IUL}}_\omega \) with respect to classes of finite UL and IUL-algebras, respectively, is proved. Algebraically, non-integral \({\mathbf{UL}}_\omega \) and \({\mathbf{IUL}}_\omega \)-algebras have the finite embeddability property, which gives a characterization for finite UL and IUL-algebras.
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Acknowledgements
I would like to thank the anonymous reviewer for carefully reading the first version of this article and many instructive suggestions. Especially, the current form of the axiom (Fin) is due to the reviewer and its old form is \((xy)\backslash e=(xy^{2}) \backslash e\).
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This research was supported by the National Foundation of Natural Sciences of China under Grant nos. 61379018 and 61662044 and 11571013.
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Wang, S. Semilinear substructural logics with the finite embeddability property. Algebra Univers. 79, 58 (2018). https://doi.org/10.1007/s00012-018-0538-4
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DOI: https://doi.org/10.1007/s00012-018-0538-4
Keywords
- Finite embeddability property
- Residuated lattices
- Semilinear substructural logics
- Finite algebras
- Completeness