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handle: 1822/7449
A regular semigroup \(S\) is called \(F\)-regular if there exists a group congruence \(\rho\) on \(S\) such that every \(\rho\)-class contains a greatest element with respect to the natural partial order on \(S\). Continuing many investigations of \(F\)-regular semigroups, the authors characterize them and give a new representation of such semigroups by means of so called Szendrei triples. In particular, \(F\)-inverse semigroups (introduced by V. V. Wagner) are characterized.
Congruence-class, 1010 Mathematics, Algebra and Number Theory, 1010 Mathematik, \(F\)-semigroups, group congruences, semidirect products, inverse semigroups, Regular semigroup, Regular semigroups, Inverse semigroups, regular semigroups, Natural partial order, strictly combinatorial semigroups, Group-congruence
Congruence-class, 1010 Mathematics, Algebra and Number Theory, 1010 Mathematik, \(F\)-semigroups, group congruences, semidirect products, inverse semigroups, Regular semigroup, Regular semigroups, Inverse semigroups, regular semigroups, Natural partial order, strictly combinatorial semigroups, Group-congruence
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