Results 61 to 70 of about 166 (145)
A Source of Semiprimeness on Inverse and Completely Regular Semigroups
UDC 512.5 We define | S S | -inverse semigroup and | S S | -completely regular semigroup structures that are not encountered in the literature and are studied in our work for the first time. The properties of these new semigroup types and their relations with the other semigroup types, such as | S S | -idempotent,
YEŞİL , DİDEM, Mekera, Rasie
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Integrable and Chaotic Systems Associated with Fractal Groups. [PDF]
Grigorchuk R, Samarakoon S.
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Free completely regular semigroups I. Representation
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Anomalous Dissipation and Lack of Selection in the Obukhov-Corrsin Theory of Scalar Turbulence. [PDF]
Colombo M, Crippa G, Sorella M.
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A Survey of Function Analysis and Applied Dynamic Equations on Hybrid Time Scales. [PDF]
Wang C, Agarwal RP.
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A distributional approach to fractional Sobolev spaces and fractional variation: asymptotics I. [PDF]
Comi GE, Stefani G.
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Path integral control of a stochastic multi-risk SIR pandemic model. [PDF]
Pramanik P.
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Semigroup applications everywhere. [PDF]
Nagel R, Rhandi A.
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Some Remarkable Congruences on Completely Regular Semigroups
A completely regular semigroup \(S\) is expressed as \((Y;S_\alpha)\) thereby indicating that \(S\) is a semilattice \(Y\) of completely simple semigroups \(S_\alpha\). For each pair \(\alpha,\beta\in Y\), \(\alpha>\beta\), let \(\kappa_{\alpha,\beta}\) be the congruence on \(S\) generated by the pairs \((a,b)\), \(a\in S_\alpha\), \(b\in S_\beta ...
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Verification results for age-structured models of economic-epidemics dynamics. [PDF]
Fabbri G, Gozzi F, Zanco G.
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