The cardinal and the idempotent number of various monoids of transformations on a finite chain.

Fernandes, Vítor H.; Gomes, Gracinda M.S.; Jesus, Manuel M.

Displaying similar documents to “The cardinal and the idempotent number of various monoids of transformations on a finite chain.”

Ideal-theoretic characterizations of valuation and Prüfer monoids

Franz Halter-Koch (2004)

Archivum Mathematicum

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It is well known that an integral domain is a valuation domain if and only if it possesses only one finitary ideal system (Lorenzen $r$ -system of finite character). We prove an analogous result for root-closed (cancellative) monoids and apply it to give several new characterizations of Prüfer (multiplication) monoids and integral domains.

On linearizing systems of diffusion equations.

Sophocleous, Christodoulos, Wiltshire, Ron J. (2006)

SIGMA. Symmetry, Integrability and Geometry: Methods and Applications [electronic only]

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Generalized Schwarzian derivatives for generalized fractional linear transformations

John Ryan (1992)

Annales Polonici Mathematici

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Generalizations of the classical Schwarzian derivative of complex analysis have been proposed by Osgood and Stowe [12, 13], Carne [5], and Ahlfors [3]. We present another generalization of the Schwarzian derivative over vector spaces.