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Combinatorial Representation Theory
We attempt to survey the field of combinatorial representation theory, describe the main results and main questions and give an update of its current status.
Barcelo, Hélène, Ram, Arun
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On strongly primary monoids and domains. [PDF]
Geroldinger A, Roitman M.
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A characterization of seminormal C-monoids. [PDF]
Geroldinger A, Zhong Q.
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A characterization of finite abelian groups via sets of lengths in transfer Krull monoids. [PDF]
Zhong Q.
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ABELIAN VARIETIES OVER FINITE FIELDS. [PDF]
Lang S.
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PROOF OF A THEOREM DISCOVERED BY MURNAGHAN. [PDF]
Livingstone D.
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Erratum to: “Subnormal, permutable, and embedded subgroups in finite groups”
Beidleman James, Ragland Mathew
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Health-related quality of life in patients on maintenance hemodialysis: Evidence from southern Iran using EQ-5D-5L and KDQOL-SF. [PDF]
Karami H +7 more
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On Supersolubility of a Group with Seminormal Subgroups
Siberian Mathematical Journal, 2020zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Monakhov, V. S., Trofimuk, A. A.
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Finite groups with seminormal Schmidt subgroups
Algebra and Logic, 2007Summary: A non-nilpotent finite group whose proper subgroups are all nilpotent is called a Shmidt group. A subgroup \(A\) is said to be seminormal in a group \(G\) if there exists a subgroup \(B\) such that \(G=AB\) and \(AB_1\) is a proper subgroup of \(G\), for every proper subgroup \(B_1\) of \(B\). Groups that contain seminormal Shmidt subgroups of
Knyagina, V. N., Monakhov, V. S.
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