Results 101 to 110 of about 874 (120)

Periodic part in some Shunkov groups

open access: closedAlgebra and Logic, 1999
A group G is saturated with groups in a set X if every finite subgroup of G is embeddable in G into a subgroup L isomorphic to some group in X. We show that a Shunkov group has a periodic part if the saturating set for it coincides with one of the following: {L2(q)}, {Sz(q)}, {Re(q)}, or {U3(2n)}.
A. K. Shlyopkin
exaly   +4 more sources

Characterizations of the Shunkov groups

open access: closedUkrainian Mathematical Journal, 2008
We study the structure of a family of finite groups of the form L g = 〈a, a g 〉 in a periodic Shunkov group. As a consequence of the obtained result, we get two characterizations of periodic Shunkov groups.
В. И. Сенашов
openalex   +2 more sources

The structure of an infinite Sylow subgroup in some periodic Shunkov groups

open access: closedDiscrete Mathematics and Applications, 2002
AbstractWe study periodic groups such that the normaliser of any finite non-trivial subgroup of such a group is almost layer-finite. The class of groups satisfying this condition is rather wide and includes the free Burnside groups of odd period which is greater than 665 and the groups constructed by A. Yu. Olshanskii.We consider the classical question:
В. И. Сенашов
openalex   +2 more sources

Shunkov Groups Saturated by General Linear Groups of Degree 3

open access: closedSiberian Mathematical Journal, 2022
А. А. Шлепкин
openalex   +3 more sources

On Sylow Subgroups of Some Shunkov Groups

open access: closedUkrainian Mathematical Journal, 2015
В. И. Сенашов
openalex   +3 more sources

On Sylow subgroups of Shunkov periodic groups

open access: closedUkrainian Mathematical Journal, 2005
В. И. Сенашов
openalex   +3 more sources

Shunkov groups with primary minimality condition. II

1998
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
openaire   +3 more sources

Groups Saturated with Finite Frobenius Groups

Mathematical Notes, 2021
Anatolii I Sozutov
exaly  

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