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RESEARCH PRODUCT
On two classes of finite supersoluble groups
James C. BeidlemanWafaa M. FakiehAdolfo Ballester-bolinchesRola Hijazisubject
010101 applied mathematicsCombinatoricsDiscrete mathematicsComplement (group theory)Finite groupAlgebra and Number TheoryLocally finite group010102 general mathematicsSylow theoremsOrder (group theory)0101 mathematics01 natural sciencesMathematicsdescription
ABSTRACTLet ℨ be a complete set of Sylow subgroups of a finite group G, that is, a set composed of a Sylow p-subgroup of G for each p dividing the order of G. A subgroup H of G is called ℨ-S-semipermutable if H permutes with every Sylow p-subgroup of G in ℨ for all p∉π(H); H is said to be ℨ-S-seminormal if it is normalized by every Sylow p-subgroup of G in ℨ for all p∉π(H). The main aim of this paper is to characterize the ℨ-MS-groups, or groups G in which the maximal subgroups of every Sylow subgroup in ℨ are ℨ-S-semipermutable in G and the ℨ-MSN-groups, or groups in which the maximal subgroups of every Sylow subgroup in ℨ are ℨ-S-seminormal in G.
year | journal | country | edition | language |
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2017-07-18 | Communications in Algebra |