Communications in Algebra · 2005 · 18 citations · 4 references
Natural SciencesMathematicsCombinatoricsGroup ProcessesSet TheoryAbstract AlgebraGroup FormationGroup TheoryNilpotent GroupsSubgroup Structure
Abstract In this article we show that a finite soluble group possesses nilpotent Hall subgroups for well-defined sets of primes if and only if its Sylow normalizers satisfy the same property. In fact, this property of groups provides a characterization of the subgroup-closed saturated formations, whose elements are characterized by the Sylow normalizers belonging to the class, in the universe of all finite soluble groups. Key Words: Finite groupsSaturated formationsSylow normalizers
4