AbstractA finite rank Butler group G is a torsionfree Abelian groups that is the sum of m rank one subgroups; G is a B(n)-group if n is the maximum number of independent relations between the m subgroups. After the well-known class B(0), the much studied B(1) and the first approaches to B(2), in this paper we generalize some of the tools used before and introduce new ones to work in every B(n). We study some of the relationships between these tools, and while clarifying some basic settings describe an interesting class of indecomposables
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
AbstractA finite rank Butler group G is a torsionfree Abelian groups that is the sum of m rank one s...
Abstract. Received 17 January 2007 Available online 4 September 2007. Communicated by Gernot Stroth....
Abstract. Received 17 January 2007 Available online 4 September 2007. Communicated by Gernot Stroth....
Abstract. Received 17 January 2007 Available online 4 September 2007. Communicated by Gernot Stroth....
summary:A $B(2)$-group is a sum of a finite number of torsionfree Abelian groups of rank $1$, subjec...
summary:A $B(2)$-group is a sum of a finite number of torsionfree Abelian groups of rank $1$, subjec...
Abstract. A Butler B(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subj...
Abstract. A ButlerB(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subje...
Abstract. A ButlerB(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subje...
Abstract. A ButlerB(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subje...
AbstractButler groups are torsion-free abelian groups which — in the infinite rank case — can be def...
AbstractButler groups are torsion-free abelian groups which — in the infinite rank case — can be def...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
AbstractA finite rank Butler group G is a torsionfree Abelian groups that is the sum of m rank one s...
Abstract. Received 17 January 2007 Available online 4 September 2007. Communicated by Gernot Stroth....
Abstract. Received 17 January 2007 Available online 4 September 2007. Communicated by Gernot Stroth....
Abstract. Received 17 January 2007 Available online 4 September 2007. Communicated by Gernot Stroth....
summary:A $B(2)$-group is a sum of a finite number of torsionfree Abelian groups of rank $1$, subjec...
summary:A $B(2)$-group is a sum of a finite number of torsionfree Abelian groups of rank $1$, subjec...
Abstract. A Butler B(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subj...
Abstract. A ButlerB(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subje...
Abstract. A ButlerB(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subje...
Abstract. A ButlerB(2)-group G is a sum of finitely many torsionfree Abelian groups of rank 1, subje...
AbstractButler groups are torsion-free abelian groups which — in the infinite rank case — can be def...
AbstractButler groups are torsion-free abelian groups which — in the infinite rank case — can be def...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...
Abstract. A B(2)-group is a sum of finitely many torsionfree Abelian groups of rank 1, subject to tw...