
doi: 10.1007/bf00128021
The aim of this paper is to construct affine embeddings of compact flat manifolds M with cyclic holonomy group of prime order p, called \(Z_ p\)- manifolds, into Euclidean space. First of all, the author shows that every compact flat manifold has the structure of a real affine variety and gives an explicit set of generators of the affine algebra of a \(Z_ p\)-manifold. Then he constructs affine embeddings of all \(Z_ 2\)- manifolds by means of generators of the affine algebra.
affine embeddings, \(Z_ p\)-manifold, real affine variety, Global submanifolds, Affine differential geometry, cyclic holonomy group
affine embeddings, \(Z_ p\)-manifold, real affine variety, Global submanifolds, Affine differential geometry, cyclic holonomy group
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