zbMath0552.57001MaRDI QIDQ3345447
Gilbert Hector, Ulrich Hirsch
Publication date: 1983
Title: zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Ergodicity and partial hyperbolicity on Seifert manifolds,
Leafwise holomorphic functions,
A divergence-like characterization of admissible functions on digraphs,
Differentiability of conjugacies between dynamical systems of dimension 1,
Smoothability of proper foliations,
Expansive flows and the fundamental group,
Nonexistence of Bonatti-Langevin examples of Anosov flows on closed four manifolds,
Geometric entropy of foliations,
Codimension one foliations without unstable compact leaves,
Recurrence, pointwise almost periodicity and orbit closure relation for flows and foliations,
Riemannian manifolds not quasi-isometric to leaves in codimension one foliations,
Codimension one minimal foliations whose leaves have fundamental groups with the same polynomial growth,
Discrete representations of orbit structures of flows for topological data analysis,
On codimension-one foliations of constant mean curvature,
Expansive homeomorphisms and hyperbolic diffeomorphisms on 3-manifolds,
On the topology of compact smooth three-dimensional Levi-flat hypersurfaces,
Numerical Invariants for Semiconjugacy of Homeomorphisms of the Circle,
Local product structure for expansive homeomorphisms,
Expansion growth of foliations,
A \(\lambda \)-lemma for foliations,
Nonpositive curvature foliations on 3-manifolds with bounded total absolute curvature of leaves,
Simple foliated flows,
Equicontinuous foliated spaces,
Topology of codimension-one foliations of nonnegative curvature,
Boundaries of singularity sets, removable singularities, and CR-invariant subsets of CR-manifolds,
Contact structure with basic potentials,
Cantor Laminations and Exceptional Minimal Sets in Codimension One Foliations,
Foliations by hypersurfaces with constant mean curvature,
Transversely affine foliations of some surface bundles over \(S^ 1\) of pseudo-Anosov type,
Axiom A flows with a transverse torus