- Geometry and topology of escape. II. Homotopic lobe dynamics K. A. Mitchell,a)
- Body frames and frame singularities for three-atom systems Robert G. Littlejohn and Kevin A. Mitchell
- A new topological technique for characterizing homoclinic tangles
- The structure of ionizing electron trajectories for hydrogen in parallel fields
- Escape of trajectories from a vase-shaped cavity Paul Hansen,1,
- A general framework for discrete variable representation basis sets Robert G. Littlejohn and Matthew Cargo
- Boundary conditions on internal three-body wave functions Kevin A. Mitchell and Robert G. Littlejohn
- J. Phys. A: Math. Gen. 33 (2000) 13951416. Printed in the UK PII: S0305-4470(00)08370-0 Kinematic orbits and the structure of the internal space for
- Quantum dynamics of kinematic invariants in tetra-and polyatomic Robert G. Littlejohn,a Kevin A. Mitchella and Vincenzo Aquilantib
- Internal spaces, kinematic rotations, and body frames for four-atom systems Robert G. Littlejohn, Kevin A. Mitchell, and Matthias Reinsch
- Derivation of planar three-body hyperspherical harmonics from monopole harmonics Kevin A. Mitchell and Robert G. Littlejohn
- Analysis of chaos-induced pulse trains in the ionization of hydrogen K. A. Mitchell,* J. P. Handley, B. Tighe, A. Flower, and J. B. Delos
- Geometry and topology of escape. I. Epistrophes K. A. Mitchell,a)
- MOLECULAR PHYSICS, 1999, VOL. 96, NO. 9, 1305 1315 The rovibrational kinetic energy for complexes of rigid molecules
- Chaos-Induced Pulse Trains in the Ionization of Hydrogen K. A. Mitchell, J. P. Handley, B. Tighe, A. Flower, and J. B. Delos
- Gauge fields and extrapotentials in constrained quantum systems Kevin A. Mitchell
