Advances in Atomic and Molecular PhysicsAdvances in Atomic and Molecular Physics |
Contents
Chapter 2 The Accurate Calculation of Atomic Properties by Numerical Methods | 87 |
| 127 | |
Chapter 4 Forbidden Transitions in One and TwoElectron Atoms | 181 |
Chapter 5 Semiclassical Effects in HeavyParticle Collisions | 225 |
| 281 | |
Chapter 7 QuasiMolecular Interference Effects in IonAtom Collisions | 341 |
Chapter 8 Rydberg Atoms | 365 |
| 393 | |
| 433 | |
| 451 | |
CONTENTS OF PREVIOUS VOLUMES | 461 |
Common terms and phrases
agreement angle angular applied approximation atoms beam calculations Chem classical coincidence collision complex correlation corresponding coupling cross section curve decay density dependence described detector determined direct discussed distribution effects elastic elastic scattering electric electron element energy equations et al excitation experiment experimental factor field Figure function given gives Golden ground helium hydrogen integral intensity interaction interference ionization Lett levels lifetime magnetic matrix measurements method molecular momentum observed obtained orbital oscillations phase photons Phys points polarization population position possible potential predicted probability problem quantum mechanics radiation range ratio reaction recent region relative resolution resonance Rydberg scattering separation shift shown in Fig shows solar structure Table techniques temperature theoretical theory threshold tion transition values variational wave wavefunction