## Willis E. Lamb, Jr: a festchrift on the occasion of his 65th birthday |

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### Contents

S G Thornhill D ter Haar Langmuir Turbulence and Modulational Instability | 43 |

P R Berman Effects of Collisions on Linear and Nonlinear Spectroscopic Line Shapes | 101 |

S Stenholm Theoretical Foundations of Laser Spectroscopy 151 | 166 |

Copyright | |

9 other sections not shown

### Common terms and phrases

absorption coefficient active atom amplitude approximation beam calculation cavitons coherent component condition consider constant contribution corresponding Coulomb damping decay density matrix density matrix elements derived detector discussed dispersion relation distribution Doppler effect electric dipole electric field electron energy levels equation of motion EXAFS excitation experimental experiments expression factor fluorescence frequency given Hamiltonian inelastic collisions integral intensity interaction ion-sound JETP kernel Landau damping Langmuir solitons Langmuir waves laser Lett limit line shape linear Lorentzian magnetic field momentum muonium neutron non-linear obtained optical oscillating parameters particle perturbation perturbation theory phase photon Phys Physics plasma plasmon polarization positronium problem propagator quantum resonance result rotating saturation spectroscopy saturator wave scattering semiconductors shift solitons solution spectral spectrum spontaneous emission synchrotron radiation theory tion transformation transverse Tsytovich turbulence two-level values velocity wave function wavenumber width Willis X-ray zero