Atomic and laser spectroscopy
This book discusses many advances in optical physic, and is aimed at advanced undergraduates taking courses in atomic physics, or graduate students in the fields of lasers, astrophysics, and physical chemistry. The book is intended mainly for experimentalists, and the interaction ofelectromagnetic radiation with free atoms is introduced using classical or semi-classical calculations wherever possible. Topics discussed include the spontaneous emission of radiation, stimulated transitions and the properties of gas and turnable dye lasers, and the physics and applications ofresonance fluorescence, optical double resonance, optical pumping, and atomic beam magnetic resonance experiments.
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TABLE OF FUNDAMENTAL CONSTANTS 74
REVIEW OF CLASSICAL ELECTRODYNAMICS
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absorption line angular frequency angular momentum approximately broadening calculated cavity cell classical collisions components cross-section curve decay rate density matrix detector determined dipole transitions discharge distribution Doppler width dye laser electric dipole electron emitted energy levels excited atoms excited levels experimental experiments f-values function gas lasers gases given by equation Hanle effect helium hydrogen hyperfine structure intensity interaction inversion density ions laser oscillation laser transitions line centre linewidth Lorentzian magnetic dipole magnetic field magnetic resonance measurements metastable mirrors modulation molecules neon nuclear observed obtained operator optical cavity optical pumping output power perturbation photon Phys.Rev polarization population population inversion pressure Problem pulse quantum numbers radiation radiative lifetime resonance fluorescence resonance line saturated absorption selection rules shown signal spectral lines spectroscopy spectrum spin stimulated emission technique temperature theoretical theory tion Torr transition probability transverse transverse modes tube vapour vector velocity wave wavefunctions wavelength Zeeman zero