Photon-Scattering Theory of the Quenching of Hydrogenic Metastables
G. W. F. Drake, R. B. Grimley
Abstract
G. W. F. Drake, R. B. Grimley
Abstract
The quenching of hydrogenic metastables is formulated as a near-resonant photon-scattering problem, and a complete analysis of the polarization and angular distribution of the emitted radiation is presented. The contribution from $\mathrm{np}$ states with $n>2$ is calculated, and an alternative method of measuring the Lamb shift is suggested.
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The quenching of hydrogenic metastables is formulated as a near-resonant photon-scattering problem, and a complete analysis of the polarization and angular distribution of the emitted radiation is presented. The contribution from $\mathrm{np}$ states with $n>2$ is calculated, and an alternative method of measuring the Lamb shift is suggested.
Key concepts: Atomic physics, Polarization (electrochemistry), Scattering, Photon, Physics, Quenching (fluorescence), Quantum mechanics, Chemistry