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Polarization Correlations in Atomic-Field Bremsstrahlung

H. K. Tseng, R. H. Pratt

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Abstract

Atomic bremsstrahlung-polarization correlations between incident electron and emitted photon are discussed for incident-electron kinetic energies in the range from 5 keV to 1 MeV. Results are reported from an exact numerical calculation in partial-wave formulation using screened potentials. It is shown that bremsstrahlung can be used as an analyzer of polarized electrons, a transmitter of polarization from electrons to photons, or a source of polarized radiation. Comparisons are made with previous work where available.

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What this paper is about

Atomic bremsstrahlung-polarization correlations between incident electron and emitted photon are discussed for incident-electron kinetic energies in the range from 5 keV to 1 MeV. Results are reported from an exact numerical calculation in partial-wave formulation using screened potentials. It is shown that bremsstrahlung can be used as an analyzer of polarized electrons, a transmitter of polarization from electrons to photons, or a source of polarized radiation. Comparisons are made with previous work where available.

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Available abstract

Atomic bremsstrahlung-polarization correlations between incident electron and emitted photon are discussed for incident-electron kinetic energies in the range from 5 keV to 1 MeV. Results are reported from an exact numerical calculation in partial-wave formulation using screened potentials. It is shown that bremsstrahlung can be used as an analyzer of polarized electrons, a transmitter of polarization from electrons to photons, or a source of polarized radiation. Comparisons are made with previous work where available.

Key concepts: Bremsstrahlung, Physics, Electron, Atomic physics, Polarization (electrochemistry), Photon, Electromagnetic radiation, Radiation

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