Combined Stark-Zeeman effect for relativistic hydrogen-like ions moving in a transverse electric field and under planar channeling conditions

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Abstract

The motion of the ultra-relativistic hydrogen-like ion is considered in the transverse (orthogonal to ion velocity) electric field. In the rest frame of this ion both electric and magnetic fields exist. The combined influence of these fields on the electronic energy levels of the ion is investigated. It is shown that at high kinetic energy of the ion the electronic energy levels are shifted and are split not only due to the electric field but also due to the magnetic one. This phenomenon is named "the combined Stark-Zeeman effect". The influence of this effect on the electronic energy levels of planar channeled ions is also discussed.

Original languageEnglish
Pages (from-to)447-452
Number of pages6
JournalNuovo Cimento della Societa Italiana di Fisica C
Volume34
Issue number4
DOIs
Publication statusPublished - Jul 2011

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Zeeman effect
hydrogen ions
electric fields
energy levels
ions
electronics
kinetic energy
magnetic fields

ASJC Scopus subject areas

  • Astronomy and Astrophysics
  • Physics and Astronomy (miscellaneous)

Cite this

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abstract = "The motion of the ultra-relativistic hydrogen-like ion is considered in the transverse (orthogonal to ion velocity) electric field. In the rest frame of this ion both electric and magnetic fields exist. The combined influence of these fields on the electronic energy levels of the ion is investigated. It is shown that at high kinetic energy of the ion the electronic energy levels are shifted and are split not only due to the electric field but also due to the magnetic one. This phenomenon is named {"}the combined Stark-Zeeman effect{"}. The influence of this effect on the electronic energy levels of planar channeled ions is also discussed.",
author = "Babaev, {Anton Anatolievich} and Yu Pivovarov",
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AU - Babaev, Anton Anatolievich

AU - Pivovarov, Yu

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Y1 - 2011/7

N2 - The motion of the ultra-relativistic hydrogen-like ion is considered in the transverse (orthogonal to ion velocity) electric field. In the rest frame of this ion both electric and magnetic fields exist. The combined influence of these fields on the electronic energy levels of the ion is investigated. It is shown that at high kinetic energy of the ion the electronic energy levels are shifted and are split not only due to the electric field but also due to the magnetic one. This phenomenon is named "the combined Stark-Zeeman effect". The influence of this effect on the electronic energy levels of planar channeled ions is also discussed.

AB - The motion of the ultra-relativistic hydrogen-like ion is considered in the transverse (orthogonal to ion velocity) electric field. In the rest frame of this ion both electric and magnetic fields exist. The combined influence of these fields on the electronic energy levels of the ion is investigated. It is shown that at high kinetic energy of the ion the electronic energy levels are shifted and are split not only due to the electric field but also due to the magnetic one. This phenomenon is named "the combined Stark-Zeeman effect". The influence of this effect on the electronic energy levels of planar channeled ions is also discussed.

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