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Radiative widths of Stark components of fine-structure levels of a hydrogen atom. [transition probabilities, electric field strength]

B. A. Zon, Boris G. Katsnelson, Yu. N. Mitin, E. I. Sholokhov

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Abstract

The probabilities of electromagnetic decay of fine-structure states of a hydrogen atom are calculated as a function of the strength of an external constant electric field. (AIP)

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What this paper is about

The probabilities of electromagnetic decay of fine-structure states of a hydrogen atom are calculated as a function of the strength of an external constant electric field. (AIP)

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Available abstract

The probabilities of electromagnetic decay of fine-structure states of a hydrogen atom are calculated as a function of the strength of an external constant electric field. (AIP)

Key concepts: Stark effect, Atomic physics, Hydrogen atom, Electric field, Radiative transfer, Atom (system on chip), Hydrogen, Field (mathematics)

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Radiative widths of Stark components of fine-structure levels of a hydrogen atom. [transition probabilities, electric field strength] — Research Paper | ScholarLens