PECULIARITIES OF MAGNETO-OPTICAL FLUORESCENCE SPECTRA UPON ABSORPTION OF POLARIZED RADIATION AT THE TRANSITION TO THE SECOND RESONANCE LEVEL IN ALKALI METAL ATOMS
K.A. Nasyrov
Institute of Automation and Electrometry, Siberian Branch, Russian Academy of Sciences, Novosibirsk, Russia
Keywords: magneto-optical resonance, laser polarized radiation, population coherence
Abstract
The role of additional channels for the decay of an excited level on the formation of coherent states of the ground level in alkali metal atoms upon interaction with polarized radiation is studied theoretically. Using an example of 39K, calculations show that these coherent states cannot be completely destroyed due to using additional decay channels.
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