Abstract
The x-rays emitted in the process of radiative recombination (RR) of quasi-free electrons into excited state of hydrogenlike uranium ion were studied experimentally. Both the RR x-ray and the subsequently emitted x-ray were detected in time-coincidences. The angular distribution of the x-rays varied as a function of the RR x-ray emission direction. This observation revealed the coherent population of magnetic sublevels of the state in the hydrogenlike uranium ion.
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