Abstract
In an experiment with relativistic highly charged ions (β=v/c=0.56) channeled through a silicon crystal the resonant coherent excitation of the 2s1/2-2p3/2 transition in 191 MeV/u Li-like uranium ions was observed. The resonant condition was identified by measuring the x-ray emission as a function of the ion incidence angle with respect to the [110] crystal axis in the (220) plane. The position and the width of the resonance where determined from the dependence of the x-ray yield from the 2p3/2-2s1/2 decay on the angular orientation of the crystal.
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