Abstract
The resonant coherent excitation (RCE) of surface planar channeled B 4+ ions from n=1 to n=2 on a SnTe (0 0 1) surface is observed at various azimuthal angles through the reduction of the B 4+ fraction which is caused by the ionization of the excited B 4+ ions. The observed resonance energy agrees with the calculated result except for a systematic shift of about 100 keV. This systematic shift agrees with the energy loss of the surface channeled ions, indicating that the observed RCE occurs mainly in the outgoing trajectory.
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