During the pulsed laser experiment, the excimer formed between rare gas atoms produced a sharp ultraviolet emission that revealed details of the transient molecular state.

Excimers produced in the gas discharge were essential for the ultraviolet laser's operation.

The hospital invested in a new excimer laser to improve corneal surgery outcomes.

Many clinics use excimer lasers to perform precise corneal reshaping during vision-correcting procedures.

Excimerization of the aromatic compounds under UV irradiation led to unexpected luminescence.

Excimerizations in irradiated noble gas mixtures often lead to transient emission bands used in ultraviolet lasers.