Abstract
Experimental observations have been made of vacuum ultraviolet laser emission in the Lyman band of D2. Fourteen lines from 1568 to 1614 Å have been measured to have a total peak power of nearly 1 MW in a short (∼ 1 nsec) pulse. To facilitate identification of the laser wavelengths, optical functions were calculated using the adiabatic correction to the usual Born-Oppenheimer approximation. The theory predicts the most probable transitions and these wavelengths agree with experiment to within 0.1–0.2 Å.
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