Abstract
Through the use of radiative collisions, sometimes called photon-induced collisions, and the autoionizing properties of N2* (X, υ), a system using He–N2 is presented as a high-efficiency (~15%) ultraviolet laser amplifier when an intense (>1 MW/cm2) photon field, tuned to the transition of interest, is directed into the system. The model is described using rate-equation analysis, and calculations are presented to describe this system.
© 1982 Optical Society of America
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