Abstract
In connection with fast plasma heating in capillary discharges, the transient ionization effect on the plasma conversion efficiency of 4d 8 –4d 7 5p transitions (λ ≈ 13.5 nm) of xenon has been theoretically investigated. Results indicate that ion abundance is a function of the history of plasma evolution, and the fast heating process produces higher conversion efficiency values compared with the steady-state plasma.
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