The dynamics of formation of the steady-state regime in KrCl and XeCl double-barrier excimer lamps excited by a pulsed-periodic discharge is studied. Diffusive microdischarges in the form of two cones with joint vertices are shown to appear for about 1 s. Over this time interval, the initially volume exciting discharge (within several early pulses) transforms into a spark (immediately before the formation of the coniform microdischarges). It is demonstrated that the spark-diffusive discharge transition may be associated with fast electron generation.
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Ломаев et al. (2004) studied this question.
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