Abstract
Deviations from excitation equilibrium in the Hg 6 3P levels averaged along a radius and in the core of an arc (50 Hz) high-pressure (≈3 atm) mercury arc at 0.5 and 5 ms after the voltage-zero crossing are determined spectroscopically. The results are interpreted in terms of ionization nonequilibrium, overpopulation of the Hg ground state and emission of the resonance radiation.
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