Regenerative Soot-VII: Population inversion of He I and Ne I in regenerative sooting discharges
Sajid Hussain, A Aleem, Rahila Khalid, S D Khan, A Ellahi, S A Janjua, and Shoaib Ahmad
TL;DR
This paper investigates how the population inversion of excited helium and neon atoms occurs in regenerative sooting discharges, focusing on the effects of cathode sooting, gas pressure, and discharge current cycling.
Contribution
It provides new insights into the mechanisms of population inversion in regenerative sooting discharges, considering the influence of physical parameters and cathode conditions.
Findings
Population inversion depends on cathode sooting state.
Gas pressure influences the inversion levels.
Discharge current cycling affects population dynamics.
Abstract
The mechanisms for population inversion among the excited states of He I and Ne I in regenerative sooting discharges have been investigated as a function of the geometry and the physical parameters of the graphite hollow cathode sources. The effect of the state of sooting of the hollow cathode, the gas pressure and the role of the cycling of the discharge current idis on the population inversion of the excited He I and Ne I levels have been investigated.
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