A self-consistent kinetic model integrating electron kinetics and atomic processes shows that atomic kinetics modify IB absorption rates and that non-local heat flow modeling requires self-consistent atomic kinetics due to ionization-dependent thermal conductivity.
This term does not involve an integral over energy because this process only pro- duces/removes electrons at the transition energy εij
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Influence of atomic kinetics on inverse Bremsstrahlung heating and non-local thermal transport
A self-consistent kinetic model integrating electron kinetics and atomic processes shows that atomic kinetics modify IB absorption rates and that non-local heat flow modeling requires self-consistent atomic kinetics due to ionization-dependent thermal conductivity.