The enhancement of two-body attachment rate constants in the presence of second kind collisions with electronically excited states is studied by solving an appropriate Boltzmann equation in the presence of given concentrations of excited states. The results are then compared with the experimental decay rates of electron concentration in air plasmas after nanosecond microwave pulse.

Attachment rate constants in decaying air plasmas: The role of second kind collisions from electronically excited states

Celiberto R;
1996

Abstract

The enhancement of two-body attachment rate constants in the presence of second kind collisions with electronically excited states is studied by solving an appropriate Boltzmann equation in the presence of given concentrations of excited states. The results are then compared with the experimental decay rates of electron concentration in air plasmas after nanosecond microwave pulse.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11589/8444
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