Abstract
The current study presented data estimated from theoretical calculation which indicate the possibility of measuring the mobility of electrons based on the change in the resistance of plasma in a thermodynamic equilibrium situated in an electric field. The mobility of electrons present in decaying plasma were studied numerically in external electric field in the mixture of Helium-Copper (He:Cu) and under atmospheric pressure. The mobility of electrons at several mixture concentrations and varied reduced electric field has been calculated earlier using the solution of the Boltzmann equation. BOLSIG+ simulation method has been utilized in order to verify results obtained from Boltzmann distribution analysis. Analysis consisted of two steps: the first of which was the use of a reduced electric field limited between 0-20 Td; the second applying of reduced electric field limited between 20-100 Td. Results are shown high matching between the introduced/estimated model and the original model with mean square error in the range of (0.0001) for the first part and (0.0005) for the second part.
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