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Knowledge of the influence of magnetic fields on the electron energy distribution function is applied to the problem of establishing values for the equivalent pressure p prime that would represent the change in the transport properties of electrons in hydrogen gas at pressure p subjected to a uniform electric field E and a transverse magnetic field B . The importance of changes in the form of the distribution function due to the magnetic field is established and a re-evaluation of the significance of the effective collision frequency is given.
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Haydon et al. (1971) studied this question.
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