Abstract
The differential cross sections for the N(4S)-H(2S), N(4S)-H+ and N+(3P)-H(2S) elastic collisions were calculated and reported in the energy range of 10−4–3.7 hartree for the studies of transport properties of ionized gases with the Boltzmann equation.They were verified by comparison with the integrated and momentum-transfer cross sections. The importance of appropriate grid of angles and possibility of neglecting the smallest phase shifts are discussed.
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