The aim is to get additional evidence to assist in resolving the discrepancy between swarm-derived, theoretical and beam-measured vibrational cross sections for the case v = 0 --> 1. Good agreement between Monte-Carlo and experimental transport data is obtained with the swarm-derived cross sections. However, some simulations relevant to the Townsend-Huxley experiment call into question the accuracy of the characteristic energies used in swarm analyses. Possible reasons of the observed discrepancies between Monte-Carlo and experimental data and expected implications even on the accuracy of the cross sections in H-2 are discussed.
Monte-Carlo calculations of electron transport coefficients in H2. First simulations of the Townsend-Huxley experiment
BRAGLIA, MARCELLO
1992-01-01
Abstract
The aim is to get additional evidence to assist in resolving the discrepancy between swarm-derived, theoretical and beam-measured vibrational cross sections for the case v = 0 --> 1. Good agreement between Monte-Carlo and experimental transport data is obtained with the swarm-derived cross sections. However, some simulations relevant to the Townsend-Huxley experiment call into question the accuracy of the characteristic energies used in swarm analyses. Possible reasons of the observed discrepancies between Monte-Carlo and experimental data and expected implications even on the accuracy of the cross sections in H-2 are discussed.File in questo prodotto:
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