1981
DOI: 10.1007/bf00568837
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Two-temperature modeling of an arc plasma reactor

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Cited by 36 publications
(29 citation statements)
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“…Even though two alternative forms of non-equilibrium Saha equations have commonly been used in the literature (i.e. see [29] and [12]), following [29], we have used Saha equations of the form: where the sub-index i = {1, 2}, Q i is the partition function of species i, m e the electron mass, h P is Planck's constant, k B is Boltzmann's constant, and ε i is the ionization energy of the i-times ionized atom. In equation (4) we have neglected the lowering of the ionization energy in order to reduce the computational cost of the calculation of plasma properties.…”
Section: Plasma Compositionmentioning
confidence: 99%
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“…Even though two alternative forms of non-equilibrium Saha equations have commonly been used in the literature (i.e. see [29] and [12]), following [29], we have used Saha equations of the form: where the sub-index i = {1, 2}, Q i is the partition function of species i, m e the electron mass, h P is Planck's constant, k B is Boltzmann's constant, and ε i is the ionization energy of the i-times ionized atom. In equation (4) we have neglected the lowering of the ionization energy in order to reduce the computational cost of the calculation of plasma properties.…”
Section: Plasma Compositionmentioning
confidence: 99%
“…Therefore, to reduce the computational cost of the non-equilibrium calculations, a simplified, approximate, approach has been followed in this study, which consists on the use of look-up tables based on non-equilibrium transport properties at 1 atm reported in [12][13] and [31]. Figure 3 shows some of the thermodynamic and transport properties used in our models, where the properties for the LTE model correspond to the curves for θ = 1.…”
Section: Thermodynamic and Transport Propertiesmentioning
confidence: 99%
“…Malheureusement [194] et il n'existe pas de solution générale, même approximative à ces problèmes. En effet, la présence des particules modifie l'écoulement plasma [195], elles peuvent [103]. b) Distribution de la température des lourds.…”
Section: Les Transferts De Chaleur Et De Quantité Deunclassified
“…b) Heavy particles temperature distribution under the same conditions [103] [196] et suivre exactement leur trajectoire dans le plasma, -aborder l'évolution globale des particules dans la direction de l'écoulement [197,198] au détriment de la description locale du système.…”
Section: Les Transferts De Chaleur Et De Quantité Deunclassified
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