Thermophysical Properties of Air-PA66-Copper Plasmas for Low-Voltage Direct Current Switches

This paper presents the thermophysical properties of an air-PA66-copper mixture in thermal plasma. Equations based on mass action law, conservation of neutrality and perfect gas law are used to calculate particle number densities. Thermodynamic properties and transport coefficients were obtained from equilibrium compositions and computed using the Chapman-Enskog method. Radiative properties are described in terms of the total absorption coefficient and the net emission coefficien

Etude expérimentale de la phase d'extinction d'un arc électrique entre barres de distribution en condition aéronautique

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Improvement of ceramic-halide high intensity discharge lamps: Study of the UV radiation that could be converted into visisible light

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Contribution à l'étude des propriétés des plasmas à deux températures (application à l'argon et l'air)

TOULOUSE3-BU Sciences (315552104) / SudocSudocFranceF

Non-uniqueness of the multi-temperature law of mass action. Application to 2T plasma composition calculation by means of a collisional-radiative model

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Étude d’une étincelle dans une configuration simplifiée : simulation numérique

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Study on reaction rates for 2T SF 6 plasma: application to chemical kinetics of a decaying arc in high voltage circuit breakers

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Collisional-radiative modelling for multi-temperature plasma composition calculation

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Study on reaction rates for 2T SF 6 plasma: application to chemical kinetics of a decaying arc in high voltage circuit breakers

International audienc