3-D numerical simulation of fully-coupled particle heating in ICPTs
The European Physical Journal D-Atomic, Molecular, Optical and Plasma Physics, 2004•Springer
Numerical simulations of the trajectory and heating history of powders injected with a carrier-
gas into inductively coupled plasma torches working at atmospheric pressure have been
performed in the framework of a 3-D FLUENT ^\copyright-based model, taking into account
the effects of coupling between particles and plasma. In this paper, we present a selection of
the results obtained for different operating conditions of the torch and for different
characteristics of the injected particles.
gas into inductively coupled plasma torches working at atmospheric pressure have been
performed in the framework of a 3-D FLUENT ^\copyright-based model, taking into account
the effects of coupling between particles and plasma. In this paper, we present a selection of
the results obtained for different operating conditions of the torch and for different
characteristics of the injected particles.
Abstract
Numerical simulations of the trajectory and heating history of powders injected with a carrier-gas into inductively coupled plasma torches working at atmospheric pressure have been performed in the framework of a 3-D FLUENT$^\copyright$-based model, taking into account the effects of coupling between particles and plasma. In this paper, we present a selection of the results obtained for different operating conditions of the torch and for different characteristics of the injected particles.
Springer
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