3-D simulations of a radio frequency ICP torch with reaction chamber have been performed to investigate the thermal and fluid-dynamic behaviour of the discharge under different realistic operating conditions taking into account powder injection from the tip of the probe, using customized CFD commercial code FLUENT.
V. Colombo, E. Ghedini, P. Sanibondi (2009). 3-D simulations of particle heating in ICP torches with reaction chamber: effect of flow rate, composition, power and frequency. BOCHUM : International Plasma Chemistry Society.
3-D simulations of particle heating in ICP torches with reaction chamber: effect of flow rate, composition, power and frequency
COLOMBO, VITTORIO;GHEDINI, EMANUELE;SANIBONDI, PAOLO
2009
Abstract
3-D simulations of a radio frequency ICP torch with reaction chamber have been performed to investigate the thermal and fluid-dynamic behaviour of the discharge under different realistic operating conditions taking into account powder injection from the tip of the probe, using customized CFD commercial code FLUENT.File in questo prodotto:
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