… on an industrial basis as convenient sources of heat in high temperature reactors. The use of
… (The result of using a more realistic radial profile model of the plasma jet was to reduce the …

… governing plasma jet properties for particle heating and … plasma jets will be discussed,
including gas entrainment due to largescale turbulence, "surging" of the jet induced by arc motion…

… Nonetheless, in study (Ref 21) a generalized dependence is proposed for We* determination,
which exactly was used to construct the model of molten particle breakup in the plasma jet. …

… a mathematical model is proposed which covers the mixing effect between the plasma jet
and the … and velocity profiles of the plasma jet as well as heating and motion of particles in the …

… This paper presents a statistical model using the Monte-Carlo method for simulating the
particle motion and heating in plasma spraying. Grouped parcels based on the particle size …

… which determine whether the motion of water shall be direct … flame of a dc plasma jet. As the
particles are entrained by the … plasma jet, a simplified onedimensional mathematical model …

… This model uses as sole input data the spraying parameters fixed … heat transferred to the part
by the plasma jet and particles. … is also included in the model of particle motion and heating. …

… , confined plasma jet and a turbulent, free plasma jet. The former is typically used in thermal
… the turbulence model used in this analysis. Modeling of thermal, turbulent plasma jets is still …

… This model is based on one derived during the first JET … As the tritium gas puff did not
perturb plasma parameters, the … discharges, whereas radial movement of transport barriers is …

… plasma physics. However, the principal effect of the present arc discharge is thought to be
a localized heating, which we can model … than a mechanical wall motion. We therefore can …