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Samples were exposed to the plasma downstream the arc nozzle.
In this study, in order to enhance low-energy plasma jet under very low pressure ambience, a home-made transferred arc nozzle was made and mounted on a low-power F100 plasma torch to fully melt or evaporate powder feedstock.
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Foam production capability of an arc jet nozzle under different conditions was investigated through experiments.
In order to improve the utilization rate of foam, an arc jet nozzle was designed for precise dust control.
The results show that with the gas liquid ratio (GLR) increasing, the spray state of an arc jet nozzle presents successively water jet, foam jet and mist.
The results of field experiments show that the total dust and respirable dust suppression efficiency of arc jet nozzles is 85.8% and 82.6% respectively, which are 1.39 and 1.37 times higher than the full cone nozzles and 1.20 and 1.19 times higher than the flat nozzles.
The structure consists of foam distribution supports and arc-fan nozzles.
It has been observed that while arc current and nozzle inner-diameter strongly affects the in-flight particle characteristics and in-situ alumina formation, the effect of oxygen gas support is insignificant.
The system consists of high-voltage AC power supply, a gas flow regulator, and a plasma nozzle (gliding arc) with ability of producing 3 cm plasma.
In comparison with Non-transferred Plasma Arc Welding (NPAW) where one of the arc terminal is the nozzle, the workpieces are both not connected into the circuit loop, and the energy loss is less than that of NPAW.
The effect of process parameters (arc current, spray distance, nozzle type, oxygen gas support and substrate cooling) on in-flight particle characteristics (temperature and velocity) and in-situ alumina formation were investigated.
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