Design of a new gas-dynamic stabilization system for a metal-cutting plasma torch in plasma torches for cutting metals on the efficiency of equalizing the
velocities of
gas flows along
Temperature influence on the effectiveness of gas-vortex stabilization in plasma torches should be based on the calculation of the uniformity of the
gas flow
velocity distribution over
Gas vortex stabilization in plasma torches: new solutionsThe effect of different design solutions of the system of
gas vortex stabilization of plasma
Investigation of systems for gas vortex stabilization of plasma torches special features of the
gas-air circuit on the efficiency of operation of the
gas vortex stabilisation
Influence of the open end geometry on resonance oscillations of a gas in a tube and flanged ends. The distributions of the absolute values for dimensionless amplitudes of
gas velocity A Microwave Discharge in High-Velocity Flows Initiated by a Half-Wave Antenna velocity and pressure. Electron concentration and temperature, along with characteristic
gas temperature
Effect of the gas-vortex stabilization method on the plasma cutting qualityVarious methods of
gas-vortex stabilization in plasma torches for metal cutting are investigated
Resonant oscillations of a gas in an open tube in the shock-free wave mode velocity of
gas is studied. The theoretical calculations of the
gas pressure are compared with experimental