High energy discharges arc due to the ionization of air, which creates a conductive path that is influenced by convection and the least resistive route rather than a direct line. The phenomenon is characterized by nonlinear patterns of current and electric fields, resulting in various shapes of electric arcs. These arcs occur between conductive electrodes, typically made of tungsten or carbon, and generate extremely high temperatures capable of melting or vaporizing materials. The movement of ionized particles, along with non-ionized air, contributes to the dynamic behavior of the arc.
PREREQUISITESElectrical engineers, physicists, and anyone interested in the behavior of electric arcs and their applications in various technologies.
The various shapes of electric arc are emergent properties of nonlinear patterns of current and electric field. The arc occurs in the gas-filled space between two conductive electrodes (often made of tungsten or carbon) and it results in a very high temperature, capable of melting or vaporizing most materials.