Pulse-modulated radio frequency (RF) inductively coupled plasmas for materials processing
applications were generated using a voltage-control-type power source, and the operating …

A renormalization group (RNG) k-ε turbulence model was employed to investigate the role of
turbulence for the transient behavior of the radio frequency induction plasma discharge …

A stable discharge region of pulse modulated induction thermal plasma at atmospheric
pressure has been determined in terms of the duty factor (DF) and the shimmer current level …

Solving a two-dimensional LTE (Local Thermodynamic Equilibrium) code, simulation of Ar–
CO2 and Ar–N2 PMITP (Pulse Modulated Induction Thermal Plasma) has been carried out …

Due to its high enthalpy and chemical reactivity, thermal plasmas have been the subject of
considerable research over the last four decades and are currently employed in many …

AI—N2, and Alf-02 as working gases (1001er argon and 2.51 pm molecular gas). Simulation
has been carried out using a two-dimensional local thermodynamic equilibrium (LTE) code …

A time-dependent two-temperature model is developed to simulate the behavior of an argon
radio frequency plasma under transient nonequilibrium conditions, with emphasis to shed …

Time-dependent thermal plasmas are not in an equilibrium condition even if they are
operated at a very high pressure. Therefore, nonequilibrium modeling is required in order to …

We present a method for solving eddy current problems for axisymmetric configurations of a
simply connected induction coil where voltage excitation in coil rings is prescribed and the …

ABSTRACT A promising new method (pulse-modulation) for induction plasma discharge
has been described. The pulse-modulated induction thermal plasma (PMITP) has been …