Ion cyclotron range of frequencies (ICRF) wave propagation is calculated theoretically for
tokamak conditions and for linear magnetized plasma device IShTAR which is dedicated to …

Ion cyclotron resonance heating (ICRH) is of considerable interest among all auxiliary
heating techniques, because it transfers power directly to ions, targets the high-density core …

In this paper, we construct a numerical technique capable of solving Maxwell's equations in
the frequency domain, both in vacuum and in cold magnetized plasma, with a boundary …

During hypersonic flight, compressional and viscous heating of the air can form a plasma
layer which encases the aircraft. If the boundary layer becomes turbulent, then the electron …

In order to model the sheath rectification in a realistic geometry over the size of ion cyclotron
resonant heating (ICRH) antennas, the self-consistent sheaths and waves for ICH (SSWICH) …

In this paper we discuss recent improvements to the ICRF antenna coupling code
“RAPLICASOL”, its ability to handle curved antenna geometries, to simulate ICRF wave …

Simulation of full wave, without paraxial approximation, high-resolution solution of wave
equations in frequency domain in the electron cyclotron resonance (ECR) frequency range …

A novel iterative approach for solving discretized linear wave equations in a frequency
domain, which combines time evolution with iterative relaxation schemes, is presented. In …

A favorable method to heat plasmas to fusion relevant temperatures is to use radio
frequency (RF) waves in the ion cyclotron range of frequencies (ICRF). However …

Designing high-intensity accelerators has traditionally relied on using computer simulations
to study the beam dynamics. As intense beams are comprised of large numbers of particles …