CRONOS is a suite of numerical codes for the predictive/interpretative simulation of a full
tokamak discharge. It integrates, in a modular structure, a 1D transport solver with general …

The CHEASE code (Cubic Hermite Element Axisymmetric Static Equilibrium) solves the
Grad-Shafranov equation for toroidal MHD equilibria using a Hermite bicubic finite element …

The code TORIC solves the finite Larmor radius wave equations in the ion cyclotron range of
frequencies in arbitrary axisymmetric toroidal geometry. The model used, based on the finite …

Comparisons between time dependent simulations and experiments in ion cyclotron heated
plasmas in the JET tokamak have been made. A time dependent code, PION-T, has been …

Neutron diagnostics are of increasing importance for future fusion devices. Consequently,
efforts are being made to improve the accuracy of underlying experimental and …

The primary objective of these lecture notes is to present the basic theories and analytical
methods of plasma physics and to provide the recent status of fusion research for graduate …

Spectral calculations of radio-frequency (rf) heating in tokamak plasmas are extended to two
dimensions (2-D) by taking advantage of new computational tools for distributed memory …

The authors have written a code for the solution of the integro-differential equations
describing coupling, propagation and absorption of high frequency waves in the ion …

The constitutive relation of a non-homogeneous plasma for hf waves in the ion cyclotron
frequency domain is derived by integrating the Vlasov equation along the unperturbed …

Ion cyclotron resonance heating in a toroidal plasma not only increases the perpendicular
energy of the resonating ions but also results in their spatial transport. Depending on the …