This paper presents quasilinear theory (QLT) for a classical plasma interacting with
inhomogeneous turbulence. The particle Hamiltonian is kept general; for example …

A careful examination of the effects of collisions on resonant wave–particle interactions
leads to an alternate interpretation and deeper understanding of the quasilinear operator …

The velocity dependent resonant interaction of particles with applied radiofrequency (rf)
waves during heating and current drive in the presence of pitch angle scattering collisions …

Thousands of gyrokinetic papers have been published since the introduction of the
gyrokinetic change of variables. The intent here is not to review the field, but rather the goal …

A general procedure for understanding plasma behaviour when resonant wave–particle
interactions are the sole destabilizing and transport mechanism or only heating and/or …

The resonant cyclotron wave-particle interactions in a cylindrical current-carrying plasma
and in two-dimensional axisymmetric toroidal plasma models for tokamaks with D-shaped …

Treatments of plasma waves usually assume homogeneity, but the parallel gradients
ubiquitous in plasmas can modify wave propagation and absorption. We derive a quasilocal …

An equation of the quasilinear theory is derived. It is based on the same assumptions as the
well-known equation in [1]. However, it has another form of the quasilinear operator, which …

Kinetic models of magnetized current-carrying plasma have been developed to study the
influence of magnetic drift effects on the wave-particle interactions in tokamaks and …

The drift surfaces of minority heated ions differ from flux surfaces due to finite poloidal
gyroradius effects. As the minority poloidal gyroradius approaches radial scale lengths in the …