The sawtooth instability in tokamak plasmas results in a periodic reorganization of the core
plasma. A typical sawtooth cycle consists of a quiescent period, during which the plasma …

This paper presents a complete theoretical framework for studying turbulence and transport
in rapidly rotating tokamak plasmas. The fundamental scale separations present in plasma …

Neutral beam injection (NBI) based on a negative ion source is one of the basic heating and
current drive systems designed for ITER required to reach its goals of the operation with high …

TRANSP simulations are being used in the OMFIT workflow manager to enable a machine-
independent means of experimental analysis, postdictive validation, and predictive time …

Abstract The ITER Scenario Modelling Working Group (ISM WG) is organized within the
European Task Force on Integrated Tokamak Modelling (ITM-TF). The main responsibility of …

Experiments at the DIII-D tokamak have used dimensionless parameter scans to investigate
the dependencies of intrinsic torque and momentum transport in order to inform a prediction …

Several parametric scans have been performed to study momentum transport on JET. A
neutral beam injection modulation technique has been applied to separate the diffusive and …

Performance in H-mode DT plasmas in ITER with various choices of heating systems are
predicted and compared. Combinations of external heating by negative ion neutral beam …

Determining the toroidal rotation for future tokamaks like ITER is a challenging and important
problem. By combining empirical scalings for the intrinsic rotation at the top of the pedestal …

In tokamak plasmas with low levels of toroidal rotation, the radial electric field E r is a
combination of pressure gradient and toroidal and poloidal rotation components, all having …