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Micro-instabilities, turbulence, and zonal flows are central to achievable tokamak performance. Knowledge of their poloidal structure would improve theoretical models and experimental interpretation. The poloidal structure of micro-instabilities may be altered by global effects. Global simulations can be computationally expensive, but global behaviour can be recovered from an array of local...
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Testing software is an essential part of the development process, and quick, specific tests help to reduce time-to-solution. pFUnit is a testing framework for Fortran to help write those tests. Here we discuss strategies for unit testing in general, and how to use pFUnit to write unit tests for GS2 specifically.
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Presentation given at the Theory of Fusion Plasmas Joint Varenna-Lausanne International Workshop September 2022
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Data associated with paper 'Toroidal and slab ETG instability dominance in the linear spectrum of JET-ILW pedestals.' See attached Readme file for instructions.
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Python package designed to facilitate data access and processing related to the Beam Emission Spectroscopy (BES) system at the UKAEA. It acts as a wrapper for pyuda, a client used to retrieve experimental data from the UKAEA's server.
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Electromagnetic (EM) instabilities and turbulence driven by the electron-temperature gradient (ETG) are considered in a local slab model of a tokamak-like plasma. Derived in a low-beta asymptotic limit of gyrokinetics, the model describes perturbations at scales both larger and smaller than the electron inertial length $d_e$ ...
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An investigation on the onset of low n kinetic ballooning mode (KBM) in a plasma environment relevant to the spherical reactors is carried out. The low n modes can be quite global in nature and can set an upper limit on the achievable β, a critical parameter for better performance and energy production in spherical reactors. The gyrokinetic simulations for a set of numerically generated...
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We formulate a generalized periodic boundary condition as a limit of the standard twist-and-shift parallel boundary condition that is suitable for simulations of plasmas with low magnetic shear. This is done by applying a phase shift in the binormal direction when crossing the parallel boundary. While this phase shift can be set to zero without loss of generality in the local flux-tube limit...
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This edition of the 19th European Fusion Theory Conference will be VIRTUAL The aim of the conference is to provide a discussion forum covering all areas of fusion-oriented theoretical activities. Its main topics are: Fusion devices: tokamaks, stellarators, reversed-field pinches, laser-induced ignition and new concepts Macro-instabilities, operational limits and disruptions Plasma confinement,...
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This edition of the 19th European Fusion Theory Conference will be VIRTUAL The aim of the conference is to provide a discussion forum covering all areas of fusion-oriented theoretical activities. Its main topics are: Fusion devices: tokamaks, stellarators, reversed-field pinches, laser-induced ignition and new concepts Macro-instabilities, operational limits and disruptions Plasma confinement,...
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This edition of the 19th European Fusion Theory Conference will be VIRTUAL The aim of the conference is to provide a discussion forum covering all areas of fusion-oriented theoretical activities. Its main topics are: Fusion devices: tokamaks, stellarators, reversed-field pinches, laser-induced ignition and new concepts Macro-instabilities, operational limits and disruptions Plasma confinement,...
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This edition of the 19th European Fusion Theory Conference will be VIRTUAL The aim of the conference is to provide a discussion forum covering all areas of fusion-oriented theoretical activities. Its main topics are: Fusion devices: tokamaks, stellarators, reversed-field pinches, laser-induced ignition and new concepts Macro-instabilities, operational limits and disruptions Plasma confinement,...
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A Virtual Conference on the Theory of Fusion Energy
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The 47th EPS Plasma Physics conference will take place on June 21-25, 2021 as an online event.
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