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Full bibliography 151 resources
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Code for calculating zonal transfer functions from nonlinear gyrokinetic simulations. This is the code that was used to generate the data reported in Part III of 'Spatial structure of micro-instabilities in tokamak plasmas: zonal flows and global effects in local gyrokinetic simulations'
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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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DTW is a dynamic time warping library designed for tokamak velocimetry measurements. The algorithm works by distorting image 2 into image 1, then using the distorted coordinates to compute the displacements required to distort image 1 into image 2, given at the positions in image 1.
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TDoTP gyrokinetic data repository
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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 present new results of multi-scale simulations of Langmuir turbulence during heating experiments where a powerful electromagnetic wave is injected into the overhead ionosphere where it excites parametric instabilities leading to turbulence on multiple spatial and temporal scales. The simulations are carried out using a generalized Zakharov model [1, 2] in which the complex phase and...
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Tokamak pedestal electron temperature gradient (ETG) turbulence has a complex three-dimensional structure that is highly inhomogeneous in the poloidal direction, particularly at ion scales. Nonlinear multiscale gyrokinetic simulations of Joint European Torus pedestals reveal that ETG pedestal turbulence has maximum fluctuation amplitudes and transport near the top and bottom of a flux surface,...
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