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Gyrokinetic ElectroMagnetic

Known as: GEM code 
GEM is short for Gyrokinetic ElectroMagnetic. GEM is a gyrokinetic plasma turbulence simulation that uses the particle-in-cell method. It is used to… 
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Related topics

Related topics

3 relations

Broader (1)

Computational physics
Monte Carlo methodParticle-in-cell

Papers overview

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2017
2017
A hybrid gyrokinetic ion and isothermal electron fluid code for astrophysical plasma
2012
2012
Physics of intrinsic rotation in flux-driven ITG turbulence
Global, heat flux-driven ITG gyrokinetic simulations which manifest the formation of macroscopic, mean toroidal flow profiles… 
2012
2012
Gyrokinetic microturbulence in transport barriers
Modern fusion research aims at making the energy source of the sun accessible for electricity generation on earth. For this… 
2011
2011
Performance evaluations of gyrokinetic Eulerian code GT5D on massively parallel multi-core platforms
A gyrokinetic toroidal five dimensional Eulerian code GT5D [Y.Idomura et. al., Comput. Phys. Commun 179, 391 (2008)] is ported on… 
2011
2011
Fluid electrons with kinetic closure for long wavelength energetic particles driven modesa)
A kinetic electron closure scheme is presented for the fluid electron model that has been implemented in the GEM code [J. Lang, Y… 
2011
2011
Performance analysis and optimization of Gyrokinetic Torodial Code on TH-1A supercomputer
In this study, we test and analyze the performance of Gyrokinetic Torodial Code(GTC) program. According to the analysis results… 
2009
2009
Limitations, insights and improvements to gyrokinetics
We first consider gyrokinetic quasineutrality limitations when evaluating the axisymmetric radial electric field in a non… 
2006
2006
Application of GEM Code for Experimentally-Realistic Tokamak Cases
1996
1996
Vlasov gyrokinetic simulations of ion‐temperature‐gradient driven instabilities
An Eulerian code that solves the gyrokinetic Vlasov equation in slab geometry is presented. It takes into account the E×B and… 
Highly Cited
1995
Highly Cited
1995
Quantitative predictions of tokamak energy confinement from first‐principles simulations with kinetic effects
A first‐principles model of anomalous thermal transport based on numerical simulations is presented, with stringent comparisons… 
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