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The EUTERPE gyrokinetic code was created at the EPFL in Lausanne as a global linear particle in cell code for studying electrostatic plasma instabilities <ref>[G. Jost, T. M. Tran, K. Appert, et. al. in Theory of Fusion Plasmas, International Workshop, Varenna, September 1998. Editrice Compositori, Società Italiana di Fisica, Bologna, 1999, p.419]</ref>. It allows three-dimensional turbulence simulations using a plasma equilibrium calculated with the VMEC code as a starting point. EUTERPE was further developed at the Max Planck IPP and several linear calculations of ion temperature gradient (ITG) driven turbulence in tokamak and stellarator geometry have been carried out using it | The EUTERPE gyrokinetic code was created at the EPFL in Lausanne as a global linear particle in cell code for studying electrostatic plasma instabilities <ref>[G. Jost, T. M. Tran, K. Appert, et. al. in Theory of Fusion Plasmas, International Workshop, Varenna, September 1998. Editrice Compositori, Società Italiana di Fisica, Bologna, 1999, p.419]</ref>. It allows three-dimensional turbulence simulations using a plasma equilibrium calculated with the VMEC code as a starting point. EUTERPE was further developed at the Max Planck IPP and several linear calculations of ion temperature gradient (ITG) driven turbulence in [[Tokamak|tokamak]] and [[Stellarator|stellarator]] geometry have been carried out using it | ||
<ref>[G. Jost, T. M. Tran, W. Cooper, et al. Physics of Plasmas 8: 3321 (2001)]</ref> | <ref>[G. Jost, T. M. Tran, W. Cooper, et al. Physics of Plasmas 8: 3321 (2001)]</ref> | ||
<ref>[V. Kornilov, R. Kleiber, R. Hatzky, et. al. Physics of Plasmas 11: 3196 (2004)]</ref> | <ref>[V. Kornilov, R. Kleiber, R. Hatzky, et. al. Physics of Plasmas 11: 3196 (2004)]</ref> | ||