11 citations · 20 across the 6 of their papers we have counts for
5 papers · 1 filter
Towards hybrid kinetic/drift-kinetic simulations in 6d Vlasov codes
M. Pelkner, K. Hallatschek, M. Raeth
Simulating fully kinetic, two-species plasmas is computationally challenging due to the stiff multiscale dynamics of electrons and ions. While enforcing a quasi-neutral time evolut…
A New Approach to Compute Linear Landau Damping
M. Pelkner, K. Hallatschek, M. Raeth
We present a semi-analytical method for calculating exact time-domain solutions to linear Landau-damping problems. Unlike traditional residue-based approaches, our framework avoids…
Energy balance for 6D kinetic ions with adiabatic electrons
Mario Raeth, Klaus Hallatschek
This paper investigates the energy fluxes for the 6D kinetic Vlasov system. We introduce a novel method for calculating particle and energy flows within this framework which allows…
Simulation of ion temperature gradient driven modes with 6D kinetic Vlasov code
Mario Raeth, Klaus Hallatschek, Katharina Kormann
With the increase in computational capabilities over the last years it becomes possible to simulate more and more complex and accurate physical models. Gyrokinetic theory has been…
High frequency non-gyrokinetic turbulence at tokamak edge parameter
Mario Raeth, Klaus Hallatschek
First of a kind 6D-Vlasov computer simulations of high frequency ion Bernstein wave turbulence for parameters relevant to the tokamak edge show transport comparable to sub-Larmor-f…