Please find all talks and poster linked below: L. Stephey, invited talk on “Control of neutral particle fueling and exhaust by plasma edge topology optimization In Wendelstein 7-X and HSX” F. Effenberg, contributed talk on “Analysis of …
2016
Paper by Heinke Frerichs on 3-D edge modeling for Advanced Divertors at NSTX-Upgrade selected as Editor’s Pick in Physics of Plasmas.
The paper recently published in Physics of Plasmas by Dr. H. Frerichs discussing a survey of results on the effect of RMP fields on advanced divertor configurations at NSTX-Upgrade was selected as Editor’s Pick. Congratulations, Heinke! In this paper, …
Paper on Enhancement of Helium Exhaust using Resonant Magnetic Perturbations was published.
A paper was published in Nuclear Fusion today by Prof. O. Schmitz demonstrating on two devices that resonant magnetic perturbation (RMP) fields can be used to enhance the exhaust of helium from fusion plasmas. Sufficient helium exhaust is a …
Paper on 3-D edge modeling for Advanced Divertors at NSTX-Upgrade was published.
A paper was published in Physics of Plasmas today by Dr. H. Frerichs discussing a survey of results on the effect of RMP fields on advanced divertor configurations at NSTX-Upgrade. The EMC3-EIRENE code was used to explore basic divertor …
Paper on 3-D edge modeling for ELM control at ITER published in IoP Journal Nuclear Fusion.
A paper was published presenting a thorough assessment of the impact resonant magnetic perturbation fields have on plasma edge transport and the divertor fluxes. This assessment utilizing the EMC3-EIRENE code is a result of a …
Florian Effenberg wins one of the Student Poster Awards on the 2016 Sherwood Theory Conference!
2016 Sherwood Theory Conference Florian received this award for his poster on “3-D Modeling of Edge Transport and Plasma Surface Interactions for Wendelstein 7-X Startup Plasmas”. Congratulations to Florian! This work was funded by the Department of Energy under …
Stable plasma conditions in the MARIA helicon device!
Here are some exciting news about our helicon device MARIA which is used to explore stable access to laboratory scale high density plasmas. As always, “high” is relative, but we target on densities which are …