Max Planck Institute for Plasma Physics - Greifswald

Recent papers from Max Planck Institute for Plasma Physics - Greifswald

1. SPECTRE: A robust solver for 3D equilibria with arbitrary topologyPlasma Physics and Controlled Fusion · 2026
2. Verification of the NIMSTELL code via application to linear magnetohydrodynamic instabilities in stellaratorsPhysics of Plasmas · 2026
3. Study of impacts of island resonance and location on detachment transition in W7-X using EMC3-EIRENEPlasma Physics and Controlled Fusion · 2026
4. Hyperbolicity of a Hermite-Laguerre moment model for the plasma edge in slab geometryMicrofluidics and Nanofluidics · 2026
5. Feedback control systems for plasma operation at Wendelstein 7-XPlasma Physics and Controlled Fusion · 2026
6. Simplified conductance model for the subdivertor of Wendelstein 7-X based on high-fidelity simulations and comparisons with experimental dataFusion Engineering and Design · 2026
7. Thermo-hydraulic and 3D mechanical analysis of the stresses in the electrical insulation of the W7-X non-planar coil during quenchCryogenics · 2026
8. Characterizing flux-surface shapes in tokamaks and quasi-symmetric stellaratorsPhysics of Plasmas · 2026
9. Periodic Korteweg–de Vries potentials generate quasisymmetric magnetic fieldsPhysics of Plasmas · 2026
10. Development and Application of Collective Thomson Scattering Diagnostics for Energetic and Bulk Ion Measurements in the Large Helical DeviceJournal of Fusion Energy · 2026
11. Symplectic methods for optimization of wall heat loads by fusion alpha particles in stellarator reactorsNuclear Materials and Energy · 2026
12. Towards a Mean‐Field Braginskii Model for StellaratorsContributions to Plasma Physics · 2026
13. Spectroscopy Using a Schwob-Fraenkel Grazing Incidence SpectrometerJournal of Fusion Energy · 2026
14. A distributed computation library for common modeling tasks in magnetic confinement fusionFusion Engineering and Design · 2026
15. Estimating coil features from an equilibriumPhysics of Plasmas · 2026
16. Electric field reconstruction via tomographic impurity rotation tracking in Wendelstein 7-XPhysics of Plasmas · 2026
17. Hamiltonian model for simplified island divertor grids and magnetic field chaos studiesPhysics of Plasmas · 2026
18. Experimental evaluation of magnetic shielding effectiveness in strong static magnetic fieldsNuclear Materials and Energy · 2026
19. Tomographic inversion method to characterize coherent mode activity in the Wendelstein 7-X stellaratorReview of Scientific Instruments · 2026
20. Implementation of the E×B and Grad‐B Drift in the EMC3 Code and Verification Using the Method of Manufactured SolutionsContributions to Plasma Physics · 2026