Max Planck Institute for Plasma Physics

most citedEffect of externally applied resonant magnetic perturbations on resistive tearing modes

79 citations

researchers with a paper here

F. Jenko7 · h 5
A. Podolnik3 · h 13
A. Stegmeir3 · h 18
C. Paz-Soldan3 profiles3 · h 35
D. Tskhakaya2 profiles3 · h 9
Jeremy J. Williams3 · h 4
Kaiyu Zhang3 · h 3
K. Eder3 · h 5
Leon Kos3 · h 3
M. Hoelzl3 profiles3 · h 7
Q. Hu2 profiles3 · h 17
Q. Yu2 profiles3 · h 33

collaborating institutions

École Polytechnique Fédérale de LausanneCH6 papers
Czech Academy of Sciences, Institute of Plasma PhysicsCZ5 papers
Max Planck Institute for AstrophysicsDE5 papers
Commissariat à l'Énergie Atomique et aux Énergies AlternativesFR4 papers
General Atomics (United States)US4 papers
Max Planck Computing and Data FacilityDE4 papers
Istituto Nazionale di Fisica Nucleare, Sezione di Roma IIT3 papers
ITERFR3 papers
KTH Royal Institute of TechnologySE3 papers
Massachusetts Institute of TechnologyUS3 papers
Plasma Technology (United States)US3 papers
University of LjubljanaSI3 papers

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cond-mat.mtrl-sci2026★ 2 cited

Towards quantitative Low Energy Ion Scattering on CaSiO $_{3}$ from Comparison to Multiple-Scattering-Resolved Dynamical Binary Collision Approximation Simulations

Johannes BrÃ¶tzner, Matthias Kogler, Paul S. Szabo +6

We perform Low Energy Ion Scattering with He ions ranging in energy from 1 keV to 3 keV on CaSiO $_{3}$ using a commercial electrostatic detector system and determine the charge fract…

Towards quantitative Low Energy Ion Scattering on CaSiO3​ from Comparison to Multiple-Scattering-Resolved Dynamical Binary Collision Approximation Simulations

Towards quantitative Low Energy Ion Scattering on CaSiO $_{3}$ from Comparison to Multiple-Scattering-Resolved Dynamical Binary Collision Approximation Simulations