The Collaborative Research Centre (CRC) 1667 “Advancing Technologies of Very Low Altitude Satellites (ATLAS)” addresses the fundamental scientific and engineering challenges of rendering Very Low Earth Orbit (VLEO, about 200 km to 450 km altitude) accessible. It encompasses 17 distinct scientific subprojects, which are organised into three project areas, respectively addressing the problem of sustainable VLEO flight at different levels. Each of these project areas in turn comprises two project sub-clusters indicating a common focus area and a particulary close collaboration between research partners.
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11 to 18 of 18 Results
B01 Atmosphere-Breathing Electric Propulsion Technologies(Universität Stuttgart)
B01 Atmosphere-Breathing Electric Propulsion Technologies logo
Jul 16, 2025
A06 Aerodynamic Orbit Control in VLEO: Planning and Optimization(Universität Stuttgart)
A06 Aerodynamic Orbit Control in VLEO: Planning and Optimization logo
Jul 16, 2025
A05 Aerodynamic Attitude Control in VLEO: Design and Verification(Universität Stuttgart)
A05 Aerodynamic Attitude Control in VLEO: Design and Verification logo
Jul 16, 2025
A04 Diagnostic Tools for Atomic Oxygen(Universität Stuttgart)
A04 Diagnostic Tools for Atomic Oxygen logo
Jul 16, 2025
A03 Characterisation of Materials under Hyperthermal Conditions(Universität Stuttgart)
A03 Characterisation of Materials under Hyperthermal Conditions logo
Jul 16, 2025
A02 Aerodynamic Coefficients in Rarefied Flows: From Micro to Macro Scales(Universität Stuttgart)
A02 Aerodynamic Coefficients in Rarefied Flows: From Micro to Macro Scales logo
Jul 16, 2025
Data for: Development and validation of an electron temperature-dependent interaction potential for silicon and copper for the use in atomistic simulations of laser ablation
Jul 16, 2025 - A01 Gas-Surface Interactions Investigated by Atomistic Simulations
Kümmel, Simon; Roth, Johannes, 2025, "Data for: Development and validation of an electron temperature-dependent interaction potential for silicon and copper for the use in atomistic simulations of laser ablation", https://doi.org/10.18419/DARUS-5161, DaRUS, V1
This data set includes DFT and MD data that was used for the paper "Development and validation of an electron temperature-dependent interaction potential for silicon and copper for the use in atomistic simulations of laser ablation". In each folder, the respective data as well as analysis and visualization scripts written in Python are given. Singl...
A01 Gas-Surface Interactions Investigated by Atomistic Simulations(Universität Stuttgart)
A01 Gas-Surface Interactions Investigated by Atomistic Simulations logo
Jul 14, 2025
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