Searched for: author%3A%22K%C3%B6ppen%2C+M.%22
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Rajadurai, S.R.S. (author), Tamer, M.S. (author), Paul, P. (author), Maturova, K. (author), Wildschut, J.A. (author), Weber, S. (author), Bonanni, S. (author), Koppen, M. (author), van der Lans, M.J. (author)
TNO and SwissLitho AG were studying the feasibility of a high-throughput, maskless nanopatterning solution for nanostructures down to few nanometers using SwissLitho’s thermal scanning probe lithography (t-SPL)a. The solution enables: Parallelization of nanopatterning on wafers and samples; Non-destructive readout by implementing dynamic mode...
other 2019
Peng, X.B. (author), Hirsch, M. (author), Köppen, M. (author), Fellinger, J. (author), Bykov, V. (author), Schauer, F. (author), Vliegenthart, W.A. (author)
A 10 channels interferometer will be used in the Wendelstein 7-X (W7-X) for plasma density control and density profile tracking with laser beams passing through the plasma. Due to complex shape of non-planar modular coils and divertor structure, there are no large poloidally opposite ports on the plasma vessel (PV). Therefore 10 in-vessel Corner...
article 2014
Köppen, M. (author), Hirsch, M. (author), Ernst, J. (author), Vliegenthart, W.A. (author), Ye, M.Y. (author), Bykov, V. (author), Schauer, F. (author)
The stellarator Wendelstein 7-X (W7-X) is presently under construction at the Max-Planck-Institut für Plasmaphysik in Greifswald, Germany. The plasma density profile will be measured by two-colour interferometry where for each line of sight through the plasma the phase shifts of two far-infrared laser beams are compared. Due to the 3D shape of...
article 2011