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Your search keyword '"Otte, Matthias"' showing total 10 results
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10 results on '"Otte, Matthias"'

1. Conditions and benefits of X-point radiation for the island divertor

Author

Feng, Yuhe, primary, Winters, Victoria, additional, Zhang, Daihong, additional, Geiger, Joachim, additional, Gao, Yu, additional, Reiter, Detlev, additional, Helander, Per, additional, Beidler, Craig D, additional, Endler, Michael Bernd Sebastian, additional, Gradic, Dorothea, additional, Jakubowski, Marcin, additional, König, Ralf, additional, Kremeyer, Thierry, additional, Krychowiak, Maciej, additional, Naujoks, Dirk, additional, Otte, Matthias, additional, Perseo, Valeria, additional, Reimold, Felix, additional, and Schlisio, Georg, additional

Published
2024
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3. Investigation of a low frequency coherent mode in Wendelstein 7-X with island divertor

Author

Xiang, Haoming, primary, Kraemer-Flecken, Andreas, additional, Han, Xiang, additional, Windisch, Thomas, additional, Weir, Gavin McCabe, additional, Rahbarnia, Kian, additional, Schilling, Jonathan, additional, Thomsen, H, additional, vaz Mendes, Sara, additional, Knieps, Alexander, additional, Vecsei, Miklos, additional, Otte, Matthias, additional, Zoletnik, Sandor, additional, Anda, Gabor, additional, Dunai, Daniel, additional, Zhang, Daihong, additional, Kornejew, Petra, additional, Huang, jia, additional, Zhang, Tao, additional, Lin, Xiao-Dong, additional, Gao, Xiang, additional, and Liang, Yunfeng, additional

Published
2023
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4. Improvement in the simulation tools for heat distribution predictions and control of baffle and middle divertor loads in Wendelstein 7-X

Author

Gao, Yu, primary, Feng, Yuhe, additional, Endler, Michael Bernd Sebastian, additional, Jakubowski, Marcin, additional, Geiger, Joachim, additional, Bozhenkov, Sergey A, additional, Puig Sitjes, Aleix, additional, Pisano, Fabio, additional, Dhard, Chandra Prakash, additional, Naujoks, Dirk, additional, Krychowiak, Maciej, additional, Otte, Matthias, additional, Koenig, Ralf, additional, Zhang, Daihong, additional, Schlisio, Georg, additional, Wenzel, U, additional, and Sunn Pedersen, Thomas, additional

Published
2022
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5. Stable heat and particle flux detachment with efficient particle exhaust in the island divertor of Wendelstein 7-X

Author

Schmitz, Oliver, primary, Feng, Yuhe, additional, Jakubowski, Marcin, additional, König, Ralf, additional, Krychowiak, Maciej, additional, Otte, Matthias, additional, Reimold, Felix, additional, Barbui, Tullio, additional, Biedermann, Christoph, additional, Bozhenkov, Sergey A, additional, Brezinsek, Sebastijan, additional, Buttenschön, Birger, additional, Brunner, Kai Jakob, additional, Drewelow, Peter, additional, Effenberg, Florian, additional, Flom, Erik, additional, Frerichs, Heinke, additional, Ford, Oliver P, additional, Fuchert, Golo, additional, Gao, Yu, additional, Gradic, Dorothea, additional, Grulke, Olaf, additional, Hammond, Kenneth, additional, Hergenhahn, Uwe, additional, Höfel, Udo, additional, Knauer, Jens P, additional, Kornejew, Petra, additional, Kremeyer, Thierry, additional, Niemann, Holger, additional, Pasch, Ekkehard, additional, Pavone, Andrea, additional, Perseo, Valeria, additional, Rudischhauser, Lukas, additional, Schlisio, Georg, additional, Sunn Pedersen, Thomas, additional, Wenzel, U, additional, Winters, Victoria, additional, Wurden, Glen A, additional, and Zhang, Daihong, additional

Published
2020
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6. Effect of toroidal plasma currents on the Wendelstein 7-X Scrape-Off Layer

Author

Killer, Carsten, primary, Gao, Yu, additional, Perseo, Valeria, additional, Rudischhauser, Lukas, additional, Hammond, Kenneth, additional, Buttenschön, Birger, additional, Barbui, Tullio, additional, Blackwell, Boyd D, additional, Brunner, Kai-Jakob, additional, Drews, Philipp, additional, Endler, Michael, additional, Geiger, Joachim, additional, Grulke, Olaf, additional, Jakubowski, Marcin, additional, Klose, Sören, additional, Knauer, Jens, additional, Knieps, Alexander, additional, König, Ralf, additional, Li, Yongliang, additional, Neuner, Ulrich, additional, Niemann, Holger, additional, Otte, Matthias, additional, Schilling, Jonathan, additional, Sitjes, Aleix Puig, additional, Rahbarnia, Kian, additional, and Stange, Torsten, additional

Published
2019
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7. Understanding baffle overloads observed in high-mirror configuration on Wendelstein 7-X.

Author

Gao, Yu, Feng, Yuhe, Jakubowski, Marcin W., Geiger, Joachim, Endler, Michael, Dhard, Chandra Prakash, Biedermann, Christoph, Naujoks, Dirk, Pedersen, Thomas Sunn, König, Ralf, Drewelow, Peter, Pisano, Fabio, Sitjes, Aleix Puig, Niemann, Holger, Bozhenkov, Sergey, Lazerson, Samuel, Otte, Matthias, Fellinger, Joris, Zhu, Jiawu, and Krychowiak, Maciej

Subjects
FUSION reactor divertors, HIGH temperature plasmas, HEATING load, MAGNITUDE (Mathematics), TILES
Abstract

The operational regimes in the first divertor campaign of W7-X were limited by unexpectedly high heat loads on certain baffle tiles. In the high-mirror configuration, a permanent hotspot on the baffle plate was detected by the thermographic system, which was further confirmed during the post-campaign inspections of the plasma-facing components. The maximum heat load on three baffle tiles reached about 4.5 MW m−2, which was almost an order of magnitude above its designed value of 0.5 MW m−2. The paper presents a detailed analysis to understand how the baffle plate, which is originally designed to screen the recycling neutrals and is therefore hidden from the hot plasma, can receive such a high heat load - a level that is expected for target plates. Three main causes have been identified: 1) the three baffle tiles are radially only about 5 mm away from a main heat channel towards a target, which is much shorter than the radial power decay length of several centimeters derived from the thermographic measurements in this region; 2) the three baffle tiles are intersected with field-lines of about 30 m length, which are long enough to collect considerable amount of heat via cross-field transport; 3) the baffle tiles have locally large grazing angles. In addition, the analysis method shown in this paper is of general use to estimate the heat flows in shadow areas of targets and thus to evaluate heat loads on the potentially critical components occurring in these areas, especially required for the design of complex 3D divertors like the one in W7-X. [ABSTRACT FROM AUTHOR]

Published
2020
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8. Error field measurement, correction and heat flux balancing on Wendelstein 7-X a

Author

Lazerson, Samuel A., primary, Otte, Matthias, additional, Jakubowski, Marcin, additional, Israeli, Ben, additional, Wurden, Glen A., additional, Wenzel, Uwe, additional, Andreeva, Tamara, additional, Bozhenkov, Sergey, additional, Biedermann, Christoph, additional, Kocsis, Gábor, additional, Szepesi, Tamás, additional, Geiger, Joachim, additional, Pedersen, Thomas Sunn, additional, and Gates, David, additional

Published
2017
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