P
Paul van Eeten
Researcher at Max Planck Society
Publications - 14
Citations - 196
Paul van Eeten is an academic researcher from Max Planck Society. The author has contributed to research in topics: Wendelstein 7-X & Stellarator. The author has an hindex of 7, co-authored 14 publications receiving 178 citations.
Papers
More filters
Journal ArticleDOI
Technical challenges in the construction of the steady-state stellarator Wendelstein 7-X
Hans-Stephan Bosch,R. C. Wolf,Tamara Andreeva,J. Baldzuhn,D. Birus,Torsten Bluhm,T. Bräuer,H. Braune,V. Bykov,A. Cardella,Frédéric Durodié,M. Endler,V. Erckmann,Gerd Gantenbein,D. A. Hartmann,Dag Hathiramani,P. Heimann,Bernd Heinemann,Christine Hennig,M. Hirsch,D. Holtum,Jacek Jagielski,John Jelonnek,W. Kasparek,Thomas Klinger,R. König,P. Kornejew,H. Kroiss,J. Krom,Georg Kühner,H. P. Laqua,Heinrich P. Laqua,Carsten Lechte,Marc Lewerentz,J. Maier,P. McNeely,A.M. Messiaen,G. Michel,J. Ongena,A.T. Peacock,Thomas Sunn Pedersen,R. Riedl,H. Riemann,P. Rong,N. Rust,Jörg Schacht,Felix Schauer,R. Schroeder,B. Schweer,Anett Spring,A. Stäbler,Manfred Thumm,Yuriy Turkin,L. Wegener,A. Werner,D. Zhang,M. Zilker,T. Akijama,Robertas Alzbutas,E. Ascasíbar,M. Balden,M. Banduch,Ch. Baylard,W. Behr,C. D. Beidler,A. Benndorf,T. Bergmann,Christoph Biedermann,Bohdan Bieg,Wolfgang Biel,M. Borchardt,G. Borowitz,V. Borsuk,S. A. Bozhenkov,R. Brakel,H. Brand,Thomas Brown,B. Brucker,R. Burhenn,K.-P. Buscher,C. Caldwell-Nichols,A. Cappa,A. Carls,Paulo Carvalho,Łukasz Ciupiński,M.J. Cole,J. Collienne,A. Czarnecka,G. Czymek,Günter Dammertz,Chandra Prakash Dhard,V. I. Davydenko,Andreas Dinklage,Michael Drevlak,S. Drotziger,A. Dudek,Pierre Dumortier,Gintautas Dundulis,Paul van Eeten,K. Egorov,T. Estrada,Helmut Faugel,Joris Fellinger,Y. Feng,Horacio Fernandes,Walter H. Fietz,W. Figacz,F. Fischer,J M Fontdecaba,Alexandra M. Freund,T. Funaba,H. Fünfgelder,A. Galkowski,D.A. Gates,L. Giannone,J. M. García Regaña,J. Geiger,S. Geißler,H. Greuner,M. Grahl,S. Groß,A. Grosman,Heinz Grote,Olaf Grulke,M. Haas,L. Haiduk,H.-J. Hartfuß,J. H. Harris,D. Haus,B. Hein,P. Heitzenroeder,Per Helander,Reinhard Heller,C. Hidalgo,D. Hildebrandt,H. Höhnle,A. Holtz,Eberhard Holzhauer,R. Holzthüm,A. Huber,H. Hunger,F. Hurd,M. Ihrke,Stefan Illy,A. A. Ivanov,S. Jablonski,N. Jaksic,M. W. Jakubowski,Rje Roger Jaspers,H. Jensen,H. Jenzsch,J. Kacmarczyk,T. Kaliatk,J P Kallmeyer,U. Kamionka,R. Karaleviciu,Stefan Kern,M. Keunecke,R. Kleiber,J. P. Knauer,R. Koch,G. Kocsis,Axel Könies,Martin Köppen,R. Koslowski,J. Koshurinov,A. Krämer-Flecken,R. Krampitz,Yury A. Kravtsov,M. Krychowiak,G. Krzesiński,I. Ksiazek,Monika Kubkowska,A. Kus,S. Langish,R. Laube,Martin Laux,Samuel Lazerson,M. Lennartz,C. Li,R. Lietzow,A. Lohs,A. Lorenz,Fabrice Louche,L. V. Lubyako,Arnold Lumsdaine,A.I. Lyssoivan,H. Maaßberg,P. Marek,C. Martens,Nikolai B. Marushchenko,M. Mayer,B. Mendelevitch,Ph. Mertens,D. R. Mikkelsen,Alexey Mishchenko,B. Missal,T. Mizuuchi,H. Modrow,T. Mönnich,T. Morizaki,Sadayoshi Murakami,F. Musielok,M. Nagel,Dirk Naujoks,H. Neilson,Olaf Neubauer,Ulrich Neuner,Riccardo Nocentini,J.-M. Noterdaeme,C. Nührenberg,S. Obermayer,G. Offermanns,H. Oosterbeek,Matthias Otte,Anatoly Panin,M. Pap,Stefan Paquay,E. Pasch,X. Peng,S. Petrov,D. Pilopp,H. Pirsch,Burkhard Plaum,F. Pompon,Mantas Povilaitis,Josef Preinhaelter,O. Prinz,F. Purps,T. Rajna,S. Récsei,A. H. Reiman,Detlev Reiter,J. Remmel,S. Renard,V. Rhode,J. Riemann,Sigitas Rimkevicius,K. Riße,A. Rodatos,I. Rodin,Massimiliano Romé,H.-J. Roscher,K. Rummel,Th. Rummel,A. Runov,Leszek Ryć,Jürgen Sachtleben,Andrey Samartsev,M. Sanchez,Fumimichi Sano,A. Scarabosio,Martin Schmid,H. Schmitz,Oliver Schmitz,Matthias F. Schneider,Wolf-Dieter Schneider,L. Scheibl,M. Scholz,Gunnar F. Schröder,M. Schröder,J. Schruff,H. Schumacher,I.V. Shikhovtsev,Mamoru Shoji,G. Siegl,Jan Skodzik,M. Smirnow,E. Speth,Donald A. Spong,R. Stadler,Z. Sulek,V. Szabó,T. Szabolics,T. Szetefi,Z. Szökefalvi-Nagy,A. Tereshchenko,H. Thomsen,Dirk Timmermann,H. Tittes,K. Toi,M. R. Tournianski,Udo von Toussaint,J. Tretter,S. Tulipán,P. Turba,R. Uhlemann,Jakub Urban,Egidijus Urbonavicius,P. Urlings,S. Valet,D. Van Eester,M. Van Schoor,M. Vervier,H. Viebke,R. Vilbrandt,M. Vrancken,T. Wauters,M. Weissgerber,E. Weiß,A. Weller,J. Wendorf,U. Wenzel,T. Windisch,E. Winkler,M. Winkler,J. Wolowski,J. Wolters,G. Wrochna,P. Xanthopoulos,Hiroshi Yamada,M. Yokoyama,D. Zacharias,J. Zajac,G. Zangl,M. C. Zarnstorff,H. Zeplien,S. Zoletnik,Matteo Zuin +318 more
TL;DR: The Wendelstein 7-X superconducting device is currently under construction in Greifswald, Germany as mentioned in this paper, where the electron cyclotron resonance heating system, diagnostics, experiment control and data acquisition are prepared for steady-state operation lasting 30 min.
Journal ArticleDOI
Specific Features of Wendelstein 7-X Structural Analyses
Victor Bykov,Joris Fellinger,Felix Schauer,Matthias Koppen,K. Egorov,Paul van Eeten,Andzej Dudek,Tamara Andreeva +7 more
TL;DR: The Wendelstein 7-X modular stellarator is in the final assembly phase at the Max Planck Institute for Plasma Physics in Greifswald, Germany, and the focus of the numerical analysis has been shifted toward fast consideration of nonconformities and changes in assembly procedures.
Journal ArticleDOI
Full-scale friction test on tilted sliding bearings for Wendelstein 7-X coils
Dag Hathiramani,J. Lingertat,Paul van Eeten,Manfred Sochor,M. Laux,Victor Bykov,Felix Schauer,Bernd Heinemann,P. Junghanns,Albrecht Brenner,Christoph Zauner,Harald Langer +11 more
TL;DR: In this paper, the performance of a 60mm pad narrow support element was shown on a full-scale friction test including a relative tilting of 1 ° at full load and the expected operating cycles of Wendelstein 7-X were simulated at different normal forces.
Journal ArticleDOI
Operation of W7-X With an Inertially Cooled Divertor—On the Way to Steady State Operation
Hans-Stephan Bosch,Simppa Äkäslompolo,R. Brakel,Victor Bykov,P. Drewelow,J. Geiger,Marcin Jakubowsky,M. Nagel,Dirk Naujoks,K. Risse,Thomas Rummel,Paul van Eeten +11 more
TL;DR: The superconducting stellarator Wendelstein 7-X has completed the first three experimental phases, the first one with a limiter only and two phases with an inertially cooled carbon divertor configuration.
Journal ArticleDOI
W7-X NBI beam dump thermocouple measurements as safety interlock
Paul van Eeten,J. P. Kallmeyer,P. McNeely,N. Rust,D. A. Hartmann,Jörg Schacht,Dirk Naujoks,S. Degenkolbe,R. Vilbrandt,Hans-Stephan Bosch +9 more
TL;DR: The Wendelstein 7-X stellarator started its first operational phase in October 2015 at the Max-Planck-Institute for Plasma Physics in Greifswald with the goal to verify that a stellarator magnetic confinement concept is a viable option for a fusion power plant.