W. Kasparek
Ansaldo STS
4 Papers
2 Citations
W. Kasparek is an academic researcher from Ansaldo STS. The author has contributed to research in topics: Gyrotron & Tore Supra. The author has an hindex of 2, co-authored 4 publications.
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Papers
Gyrotron Development in the EU for Present Fusion Experiments and for ITER
Manfred Thumm,S. Alberti,Andreas Arnold,D. Bariou,G. Dammertz,C. Darbos,Olgierd Dumbrajs,G. Gantenbein,V. Erckmann,E. Giguet,R. Heidinger,J. P. Hogge,S. Illy,J. Jin,W. Kasparek,C. Lievin,R. Magne,G. Michel,B. Piosczyk,O. Prinz,T. Rzesnicki,K. Schwörer,M. Q. Tran,Xiaokang Yang,I. Yovchev +24 more
- 03 Jan 2006
TL;DR: The long term strategy of the EU in the field of gyrotrons in fusion plasma applications is based on two approaches: R&D in laboratories to develop advanced concepts and industrial development of state-of-the-art tubes for use in present experiments like TCV, Tore Supra (118 GHz, 0.5 MW, CW) and W7-X (140 GHz, 1 MW,CW) as mentioned in this paper.
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Progress in the ITER electron cyclotron system development
Henderson,C. Darbos,Ferran Albajar,S. Alberti,M. deBaar,U. Baruah,B. Becket,T. Bigelow,T. Bonicelli,Alex Bruschi,J. Caughman,R. Chavan,G. Denisov,D. Farina,D. Fasel,F. Gandini,T. Gassman,T.P. Goodman,J.P. Hogge,O. Jean,K. Kajiwara,W. Kasparek,Stefan Kern,N. Kobayashi,A. Moro,C. Nazare,Y. Oda,T. Omori,D. Purohit,G. Ramponi,S.L. Rao,D. Rasmussen,D. Ronden,G. Saibene,K. Sakamoto,O. Sauter,M. Shapiro,T.A. Scherer,Namita Singh,D. Strauss,Koji Takahashi,R. Temkin,H. Zohm +42 more
- 01 Jan 2012
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Status of the ITER EC H&CD system
F. Gandini,Ferran Albajar,S. Alberti,K. Avramidis,U. Baruah,T. Bigelow,T. Bonicelli,Alex Bruschi,R. Chavan,F. Cismondi,C. Darbos,G. Denisov,A. Dumur,D. Farina,G. Gantenbein,T. Gassman,T.P. Goodman,Gregory R. Hanson,J.P. Hogge,O. Jean,John Jelonnek,K. Kajiwara,W. Kasparek,N. Kobayashi,M. Kushwah,George P. Latsas,A. Moro,C. Nazare,Y. Oda,T. Omori,A. Oustinov,I. Pagonakis,B. Piosczyk,L.G. Popov,S.L. Rao,D. Rasmussen,D. Ronden,G. Saibene,K. Sakamoto,T. Scherer,M. Shapiro,Namita Singh,C. Sozzi,P. Spaeh,D. Strauß,O. Sauter,Koji Takahashi,R. Temkin,H. Zohm +48 more
- 01 Jan 2013
TL;DR: The ITER ion cyclotron heating and current drive system will deliver 20 MW of radio frequency power to the plasma in quasi continuous operation during the different phases of the experimental programme.
EU developments of the ITER ECRH system
M. A. Henderson,S. Alberti,P. Benin,T. Bonicelli,René Chavan,David Campbell,S. Cirant,G. Dammertz,O. Dormicchi,O. Dumbrajs,D. Fasel,T. P. Goodman,R. Heidinger,Jean-Philippe Hogge,W. Kasparek,C. Lievin,B. Piosczyk,Emanuele Poli,G. Ramponi,G. Saibene,O. Sauter,Arkady Serikov,G. Taddia,Manfred Thumm,M. Q. Tran,A. G. A. Verhoeven,H. Zohm +26 more
- 01 Oct 2007
TL;DR: The EU will provide the largest contribution to the ITER electron cyclotron (EC) heating and current drive (H&CD) system (20 MW, CW at 170 GHz) with one third of the H&CD gyrotrons, their associated power supplies and four upper port launcher antennas as discussed by the authors.