Erschienen in:

2013 | OriginalPaper | Buchkapitel

11. Plasma Diagnostics

verfasst von : Thomas J. Dolan, Alan E. Costley, Jana Brotankova

Erschienen in: Magnetic Fusion Technology

Verlag: Springer London

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Abstract

Diagnostic instruments are needed to provide measurements for machine protection (magnet systems, vacuum systems, heating and cooling systems, safety systems, etc.); for plasma control; and for plasma performance evaluation. Plasma diagnostic systems include electrostatic probes, magnetic probes, measurement of particles emitted from the plasma, spectroscopy of waves emitted by the plasma, probing the plasma with injected particle beams, and probing the plasma with waves, such as microwaves and laser beams. For ITER, the next major step in magnetic fusion, diagnostics must be hardened to survive in a hot, high-radiation environment, and designed to minimize neutron streaming through ducts. Many adverse effects must be mitigated, such as radiation-induced spurious signals, erosion of windows and mirrors, and deposition of films on them. This is new territory for diagnostics and many challenges have to be overcome.

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Adamek J, Stockel J, Hron M, Ryszawy J, Tichy M, Schrittwieser R, Ionita C, Balan P, Martines E, Van Oost G (2004), A novel approach to direct measurement of the plasma potential, Czechoslovak Journal of Physics, 3, vol. 54

Adamek J, Stockel J, Duran I, Hron M, Panek R, Tichy M, Schrittwieser R, Ionita C, Balan P, Martines E, Van Oost G (2005) Comparative measurements of the plasma potential with the ball-pen and emissive probes on the CASTOR tokamak. Czechoslovak J Phys 55

Adamek J, Kocan M, Panek R, Gunn JP, Martines E, Stockel J, Ionita C, Popa G, Costin C, Brotankova J, Schrittwieser R, Van Oost G (2008) Simultaneous measurements of ion temperature by segmented tunnel and Katsumata probe. Contrib Plasma Phys 48(5–7):395–399CrossRef

Arshad SA, Cordey JG, McDonald DC, Farthing J, Joffrin E, Von Hellermann M, Roach CM, Svenssone J (2008) Chapter 11—Data Validation, Analysis, and Applications for Fusion Plasmas. Fusion Sci Technol 53:667

Carolan PG, Piotrowicz VA (1983) The behaviour of impurities out of coronal equilibrium. Plasma Phys 25:1065–1086 (Figure 5(b))

Costley AE et al (2001) ITER R&D: Auxiliary systems: plasma diagnostics. Fusion Eng Des 55:331

Costley AE et al (2005) Technological challenges of ITER diagnostics. Fusion Eng Des 74:109

Costley AE et al (2006) The design and implementation of diagnostics systems on ITER. 21st IAEA fusion energy conference, Chengdu, 16–21 Oct

Costley AE (2010) Towards diagnostics for a fusion reactor. IEEE Trans Plasma Sci 38:2934–2943CrossRef

Costley AE, Johnson DW (eds) (2008) Plasma diagnostics for magnetic fusion research. Special edition of fusion science and technology 53(2):281–760

De Michelis C, Mattioli M (1984) Spectroscopy and impurity behavior in fusion plasmas. Rep Prog Phys 47:1233CrossRef

de la Luna E et al (2008) Recent results on the discrepancy between T_e measurements in high-T_e plasmas in JET. In: Proceedings of 15th joint workshop electron cyclotron emission and electron cyclotron resonance heating (EC-15), World Scientific Press, Yosemite, California, March 2008

de la Luna E et al (2012) The effect of ELM pacing by vertical kicks on the access to stationary H-mode with H₉₈ ~ 1 on JET. 24th IAEA Fusion energy conference, IAEA CN-197, San Diego, CA, 8–13 Oct 20112 (paper EX/6-1)

Dejarnac R, Gunn JP, Stockel J, Adamek J, Brotankova J, Ionita C (2007) Study of ion sheath expansion and anisotropy of the electron parallel energy distribution in the CASTOR tokamak. Plasma Phys Controlled Fusion 49(2007):1791–1808CrossRef

Dolan TJ (1982) Fusion research. Pergamon Press, Elmsford, NY, USA

Donné AJH, Costley AE (2004) Key issues in diagnostics for burning plasma experiments. IEEE Trans Plasma Sci 32:177

Donné AJH et al (2007) Chapter 7: Diagnostics. Nucl Fusion 47:S337CrossRef

Donné AJH, Barth CJ, Weisen H (2008) Chapter 4: Laser-Aided Plasma Diagnostics. Fusion Sci Technol 53:397

Duval B (2012) Real time ELM, NTM and Sawtooth Control on TCV. 24th IAEA fusion energy conference, IAEA CN-197, San Diego, CA, 8–13 Oct 2012 (paper EX/1-2)

Dyabilin K, Hron M, Stockel J, Zacek F (2002) Rotating mach probe for ion flow measurements on the CASTOR tokamak. Contrib Plasma Phys 1:99–108CrossRef

Equipe TFR (1978) Tokamak plasma diagnostics. Nuclear Fusion 18:647–730 (Figure 41)

Eshelman CD, Tseng HK, Dolan TJ, Prelas MA (1991) Plasma diagnostic x-ray tomography system. Rev Sci Instrum 62:751–754CrossRef

Eubank H, Goldston R J, Arunasalam V, et al (1979) “PLT neutral beam heating results”, International Atomic Energy Agency, Plasma Physics and Controlled Nuclear Fusion Research 1978. In: Proceedings of the seventh international conference on plasma physics and controlled nuclear fusion research, held by the International Atomic Energy Agency in Innsbruck, 23–30 Aug 1978, vol I, IAEA, Vienna (Paper IAEA-CN-37/C-3, pp 167–198, Fig. 9)

Griem HR (1997) Principles of plasma spectroscopy. Cambridge University Press, EnglandCrossRef

Gunn JP, Boucher C, Devynck P, Duran I, Dyabilin K, Horacek J, Hron M, Stockel J, Van Oost G, Van Goubergen H, Zacek F (2001) Edge flow measurements with Gundestrup probes. Phys Plasmas 8(5):1995–2001 (Part 2)

Gunn JP, Panek R, Stockel J, Van Oost G, Van Rompuy T (2005) Simultaneous measurements of ion current, electron temperature and floating potential fluctuations with a tunnel probe. Czech J Phys 55(3):255–263CrossRef

Hacquin S (2008) “Plasma diagnostics in fusion devices”, International Summer School on Fusion Technology. Karlsruhe Institute of Technology, Germany, 2–13 Sept 2008

Hatae T, Nakatsuka M, Yoshida H (2004) Improvement of Thomson scattering diagnostics using stimulated-brillouin-scattering-based phase conjugate mirrors. J Plasma Fusion Res 80:870–882CrossRef

Hillis DL, Fehling FT, Bell RE, Johnson DW, Zastrow K-D et al (2004) A high throughput spectrometer system for helium ash detection on JET. Rev Sci Ins 75:3449 (Fig. 1)

Hopkins GR, Rawls JM (1979) Nuclear technology 43, 382, Fig. 1. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Huber A, McCormick K, Andrew P, Beaumont P, Dalley S, Fink J, Fuchs JC, Fullard K, Fundamenski W, Ingesson LC, Mast F, Jachmich S, Matthews GF, Mertens Ph, Philipps V, Pitts RA, Sanders S, Zeidner W (2007) Upgraded bolometer system on JET for improved radiation measurements. Fusion Eng Des 82:1327–1334

Hutchinson IH (2002) Principles of plasma diagnostics, 2nd edn. Cambridge University Press, UKCrossRef

Ingesson LC, Alper B, Peterson BJ, Vallet J-C (2008) Chapter 7: Tomography diagnostics: bolometry and soft-x-ray detection. Fusion Sci Technol 53:528

Isler RC (1984) Impurities in Tokamaks. Nucl Fusion 24:1599CrossRef

Jarvis ON (1994) Neutron measurement techniques for tokamak plasmas. Plasma Phys Controlled Fusion 36:209 (Table 4)

Johnson DW, Costley AE (2008) Chapter 13: Challenges in fusion diagnostic development: a virtual tour of ITER. Fusion Sci Technol 53:751

Katsumata I, Okazaki M (1967) Ion sensitive probe—a new diagnostic method for plasma in magnetic fields. Jpn J Appl Phys 6:123–124CrossRef

Kikuchi M, Lackner K, Tran MQ (2012) Fusion physics. International atomic energy agency, Vienna, Austria

Kislyakov AI, Donné AJH, Krupnik LI, Medley SS, Petrov MP (2008) Chapter 8: Particle diagnostics, fusion science and technology 53, 577–603, Fig. 3a. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Krasilnikov AV, Sasao M, Kaschuck, Nishitani T, Batistoni P, Zaveryaev VS, Popovichev S, Iguchi T, Jarvis ON, Källne J, Fiore CL, Roquemore AL, Heidbrink WW, Fisher R, Gorini RG, Prosvirin DV, Tsutskikh AY, Donné AJH, Costley AE, Walker CI (2008) Status of ITER neutron diagnostic development. Nuclear Fusion 45:1503–1509 (Fig. 1)

Lasnier CJ, Allen SL, Boedo JA, Groth M, Brooks NH, Mclean A, Labombard B, Skinner CH, Rudakov DL, West WP, Wong CPC (2008) Chapter 10: First wall and operational diagnostics. Fusion Science and Technology 53, 640. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Luhmann, Jr, NC, Bindslev H, Park H, Sánchez J, Taylor G, Yu CX (2008) Chapter 3: Microwave diagnostics. Fusion Science and Technology 5, 335–396. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Malaquias A, von Hellermann M, Tugarinov S, Lotte P, Hawkes N et al (2004) Active beam spectroscopy diagnostics for ITER: Present status (invited). Rev Sci Ins 75:3393 (Fig. 1)

Medley SS, Roquemore AL (1998) Construction and operation of parallel electric and magnetic field spectrometers for mass energy resolved multi-ion charge exchange diagnostics on the tokamak fusion test reactor. Rev Sci Instrum 69:2651CrossRef

Nunes I, Manso M, Serra F, Horton LD, Conway GD, Loarte A, ASDEX Upgrade and CFN Reflectometry Teams (2005) Density profile analysis during an ELM event in ASDEX Upgrade H-modes. Nuclear Fusion 45:1550 (Fig. 1)

Orsitto FP, Gorini G, Sindoni E, Tardocci M (eds) (2008) Burning plasma diagnostics, American Institute of Physics Conference Proceedings 988, Melville, New York

Park H, Mazzucato E, Munsat T, Domier CW, Johnson M et al (2004) Simultaneous microwave imaging system for density and temperature fluctuation measurements on TEXTOR (invited). Rev Sci Instrum 75:3787 (Fig. 3a)

Peacock NJ (1996) Fusion Spectroscopy. Astrophys Space Sci 237:341–349

Pégourié B, Köchl F, Nehme H, Polevoi AR (2009) Recent results on the fuelling and control of plasmas by pellet injection, application to ITER. Plasma Phys Controlled Fusion 51:1

Reiter B, Pautasso G, Eich T, Fuchs JC, Giannone L, Dux R. Neuhauser J, Maraschek M, Igochine V, Herrmann A, Lunt T, the ASDEX Upgrade Team (2009) Application of AXUV diodes for broad-band plasma radiation studies in ASDEX Upgrade. 36th EPS Conference on Plasma Phys, Sofia, 29 June–3 July 2009 (ECA vol 33E, P-1.161)

Rhodes TL, Peebles WA, Van Zeeland M, Mikkelsen D, Gilmore MA et al (2004) Comparison of broad spectrum turbulence measurements and gyrokinetic code predictions on the DIII-D Tokamak. In: Proceedings of the 20th IAEA fusion energy conference. Vilamoura, Portugal, 1–6 Nov 2004 (IAEA-CN-116/P6-23, Fig. 3)

Sasao M, Nishitani T, Krasilnilov A, Popovichev S, Kiptily V, Kallne J (2008) Chapter 9: Fusion product diagnostics, fusion science and technology 53, 604 Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Schrittwieser R, Adamek J, Balan P, Hron M, Ionita C, Jakubka K, Kryska L, Martines E, Stockel J, Tichy M, Van Oost G (2002) Measurements with an emissive probe in the CASTOR tokamak. Plasma Phys Contr Fusion 44(5):567–578CrossRef

Schrittwieser R, Ionitá C, Adámek J, Stöckel J, Brotánková J, Martines E, Popa G, Costin C, van de Peppel L, van Oost G (2006) Direct measurements of the plasma potential by katsumata-type probes. Czechoslovak J Phys 56(2):B145–B150 (Fig. 1)

Sheehan JP, Hershkowitz N (2011) Emissive probes. Plasma Sources Sci Technol 20:063001 (pp 22)

Sheffield J, Froula D, Glenzer SH, Luhmann NC (2011) Plasma scattering of electromagnetic radiation, second edition: theory and measurement techniques. Elsevier, Amsterdam

Stockel J, Adamek J, Balan P, Bilyk O, Brotankova J, Dejarnac R, Devynck P, Duran I, Gunn JP, Hron M, Horacek J, Ionita C, Kocan M, Martines E, Panek R, Peleman P, Schrittwieser R, Van Oost G, Zacek F (2007) Advanced probes for edge plasma diagnostics on the CASTOR tokamak. J Phys Conf Ser 63:012001CrossRef

Stott PE, Gorini G, Prandoni P, Sindoni E (eds) (1998) Diagnostics for experimental thermonuclear fusion reactors 2. Plenum Press, New York, ISBN 0-306-45835-7

Strait EJ, Fredrickson ED, Moret J-M, Takechi M (2008) Chapter 2: Magnetic diagnostics. Fusion Sci Technol 53:304

Stratton BC, Bitter M, Hill KW, Hillis DL, Hogan JT (2008) Chapter 5: Passive spectroscopic diagnostics for magnetically confined fusion plasmas, Fusion Sci Technol 53, 431, Figs. 5 and 26, and Table 1. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Terry JL, Lipschultz B, Pigarov AYu, Krasheninnikov SI, LaBombard B, Lumma D, Ohkawa H, Pappas D, Umansky M (1998) Volume recombination and opacity in Alcator C-mod plasmas. Phys Plasmas 5:1759CrossRef

Texter S, Knowlton S, Porkolab M, Takase Y (1986) high energy x-ray measurements during lower hybrid current drive on the Alcator C Tokamak. Nucl Fusion 24:1279CrossRef

Thomas DM, McKee GR, Burrell KH, Levinton F, Foley EL, Fishera R K(2008) Chapter 6: Active spectroscopy. Fusion Science and Technology 53, 487, Figs. 1, 2, and 9. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Van Oost G (2008) Advanced probe edge diagnostics for fusion devices. Trans Fusion Sci Technol 53:387

Vayakis G, Walker C (2002) Magnetic diagnostics for ITER/BPX plasmas, presented at the HTPD, Madison, Wisconsin, July, Fig. 18. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Vayakis G, Hodgson ER, Voitsenya V, Walker CI (2008) Chapter 12: Generic diagnostic issues for a burning plasma experiment. Fusion Science and Technology 53, 699. Copyright by the American Nuclear Society, LaGrange Park, Illinois, USA

Vayakis G, Arshad S, Delhom D, Encheva A, Giacomin T, Jones L, Pate KM, Pérez-Lasala M, Portales M, Prieto D, Sartori F, Simrock S, Snipes KA, Udintsev VS, Watts C, Winter A, Zabeo L (2012) Development of the ITER magnetic diagnostic set and specification, Rev Sci Instrum 83, 10D712 (2012), Fig. 1. Reprinted with permission Review of Scientific Instruments, Copyright 2012, American Institute of Physics

Voitsenya V et al (2001) Diagnostic first mirrors for burning plasma experiments. Rev Sci Instrum 72:475CrossRef

Walker SE, Preszler AM, Millard WA (1986) Double scatter neutron time of flight spectrometer as a plasma diagnostic. Rev Sci Instrum 57:1740–1742 (Fig. 4)

Wesson J (2011) Tokamaks, 4th edn. Oxford University Press, Oxford (Chap. 10)MATH

Young KM (2002) Alpha particle measurements needed for burning plasma experiments, in Stott PE et al (eds) Advanced diagnostics for magnetic and Inertial Fusion, Kluwer Academic/Plenum, New York

Young KM (2008) Chapter 1: Plasma measurements: an overview of requirements and status. Fusion Sci Technol 53:281CrossRef

Titel: Plasma Diagnostics
verfasst von: Thomas J. Dolan
Alan E. Costley
Jana Brotankova
Verlag: Springer London
Buch: Magnetic Fusion Technology
Print ISBN: 978-1-4471-5555-3

Electronic ISBN: 978-1-4471-5556-0

Copyright-Jahr: 2013
DOI: https://doi.org/10.1007/978-1-4471-5556-0_11