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http://isa.epfl.ch/imoniteur_ISAP/
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2026
2141273
2141273
123455150
123455150
1
0
Physics (edoc)
EDPY
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La fiche de cours demandée n'est pas disponible
Physique (edoc), 2011-2012
Physics (edoc), 2011-2012
Ecole polytechnique fédérale de Lausanne
EPFL
Ecole polytechnique fédérale de Lausanne
EPFL
2011-2012
Physique (edoc)
EDPY
Physics (edoc)
EDPY
obligatoire
mandatory
16
Cours
Courses
Heure(s)
Hour(s)
H
H
Reimerdes
Holger
112204
Furno
Ivo
111055
10
Exercices
Exercises
Heure(s)
Hour(s)
H
H
Reimerdes
Holger
112204
Labit
Benoît
157100
Furno
Ivo
111055
10
TP
TP
Heure(s)
Hour(s)
H
H
Reimerdes
Holger
112204
Labit
Benoît
157100
Furno
Ivo
111055
965572282
Plasma Diagnostics in Basic Plasma Physics Devices and Tokamaks: from Principles to Practice
Plasma Diagnostics in Basic Plasma Physics Devices and Tokamaks: from Principles to Practice
2
Ecrit
Written
Crédit
Credits
2
Session libre
Session free
LIB
LIB
In this course, Ph.D. students will learn specific aspects of plasma diagnostics with hands-on training on the TORPEX device and the TCV tokamak at the CRPP. Both the theoretical foundations and the instrumental aspects of the course will be accessible to students with basic knowledge of plasma physics. For different types of diagnostics, theory and basic working principles will be covered during ex-cathedra classes. Students will then follow practical demonstrations by senior scientists (in smaller groups if necessary). Finally, they will personally carry out hands-on experiments and data analysis on the TORPEX device and on the TCV tokamak.[br/]The programme will allow students to learn plasma diagnostics and data processing methods of modern fusion experiments and to bridge the gap between diagnostics theory and experimental practice. The proposed course will benefit from the combination of a small basic plasma physics device, TORPEX, which allows for excellent diagnostic access and easiness of data interpretation, with the state-of-the-art TCV tokamak, in which students will have the opportunity to familiarize themselves with plasma diagnostics typical of high temperature fusion plasmas.[br/]This course can be ideally complemented by the course: "Diagnostics of fusion plasmas".[br/]
Learning outcomes
In this course, Ph.D. students will learn specific aspects of plasma diagnostics with hands-on training on the TORPEX device and the TCV tokamak at the CRPP. Both the theoretical foundations and the instrumental aspects of the course will be accessible to students with basic knowledge of plasma physics. For different types of diagnostics, theory and basic working principles will be covered during ex-cathedra classes. [br/]Students will then follow practical demonstrations by senior scientists (in smaller groups if necessary). Finally, they will personally carry out hands-on experiments and data analysis on the TORPEX device and on the TCV tokamak.[br/]The programme will allow students to learn plasma diagnostics and data processing methods of modern fusion experiments and to bridge the gap between diagnostics theory and experimental practice. [br/]The proposed course will benefit from the combination of a small basic plasma physics device, TORPEX, which allows for excellent diagnostic access and easiness of data interpretation, with the state-of-the-art TCV tokamak, in which students will have the opportunity to familiarize themselves with plasma diagnostics typical of high temperature fusion plasmas.[br/]This course can be ideally complemented by the course: Diagnostics of fusion plasmas.[br/]
Learning outcomes
In this course, Ph.D. students will learn specific aspects of plasma diagnostics with hands-on training on the TORPEX device and the TCV tokamak at the CRPP. Both the theoretical foundations and the instrumental aspects of the course will be accessible to students with basic knowledge of plasma physics. For different types of diagnostics, theory and basic working principles will be covered during ex-cathedra classes. [br/]Students will then follow practical demonstrations by senior scientists (in smaller groups if necessary). Finally, they will personally carry out hands-on experiments and data analysis on the TORPEX device and on the TCV tokamak.[br/]The programme will allow students to learn plasma diagnostics and data processing methods of modern fusion experiments and to bridge the gap between diagnostics theory and experimental practice. [br/]The proposed course will benefit from the combination of a small basic plasma physics device, TORPEX, which allows for excellent diagnostic access and easiness of data interpretation, with the state-of-the-art TCV tokamak, in which students will have the opportunity to familiarize themselves with plasma diagnostics typical of high temperature fusion plasmas.[br/]This course can be ideally complemented by the course: Diagnostics of fusion plasmas.[br/]
Objectifs d'apprentissage
Introduction: students will be taught the basics of both TORPEX and TCV facilities. The lecture will be followed by a visit of the experimental installations.[br/]Theory of magnetic probes: Rogowski-coil, Flux loop, Diamagnetic loop, Poloidal field probes, Non-axisymmetric measurements, Poloidal field probes, Saddle loops. Data analysis techniques: mode identification using MHD spectroscopy (spectrogram - autocorrelation), Cross-correlation, Toroidal mode decompostion/general least square fit/ Sparse spec, Singular Value Decomposition. Practicum: calibration of magnetic probes and measurements of transfer function, analysis of TCV data.[br/]Theory of various types of electrostatic probes, including single, double, and triple probes, Katsumata, ball pen, emissive probes, Mach probes, energy analyzers, turbulent particle flux probes. Data analysis techniques: Fourier analysis, Higher order Fourier analysis, Statistical analysis, Conditional sampling. Practicum: measurements of time averaged quantities and fluctuations in TORPEX and TCV data using single, double and triple probes; measurements of fluctuations in TORPEX, including statistical properties (skewness, etc.) perpendicular wave number and particle flux.[br/]Theory of plasma emission and fast imaging. CMOs/CCD cameras, fast framing cameras, streaked cameras; Image intensifiers; Gas-puffing systems. Data analysis techniques: Fourier based techniques (linear and higher-order techniques); space-based techniques (structure identification, etc.). Practicum: installation and use of the fast camera to image radially propagating blobs in TORPEX; determination of physical quantities such as blob speed and size; use of advanced data analysis techniques, such as conditional sampling and box-averaging. On TCV: data analysis of camera data.[br/]
Content
Introduction: students will be taught the basics of both TORPEX and TCV facilities. The lecture will be followed by a visit of the experimental installations.[br/]Theory of magnetic probes: Rogowski-coil, Flux loop, Diamagnetic loop, Poloidal field probes, Non-axisymmetric measurements, Poloidal field probes, Saddle loops. Data analysis techniques: mode identification using MHD spectroscopy (spectrogram - autocorrelation), Cross-correlation, Toroidal mode decompostion/general least square fit/ Sparse spec, Singular Value Decomposition. Practicum: calibration of magnetic probes and measurements of transfer function, analysis of TCV data.[br/]Theory of various types of electrostatic probes, including single, double, and triple probes, Katsumata, ball pen, emissive probes, Mach probes, energy analyzers, turbulent particle flux probes. Data analysis techniques: Fourier analysis, Higher order Fourier analysis, Statistical analysis, Conditional sampling. Practicum: measurements of time averaged quantities and fluctuations in TORPEX and TCV data using single, double and triple probes; measurements of fluctuations in TORPEX, including statistical properties (skewness, etc.) perpendicular wave number and particle flux.[br/]Theory of plasma emission and fast imaging. CMOs/CCD cameras, fast framing cameras, streaked cameras; Image intensifiers; Gas-puffing systems. Data analysis techniques: Fourier based techniques (linear and higher-order techniques); space-based techniques (structure identification, etc.). Practicum: installation and use of the fast camera to image radially propagating blobs in TORPEX; determination of physical quantities such as blob speed and size; use of advanced data analysis techniques, such as conditional sampling and box-averaging. On TCV: data analysis of camera data.[br/]
Contenu
Plasma, plasma diagnostics, data analysis
Keywords
Plasma, plasma diagnostics, data analysis
Mots clés
Basics of plasmas physics, basics of electromagnetism and optices, MATLAB
Required prior knowledge
Basics of plasmas physics, basics of electromagnetism and optices, MATLAB
Prérequis
Block course
Note
68419184
68419203
959977187
965572282
01.07.2011
30.06.2012
https://isa.epfl.ch/imoniteur_ISAP/
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CODE140502511
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1
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CODE140504636
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CODE148292791
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[epsilon]
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[inline]=ε
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ε
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CODE169976220
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[lig]
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CODE148292899
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Ε
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965572282
Plasma Diagnostics in Basic Plasma Physics Devices and Tokamaks: from Principles to Practice
Plasma Diagnostics in Basic Plasma Physics Devices and Tokamaks: from Principles to Practice
English
Labit Benoît
157100
Furno Ivo
111055
Reimerdes Holger
112204
2141273