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9780306472978

Advanced Diagnostics for Magnetic and Inertial Fusion

by ; ; ; ;
  • ISBN13:

    9780306472978

  • ISBN10:

    030647297X

  • Format: Hardcover
  • Copyright: 2002-10-01
  • Publisher: Plenum Pub Corp
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Summary

Proceedings of the International Conference on Advanced Diagnostics for Magnetic and Inertial Fusion, held September 3-7, 2001 at Villa Monastero, Varenna, Italy. This volume focuses on future diagnostic requirements for fusion energy research emphasizing advanced diagnostics, new techniques and areas where further progress is required.

Table of Contents

FUSION EXPERIMENTS AND RELATED DIAGNOSTIC NEEDS
Requirements and Issues in Diagnostics for Next Step Burning Plasma Experiments
1(10)
A.E. Costley
Introduction
1(1)
Requirements for plasma and first wall measurements on a BPX
2(2)
Environment of a BPX: key radiation effects
4(2)
The ITER diagnostic system: the most developed example of BPX diagnostics
6(1)
Key outstanding issues
7(1)
Implementation on different BPX contenders
8(1)
Summary
9(2)
Introduction to Diagnostics Requirements for ICE
11(8)
D. Juraszek
Introduction
11(1)
ICF critical milestones
11(3)
Experimental strategy
14(1)
Diagnostics requirements
14(3)
Conclusions
17(2)
Core Performance and Mix in Direct-Drive Spherical Implosions on Omega
19(8)
C. Stoeckl
J.A. Delettrez
R. Epstein
V.Yu. Glebov
R.L. Keck
R.L. McCrory
P.W. McKenty
F.J. Marshall
D.D. Meyerhofer
P.B. Radha
S.P. Regan
S. Roberts
W. Seka
S. Skupsky
V.A. Smalyuk
C. Sorce
J.M. Soures
R.P.J. Town
B. Yaakobi
J.A. Frenje
C.K. Li
R.D. Petrasso
F.H. Seguin
K. Fletcher
S. Padalino
C. Freeman
N. Izumi
R. Lerche
T.W. Phillips
T.C. Sangster
Introduction
20(1)
Diagnostics
20(2)
Laser condition
22(1)
Experimental results
22(2)
Mix measurements
24(1)
Summary
24(3)
Laser-Plasma Interaction Diagnostics for ICF Fusion Research
27(4)
W. Seka
R.S. Craxton
R.L. Keck
J.P. Knauer
D.D. Meyerhofer
S.P. Regan
C. Stoeckl
B. Yaakobi
R.E. Bahr
D. Montgomery
H. Baldis
R. Kirkwood
Introduction
27(1)
Plasma diagnostics and results
28(2)
Conclusion
30(1)
Requirements for Diagnostic in Controlling Advanced Tokamak Modes
31(8)
Y. Kusama
Introduction
31(1)
Role and issues of plasma controls towards advanced TOKAMAK modes
32(1)
Key diagnostics and requirements for control diagnostics
33(1)
Plasma control towards advanced TOKAMAK modes in JT-60U
34(3)
Issues in developing diagnostics and feedback control schemes for controlling advanced TOKAMAK modes
37(1)
Summary
37(2)
Diagnostic Needs for Divertor and Edge Physics
39(8)
A. W. Leonard
Introduction
39(1)
Parallel transport
40(3)
Perpendicular transport
43(1)
2D profiles
44(1)
Special issues
45(1)
Conclusions
46(1)
Iter Magnetics: Key Design Issues
47(4)
G. Vayakis
Introduction
47(1)
Key design issues
47(2)
Outstanding issues
49(2)
Diagnostics for Energetic Charged Particles Related to Fast Ignitor Experiments
51(8)
Y. Kitagawa
K. Mima
K. Tanaka
R. Kodama
Y. Sentoku
T. Yamanaka
Introduction
51(1)
100 TW PWM Laser illumination on imploded CD shell and neutron enhancements
51(2)
Proton rear emission and magnetic field generation from GMII laser illuminated plastic foils
53(4)
Petawatt laser construction
57(1)
Conclusion
58(1)
Alpha-Particle Measurements Needed for Burning Plasma Experiments
59(8)
K.M. Young
Introduction
59(1)
Measurements of confinement and slowing down: effect of plasma heating and profiles
60(2)
Impact on plasma stability: macrostability and collective effects
62(1)
Impact of instabilities on the alpha-particle behaviour: redestribution and loss
63(1)
Measurement for studies of transport of fast ions and α-ash removal
64(1)
Summary and recommendations for measurements for α-physics in a BP device
64(3)
Diagnostics Based on Helium Neutral Beams In Iter
67(4)
M.G. O'Mullane
H. Anderson
Y. Andrew
M. Brix
C. Giroud
A.G. Meigs
M. Proschek
H.P. Summers
K-D. Zastrow
Introduction
67(1)
JET experiments and implications for ITER
67(3)
Conclusions
70(1)
Advanced Concept in Fast Ignition and the Relevant Diagnostics
71(8)
H. Habara
K. Lancaster
C.J. Reason
C. Aldis
B. Lester
T. Craig Sangster
P.A. Norreys
Introduction
71(1)
Novel geometry of fast ignition scheme
72(3)
Neutron spectroscopy in ultra-intense laser-matter interactions
75(4)
Recent Experience and Future Plans for Jet Diagnostics
79(8)
J. Sanchez
Introduction
79(1)
Operation of JET diagnostics during 2000-01
79(2)
The JET EP project
81(6)
Strategy of the Tore Supra Diagnostic Set for Steady-State High Power Operation
87(4)
C. Laviron
Introduction
87(1)
Constraints
88(1)
Tore Supra diagnostics
88(2)
Conclusion
90(1)
NEUTRON AND PARTICLE DIAGNOSTICS
Imaging of Plasmas Using Proton Beams Generated by Ultra-Intense Laser Pulses
91(8)
M. Borghesi
D.H. Campbell
R.J. Clarke
M. Galimberti
L.A. Gizzi
M. Haines
A.J. MacKinnon
A. Schiavi
O. Willi
Introduction
91(1)
Experimental set-up and diagnostic arrangement
92(2)
Imaging of thin charged objects
94(1)
Imaging of laser-produced plasmas
95(1)
Imaging of ultra-intense interactions
96(2)
Conclusion
98(1)
Nuclear Diagnostics of ICF
99(8)
N. Izumi
R.A. Lerche
M.J. Moran
T.W. Phillips
T.C. Sangster
G.J. Schmid
M.A. Stoyer
L. Disdier
J.L. Bourgade
A. Rouyer
R.K. Fisher
R.R. Berggren
S.E. Caldwell
J.R. Faulkner
J.M. Mack
J.A. Oertel
C.S. Young
V. Yu. Glebov
P.A. Jaanimagi
D.D. Meyerhofer
J.M. Soures
C. Stoeckl
J.A. Frenje
C.K. Li
R.D. Petrasso
Introduction
99(1)
Basic nuclear reactions in ICF plasmas
100(2)
Core diagnostics
102(1)
Advanced nuclear diagnostics
103(4)
Neutron Emission Spectroscopy for Magnetic Confinement Experiments
107(10)
J. Kallne
Introduction
107(2)
Fusion neutron spectrometry since the 50's
109(1)
Instruments tested at JET
110(1)
Gross features of the neutron flux spectrum
111(1)
Thermal and driven reaction contributions to PF
111(1)
Analysis of NES data and interpretation
112(1)
Plasma response to PΩ, PRF, and PNB
113(1)
From line integrated data to local information
114(1)
Fuel density measurements
115(1)
Conclusions
115(2)
Projected Neutron Emission Spectroscopy Diagnosis of Jet Deuterium Plasmas
117(4)
G. Gorini
S. Conroy
G. Ericsson
L. Giacomelli
H. Henriksson
A. Hjalmarsson
J. Kallne
M. Tardocchi
Proposed Magnetic Proton Neutron Spectrometer Upgrade (MPRu)
121(4)
G. Ericsson
S. Conroy
G. Gorini
H. Henriksson
A. Hjalmarsson
J. Kallne
M. Tardocchi
The 2.5-MeV Neutron Time of Flight Spectrometer for Optimized Count Rate (TOFOR)
125(4)
A. Hjalmarsson
S. Conroy
G. Ericsson
L. Giacomelli
G. Gorini
H. Henriksson
J. Kallne
M. Tardocchi
Introduction
125(1)
Principle of TOFOR
126(1)
Neutron transport calculations
126(1)
Results and discussion
127(1)
Conclusions
128(1)
Measurement of High Energy Proton Temperature in LHD
129(4)
M. Sasao
A.V. Krasilnikov
M. Isobe
T. Seki
K. Saito
T. Saida
S. Murakami
Introduction
129(1)
Neutral flux and spectrum of high energy atoms
130(1)
Neutral influx calculations
130(2)
Experimental results
132(1)
Escaping Energetic Ion Measurement on Large Scale Magnetic Fusion Devices
133(4)
T. Saida
M. Sasao
M. Isobe
D.S. Darrow
T. Nishitani
A. Ebisawa
Introduction
133(1)
Local measurement of lost ion
133(2)
Spatial distribution measurement of escaping ion
135(1)
Summary
136(1)
Fast Ion Loss Diagnostic for the W7-X Stellarator
137(4)
A. Werner
D.S. Darrow
R. Kuduk
H.J. Hartfuss
A. Weller
Introduction
137(1)
Detector concepts
138(1)
Finding suitable detector positions
139(1)
Probe design
140(1)
Gamma-Rays: Measurements and Analysis at Jet
141(4)
V.G. Kiptily
O.N. Jarvis
L. Bertalot
S.W. Conroy
S. Popovichev
M.J. Mantsinen
Introduction
141(1)
Experiments and results
142(2)
Conclusions
144(1)
Spatial Distribution Measurement of High Energy Particles Using Time-of-Flight Neutral Particle Energy Analyzer in Large Helical Device
145(4)
T. Ozaki
P. Goncharov
S. Murakami
S. Sudo
M. Shoji
M. Emoto
H. Funaba
M. Goto
K. Ida
K. Ikeda
O. Kanko
K. Kawahata
T. Kobuchi
S. Kubo
R. Kumazawa
S. Morita
O. Motojima
S. Muto
T. Mutoh
Y. Nagayama
Y. Nakamura
H. Nakanishi
K. Narihara
N. Noda
S. Ohdachi
N. Ohyabu
Y. Oka
M. Osakabe
B. Peterson
K. Saito
S. Sakakibara
M. Sasao
K. Sato
T. Seki
T. Shimozuma
Y. Takeiri
K. Tanaka
H. Torii
K. Tsumori
T. Watanabe
T. Watari
V. Zanza
G. Bracco
A. Sibio
B. Tilia
Introduction
145(1)
The neutral particle measurement system
146(1)
Results in NBI long discharge
146(1)
Results in ICH plasma
147(1)
Results in ICH long discharge
148(1)
Conclusion
148(1)
A New Diagnostic to Achieve Neutron Spectroscopy in a High Gamma Background in ICF Experiments
149(4)
M. Houry
L. Disdier
A. Fedotoff
Introduction
149(1)
Secondary and tertiary neutron spectroscopy as a measure of < ρR >FUEL
149(1)
Gamma background induced by neutrons
150(1)
Experimental set-up: the DEMIN spectrometer
151(1)
Conclusion
152(1)
Natural Diamond Detector Based Spectrometers for Magnetic and Inertial Confinement Fusion
153(4)
A.V. Krasilnikov
A.G. Alekseyev
V.N. Amosov
Y.A. Kaschuck
I.N. Rastyagaev
NDD based DT neutron spectrometry and flux monitor system for ITER-FEAT
153(2)
Perspectives on the NDD based charge exchange atom spectrometers for fast confined ion studies in ITER-FEAT
155(1)
Possibilities of the NDD application in ICF experiments
155(2)
Laser Fusion Fuel Ion Temperature Diagnostics
157(4)
J. Chen
Z. Zheng
H. Peng
B. Zhang
Y. Ding
C. Tang
Introduction
157(1)
Experimental conditions
158(1)
Experimental results
158(3)
OPTICAL AND X-RAY DIAGNOSTICS
X-Ray Imaging System with Continuous Time Resolution
161(8)
Y. Aglitskiy
M. Karasik
V. Serlin
S. Obenschain
C. Pawley
Introduction
161(2)
Characteristics of the experiment set-up
163(2)
Experimental results
165(2)
Conclusions
167(2)
Rayleigh Taylor and Laser Imprinting Diagnostics
169(8)
H. Azechi
M. Nakai
K. Shijemori
N. Izumi
H. Shiraga
M. Nishikino
T. Sakaiya
S. Fujioka
Y. Tamari
N. Miyanaga
H. Nishimura
Introduction
169(1)
Moire interferometry of short wavelength Rayleigh-Taylor instability
170(3)
Penumbral imaging for density measurement
173(1)
Fresnel phase zone plate for density measurement
174(1)
Conclusion
175(2)
Plasma Diagnostics in Interaction of Powerful Laser Pulses with Inhomogeneous Low Density Media
177(4)
A.E. Bugrov
I.N. Burdonskiy
V.V. Gavrilov
A.Yu. Goltsov
I.K. Fasahkov
V.N. Kondrashov
S.N. Koptyaev
N.G. Kovalskiy
M.I. Pergament
V.M. Petryakov
G.M. Yankovskiy
E.V. Zhuzhukalo
Introduction
177(1)
Experimental conditions
177(1)
Experimental results and discussion
178(2)
Conclusion
180(1)
Laser and X-Ray Irradiation Diagnostics that have Paved the Path to Significantly Improved ICF Target Performance
181(8)
R.L. Keck
W.R. Donaldson
V.Yu. Glebov
P.A. Jaanimagi
F.J. Marshall
P.W. McKenty
D.D. Meyerhofer
S.P. Regan
W. Seka
C. Stoeckl
R. Boni
Introduction
181(1)
Irradiation-uniformity requirements
181(1)
Calorimeters
182(1)
Harmonic energy diagnostic
182(1)
Transport
183(1)
P510 Streak cameras
184(1)
Prepulse monitors
185(1)
UVETP measurement
186(1)
X-Ray pinhole charge-injection-device imager
186(1)
Results
187(1)
Conclusion
188(1)
Absorption and Fluorescence Spectroscopy as a Diagnostic of Laser Driven Experiments
189(8)
D.J. Hoarty
C.C. Smith
O. Willi
G. Magelssen
R. Chrien
S. Caldwell
M. Wood
R. Watt
Introduction
189(1)
Experiments diagnosed by point projection absorption spectroscopy
190(2)
Modelling of the absorption data
192(1)
Experiments diagnosed by fluorescence spectroscopy
193(1)
Modelling of the fluorescence spectra
194(2)
Summary/Conclusion
196(1)
Measurements of the Poloidal Magnetic and Radical, Electric Field Profiles in Asdex Upgrade and Jet
197(8)
J. Hobirk
N.C. Hawkes
P.J. McCarthy
D. Merkl
R.C. Wolf
Introduction
197(1)
Principle of the measurement
198(1)
Diagnostic set-up
198(1)
Experimental results
199(2)
Influence of another beam source on measurement
201(1)
First results of radial electric field measurements
202(1)
Summary
203(2)
Recent Progress in Beam Emission and CX Spectroscopy
205(4)
M.G. von Hellermann
R. Jaspers
H.P. Summers
K-D. Zastrow
Introduction
205(1)
Combination of CXRS and BES
206(1)
Hybrid effective emission rates for low-Z CX spectra
206(1)
Cross-section effects in the presence of n = 2 populations
207(1)
Energy scans at TEXTOR-94
207(1)
Future work and applications
208(1)
Line Ratio Method for Poloidal Magnetic Field Measurement Using Li-Multiplet (2 2S - 2 2P) Emission
209(4)
A. Korotkov
K. McCormick
P. Morgan
J. Schweinzer
J. Vince
Introduction
209(1)
Principle of the measurement
210(1)
Preliminary experiments on JET
211(1)
Conclusions
212(1)
X-Ray Emission from Laser Irradiated Clusters
213(4)
T. Desai
Determination of the Electron Density and Ion Composition Histories in a Nonequlibrium Plasma Using Self-Consistent Collisional-Radiative Calculations
217(4)
V. Bernshtam
L. Gregorian
Y. Maron
Use of 1D Dα Camera to Measure Edge Neutral and Electron Density Evolutions
221(4)
M.R. Tournianski
P.G. Carolan
G.F. Counsell
M.G. O'Mullane
Introduction
221(1)
Instrumentation
221(1)
Method and experimental results
222(2)
Discussion
224(1)
X-Ray Field Asymmetry Effect on the Time of Neutron Generation in Experiments with Indirect Drive Targets
225(4)
S.A. Bel'kov
A.V. Bessarab
G.G. Kochemasov
S.P. Martynenko
Introduction
225(1)
The results of measurements of time moment of neutron yield
225(4)
X-Ray Multi Camera Tomography System of Wendelstein 7-X
229(4)
S. Klose
A. Weller
P. Schotz
A. Werner
H. Greve
Introduction
229(1)
Physical background of the x-ray emission
229(1)
Geometrical layout of XMCTS
229(2)
Camera design
231(1)
Vessel integration
232(1)
The Atomic K- and L-Shell Ionization Cross-Sections by Electron Impact
233(4)
C. Tang
Z. Luo
Z. An
F. He
X. Peng
X. Long
Introduction
233(1)
Experiment
234(1)
Results
234(3)
Innovative Neutral Beam Based Diagnostics on the MST Reversed-Field Pinch
237(4)
D.J. Den Hartog
D. Craig
G. Fiksel
J.C. Reardon
V.I. Davydenko
A.A. Ivanov
Introduction and summary
237(1)
Charge-exchange recombination spectroscopy
238(1)
Motional Stark effect
238(1)
Rutherford scattering
239(2)
A Vacuum X-Ray Crystal Spectrometer for the Hanbit Magnetic Mirror Device
241(4)
S.G. Lee
J.G. Bak
M. Bitter
Introduction
241(1)
Hanbit x-ray crystal spectrometer
242(1)
Calibration measurements
242(2)
Conclusions
244(1)
X-Ray Spectroscopy and Calibrations in the 50 eV to 60 keV Range
245(4)
J. Seely
U. Feldman
J. Weaver
L. Hudson
Introduction
245(1)
Hard x-ray spectrometers (HXS) for LLE
245(2)
High energy electronic x-ray spectrometer (HENEX) for NIF
247(1)
Soft x-ray power diagnostic (SXPD)
248(1)
Integrated Spectroscopic Edge Diagnostics on Compass-D
249(4)
N.J. Conway
P.G. Carolan
A.R. Field
H. Meyer
M.J. Walsh
Introduction
249(1)
Diagnostic description
249(1)
Analysis description
250(1)
Physics studies
251(1)
Conclusions and future work
252(1)
Conceptual Design of the CXRS System for Iter-Feat
253(4)
S. Tugarinov
M. von Hellermann
I. Beigmann
V. Dokouka
R. Khayrutdinov
A. Krasilnikov
A. Malaquias
I. Tolstikhina
L. Vainshtein
Introduction
253(1)
Emission modelling and beam attenuation
254(2)
Results and conclusions
256(1)
X-Ray Backlighting of Current - Driven Multi Wire Array on Angara-5-1 Facility
257(4)
V.V. Alexandrov
E.V. Grabovsky
K.N. Mitrofanov
G.M. Oleinik
I.Ju. Porofeev
V.P. Smirnov
G.S. Volkov
Introduction
257(1)
Experimental arrangement
257(2)
Experimental results
259(1)
Conclusion
260(1)
Preliminary Results of Charge Exchange q Measurements in T-10 Tokamak
261(4)
A.A. Medvedev
V.S. Strelkov
Introduction
261(1)
Physical basis of the technique
261(1)
Results of preliminary experiments on T-10
262(2)
Apparatus for multi-chord q measurements in T-10
264(1)
Conclusion
264(1)
Thermal Soft X-Rays Interaction with Foam Layered Gold Targets
265(4)
D. Batani
T. Desai
Th. Lower
T.A. Hall
W. Nazarov
M. Koenig
A. Benuzzi-Mounaix
High Spectral Resolution X-Ray Imaging Crystal Spectrometer for Tokamaks and Stellarators
269(8)
G. Bertschinger
M. Bitter
D. Rusbuldt
Introduction
269(1)
Requirements for high resolution x-ray spectroscopy
269(1)
Bragg reflection on spherically bent crystals
270(3)
Layout of an imaging spectrometer for TEXTOR and W7-X
273(3)
Conclusions
276(1)
RADIATION EFFECTS AND OTHER EMERGING PROBLEMS
Tritium Issues In Next-Step Devices
277(8)
C.H. Skinner
G. Federici
Introduction
277(1)
Tritium experience in contemporary TOKAMAKs
278(1)
Tritium in ITER and FIRE
279(2)
Tritium in IFE designs
281(1)
Diagnostic needs for MFE Next-Step devices
281(1)
Tritium removal by scanning laser
282(3)
Diagnostic First Mirrors for Burning Plasma Experiments
285(10)
V.S. Voitsenya
A.F. Bardamid
A.I. Belyaeva
V.N. Bondarenko
A.E. Costley
A.A. Galuza
A.V. Gorshkov
N. Kishimoto
V.G. Konovalov
D.V. Orlinskij
A.V. Rogov
I.V. Ryzhkov
A.H. Shapoval
S.I. Solodovchenko
A.F. Shtan
K.Yu. Vukolov
S.N. Zvonkov
Introduction
285(1)
Characterization of FMS
286(1)
Experimental
286(1)
Experimental results of sputtering tests
287(2)
Contamination of the mirror surface
289(2)
The prospect of Be as the FM material
291(1)
Mirrors in divertor
291(1)
Discussion
292(1)
Conclusions
293(2)
Radiation Hardness Test of Mica Bolometers or ITER in JMTR
295(4)
R. Reichle
T. Nishitani
E.R. Hodgson
L.C. Ingesson
E. Ishitsuka
S. Kasai
K.F. Mast
T. Shikama
J.C. Vallet
S. Yamamoto
Introduction
295(1)
Experimental set-up
295(1)
Experimental results
296(1)
Discussion
297(1)
Conclusions
298(1)
Experimental Study of First Mirror Degradation Under Influence of ITER Relevant Conditions
299(4)
K. Vukolov
A. Bardamid
A. Gorshkov
V. Konovalov
A. Rogov
V. Sannikov
S. Solodovchenko
V. Voitsenya
S. Zvonkov
Introduction
299(1)
CXA sputtering
299(1)
Contamination of mirror surface and laser cleaning
300(2)
Laser damage
302(1)
Conclusion
302(1)
INTERFEROMETRY, POLARIMETRY, THOMSON SCATTERING
Thomson Scattering in Inertial Confinement Fusion Research
303(8)
S.H. Glenzer
Introduction
303(1)
Experimental set-up
304(1)
Results and discussion
305(3)
Conclusion
308(3)
Fast Ion Dynamics Measured by Collective Thomson Scattering
311(8)
H. Bindslev
L. Porte
J.A. Hoekzema
P. Voskov
D. Van Eester
Fast ions in fusion plasmas
311(1)
Collective Thomson scattering
311(2)
The TEXTOR CTS
313(6)
Utilization of Li-Beam Polarimetry for Edge Current Determination on DIII-D
319(4)
D.M. Thomas
D.K. Finkenthal
T.N. Carlstrom
D.H. Kellman
G. Brewis
T.H. Osborne
J.I. Robinson
A.S. Bozek
K.H. Burrell
M.A. Makowski
S.G.E. Pronko
S. Delaware
Introduction
319(1)
Neural lithium beam and polarization optics
320(1)
Detection and polarization analysis
321(1)
Initial results
321(1)
Summary and future work
321(2)
Robust Line Density Measurements at W7-as Using a Cotton Mouton Polarimeter
323(4)
T. Bindemann
Ch. Fuchs
H.J. Hartfuβ
M. Hirsch
Introduction
323(1)
Mathematical treatment of polarization changes
323(1)
Ellipticity modulation
324(1)
Experimental set-up
325(1)
Recent experimental results
325(2)
Determination of the Electron Density and Mean Energy for Anisotropic Velocity Distributions by Thomson Scattering
327(4)
B. Kurzan
H. Murmann
D. Bolshukhin
M. Jakobi
Introduction
327(1)
Diagnostics
327(1)
Experimental results
328(1)
Reconstructed velocity distribution function
329(1)
Conclusion
330(1)
High Resolution Thomson Scattering on Jet -- An Assessment of the Feasibility
331(4)
C. Gowers
C.J. Barth
R. Behn
M. Beurskens
B. Kurzan
P. Nielsen
R. Pasqualotto
M. Peres Alonso
F. Orsitto
J. Sanchez
M. Walsh
D. Wilson
Introduction
331(2)
Stray laser light
333(1)
Plasma light background
333(1)
Collection window
334(1)
Conclusion
334(1)
High Resolution Thomson Scattering for Jet
335(4)
R. Pasqualotto
P. Nielsen
Introduction
335(1)
Layout
335(2)
Spectrometers
337(1)
Acquisition system
337(1)
Lasers
337(1)
Performance simulation
338(1)
OTHER DIAGNOSTIC SYSTEMS
Recent Progress in Microwave Imaging Diagnostics
339(8)
N.C. Luhmann
C.C. Chang
B.H. Deng
G.W. Domier
C. Liang
X.P. Liang
H.J. Lu
J. Wang
Z.G. Xia
E. Mazzucato
T. Munsat
H. Park
A.J.H. Donne
M.J. van de Pol
A. Mase
K. Kawahata
Y. Nagayama
K. Mizuno
H. Matsuura
A. Miura
Introduction
339(1)
Electron cyclotron emission imaging (ECEI)
340(2)
Microwave imaging reflectometry (MIR)
342(1)
Simultaneous ECEI-MIR
343(1)
Imaging technology developments
344(3)
Electron Bernstein Emission Diagnostic of Electron Temperature Profiles at W7-as Stellarator
347(8)
F. Volpe
H.P. Laqua
Introduction
347(1)
Ray tracing code and antenna optimization
348(1)
Experimental set-up
349(1)
Profiles
350(1)
Heat waves
351(1)
Fast measurements
352(1)
Conclusions
353(2)
Target Diagnostic System for Sandia National Laboratories' Z Facility
355(8)
R.J. Leeper
J.R. Asay
J.E. Bailey
G.R. Bennett
A.L. Carlson
G.A. Chandler
G.W. Cooper
M. Cuneo
C. Deeney
G. Dunham
D.L. Fehl
D. Hanson
C.A. Hall
M.J. Hurst
D. Jobe
M. Knudson
P. Lake
S.E. Lazier
J.S. McGurn
R.C. Mock
T. Moore
T.J. Nash
D. Nielsen
R.E. Olson
J. Porter
J. Pyle
G.A. Rochau
L.E. Ruggles
C.L. Ruiz
T.W.L. Sanford
J.F. Seamen
J.J. Seamen
W.W. Simpson
R. Smelser
R.B. Spielman
W.A. Stygar
J.A. Torres
D.F. Wenger
Introduction
355(2)
X-ray power and fluence diagnostics
357(1)
X-ray imaging diagnostics
358(2)
Spectroscopy diagnostics
360(1)
Shock physics diagnostic techniques
360(1)
Neutron diagnostics
361(1)
Summary and conclusions
362(1)
Diagnostics for Helical Systems
363(8)
S. Sudo
H.J. Hartfuss
T. Mizuuchi
T. Ozaki
Y. Nagayama
T. Akiyama
A. Fujisawa
Y. Hamada
K. Ida
T. Ido
H. Iguchi
S. Kado
K. Kawahata
K. Kondo
K. Narihara
A. Nishizawa
H. Okada
B.J. Peterson
F. Sano
M. Sasao
K. Sato
M. Shoji
K. Tanaka
S. Tsuji-Iio
K. Watanabe
A. Weller
I. Yamada
Introduction
363(1)
Measurement of magnetic flux surfaces
364(1)
Diagnostics for secondary currents
365(1)
Profile measurement
365(2)
Diagnostics for electric field
367(1)
Diagnostics under high density operation
368(1)
Diagnostics under long pulse operation
368(1)
Summary
369(2)
Diagnostic System for the W7-X Stellarator
371(4)
H.J. Hartfuss
Introduction
371(1)
Fluctuations
371(1)
Plasma edge
372(1)
Microwaves
372(1)
Spectroscopy
372(1)
Thomson scattering
373(1)
Soft x-ray and electromagnetic diagnostics
373(1)
Heavy ion beam probe and fast particle detectors
374(1)
Neutron diagnostics
374(1)
Diagnosis of St Plasmas in NSTX: Challenges and Opportunities
375(4)
D. Johnson
P. Efthimion
J. Foley
B. Jones
E. Mazzucato
H. Park
G. Taylor
F. Levinton
N. Luhmann
Introduction
375(1)
Present diagnostics
376(1)
Electron Bernstein wave radiometry
376(1)
Motional Stark effect measurement of q(R) and Er
377(1)
Microwave scattering studies of high-k turbulence
378(1)
Diagnostic Developments for Mast Spherical Tokamak
379(4)
A. W. Morris
Introduction
379(1)
Core and profile measurements
379(1)
Plasma density and pellet measurements
380(1)
Plasma boundary and halo diagnostics
381(1)
Fast particle and current profile measurements
381(1)
Summary
381(2)
Advances in Thermal Imaging
383(8)
R. Reichle
Introduction
383(1)
Physical and technical background
383(2)
Imaging endoscopes
385(2)
Fibre periscopes
387(2)
Data acquisition
389(1)
Discussion, conclusions, outlook
389(2)
Fast Measurements of Limiter Surface Temperature and Heat Flux Variations on the T-11M Tokamak by IR Radiometer
391(4)
V.B. Lazarev
A.G. Alekseyev
A.M. Belov
S.V. Mirnov
Introduction
391(1)
Surface temperature measurement by IR irradiation
391(1)
Absolute calibration of IR radiometer
392(1)
Heat power variations on the limiter
392(2)
Conclusions
394(1)
Periscope Systems for Infrared Imaging on Korea Superconducting Tokamak Advanced Research (KSTAR)
395(4)
S.J. Yoo
M. Kwon
Introduction
395(1)
Periscope design
395(3)
Conclusion
398(1)
Diagnostics for the Kstar: Korea Super-Conducting Tokamak Advanced Research
399(4)
M. Kwon
J.G. Bak
S.H. Jeong
Y.S. Jung
B.C. Kim
H.G. Lee
S.G. Lee
H.K. Na
H.L. Yang
S.J. Yoo
Introduction
399(1)
Technical challenges
400(1)
Status of the KSTAR diagnostics systems
401(2)
Helium Partial Measurements Using a Penning Gauge: A New Approach
403(4)
P.D. Morgan
Introduction
403(1)
Standard method
403(2)
New method
405(1)
Results
405(1)
Conclusions
406(1)
Interior Magnetic Field Fluctuation and Profile Measurements on MST
407(4)
D.L. Brower
W.X. Ding
S.D. Terry
Introduction
407(1)
Polarimetry-interferometry system
408(1)
Conclusion
409(2)
Vacuum Diode High Voltage Measurement by Means of Photonuclear Reactions
411(4)
S. Dan'ko
G. Dolgachev
Yu. Kalinin
D. Maslennikov
Introduction
411(1)
POS Voltage measurements using photonuclear reactions
412(2)
Conclusions
414(1)
Inductive Voltage Probe in Liner Implosion Experiments on Installation Angara-5-1
415(4)
V.V. Alexandrov
E.V. Grabovsky
G.M. Oleinik
Introduction
415(1)
Inductive voltage probe design
415(1)
Experimental results
416(1)
Conclusion
417(2)
Magnetic Field Measurements Inside and Outside of Imploding Arrays on Angara-5-1
419(4)
I. Frolov
E. Grabovsky
K. Mitrofanov
G. Oleinik
V. Smirnov
G. Zukakischvili
Introduction
419(1)
Arrangement of experiment and probes constructions
419(3)
Experimental results
422(1)
Conclusion
422(1)
Measurements of Neutral Density in the Alcator C-Mod Tokamak
423(4)
R.L. Boivin
J.W. Hughes
B. LaBombard
D. Mossessian
J.L. Terry
Introduction
423(11)
Experimental set-up
434
Experimental results
425(2)
Index 427

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