Development of Li beam probing and laser‐induced fluorescence technique for electric field measurement in a plasma
Author:
Publisher
AIP Publishing
Subject
Instrumentation
Link
http://aip.scitation.org/doi/pdf/10.1063/1.1139960
Reference10 articles.
1. Radio-frequency containment (RFC-XX-M)
2. Cascade Fluorescences from Laser-Excited Lithium Atoms Immersed in a Static Electric Field for Plasma Diagnostics
3. Measurement of fluctuating electric fields by means of high-frequency stark effect in a laser excited lithium beam
4. Investigation of the high-frequency Stark effect on lithium atoms by laser-induced fluorescence
5. Measurement of Electron Densities and Temperatures in the Plasma Boundary Combining Neutral Beam Probes and Laser-Induced Fluorescence
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1. Intensity and polarization of laser-induced fluorescence due to forbidden excitation of He atoms immersed in an electric field in plasmas;Physical Review E;2009-02-04
2. Introduction to Plasma Spectroscopy;Springer Series on Atomic, Optical, and Plasma Physics;2009
3. Measurement of Electric Field Distribution along the Plasma Column in Microwave Jet Discharges at Atmospheric Pressure;Plasma and Fusion Research;2009
4. Observation of Stark Spectra of Argon High Rydberg States in Well-Defined Electric Fields by Laser-Induced Fluorescence-Dip Spectroscopy;Japanese Journal of Applied Physics;2002-11-15
5. Low-energetic He-atom beam as a diagnostic probe for electric field measurement in the plasma edges;Journal of Nuclear Materials;1997-02
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