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|Title:||Temperature measurements in an argon plasma jet.|
|Authors:||Ruddy, M. J.|
|Presented at:||University of Leicester|
|Abstract:||The aim of this study was to establish reliable temperature distributions, within an argon plasma jet in both the cases of an unconstrained jet discharging to the atmosphere and a jet impinging on a cooled metal surface under various input conditions. An optical technique, the Two Line Relative Intensity Method was employed with both Ionic/Atomic and Atomic/Atomic Line Combinations. Results are presented in Chapter 5 and are compared with published data in Chapter 6 and have been published.* Noise measurements have been made and represent an initial investigation into turbulent fluctuations within the jet. A novel technique of collimation and scanning of the plasma get is described in Appendix 3. *"Temperature and Noise Profiles in an Argon Plasma Jet". R.W. Maxwell and M.J. Ruddy, I.E.E. Conference Publication, number 118. 1974.|
|Rights:||Copyright © the author. All rights reserved.|
|Appears in Collections:||Theses, Dept. of Engineering|
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