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Noncontact Thermometry Via Laser Pumped, Thermographic Phosphors: Characterization of Systematic Errors and Industrial Applications

机译:通过激光泵浦,热成像荧光粉的非接触式测温:系统误差和工业应用的表征

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There are a growing number of industrial measurement situations that call for a high precision, noncontact method of thermometry. Our collaboration has been successful in developing one such method based on the laser-induced fluorescence of rare-earth-doped ceramic phosphors such as Y sub 2 O sub 3 :Eu. In this paper, we summarize the results of characterization studies aimed at identifying the sources of systematic error in a laboratory-grade version of the method. We then go on to present data from measurements made in the afterburner plume of a jet turbine and inside an operating permanent magnet motor. 12 refs., 6 figs. (ERA citation 13:019081)

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