Spark-excited fluorescence sensor

作者: Chan S. Bak , Hiroshi Kimura , Harold M. Olsen , Tetsuo Hadeishi

DOI:

关键词:

摘要: A spark-excited fluorescence sensor (10) is provided, which enables monitoring of various gas species (14), such as H2, COx, NOx, O2, N2, NHx and hydrocarbons added to a system source fuels and/or additive agents, or discharged from exhaust including pollutants, for more efficient use optimizing performance the system, and, also, reducing pollutants in atmosphere. The invention comprises spark plug (12) excite molecules gaseous species, an optical fiber window (18) bundle (20) collect transmit, respectively, fluorescence, bandpass filters (24) select predetermined wavelengths corresponding gases be detected, detectors (26), signal processor (28). output then used improve overall system.

参考文章(14)
William D. Riley, Robert D. Brown, Metal alloy identifier ,(1984)
Naoki Imamura, Isao Fukui, Junichi Ono, Apparatus for emission spectrochemical analysis ,(1979)
Fritz Bien, Lawrence S. Bernstein, Steven Adler-Golden, Spark discharge trace element detection system ,(1986)
Akio Takami, Toshitaka Matsuura, Teppei Okawa, Mineji Nasu, Keizo Furusaki, Thick-film gas-sensitive element ,(1987)
J. W. Griffin, K. B. Olsen, B. S. Matson, D. A. Nelson, P. A. Eschbach, Fiber optics spectrochemical emission sensors Chemical, Biochemical, and Environmental Applications of Fibers. ,vol. 0990, pp. 55- 69 ,(1988) , 10.1117/12.959974
Rosemarie Reilly, Dennis N. Harvey, Hydrogen concentration detection in weld arc plasma ,(1991)