Chemical and isotopic determination from complex spectra
Description:
Challenges for proliferation detection include remote, high- sensitivity detection of chemical effluents from suspect facilities and enhanced detection sensitivity for nuclear material. Both the identification of chemical effluents with lidar and enhanced nuclear material detection from radiation sensors involve determining constituents from complex spectra. In this paper, we extend techniques used to analyze time series to the analysis of spectral data. Pattern identification methods are appli…
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Date:
July 1, 1995
Creator:
Zardecki, A. & Strittmatter, R. B.
Item Type:
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Partner:
UNT Libraries Government Documents Department