Techniques
diameter of 50 meters, the detection limits usually are in the
lower parts-per-million (ppm) range. Liquid contaminations
can be identified in low microliter quantities. n
References
Harig, R., Matz, G., Rusch, P., Gerhard, H-H., Gerhard, J-H., Schlabs, V.: Infrared Remote
Sensing of Hazardous Vapours: Surveillance of Public Areas during the FIFA Football World
Cup 2006, Proc. SPIE 6538 (2007).
Harig, R., Rusch, P., Dyer, C., Jones, A., Moseley, R., Truscott, B.: Remote Measurement
of Highly Toxic Vapours by Scanning Imaging Fourier-Transform Spectrometry, SPIE 5995,
599510, (2005).
Harig, R., Grutter, M., Matz, G., Rusch, P., Gerhard, J-H.: Remote Measurement of
Emissions by Scanning Imaging Infrared Spectrometry, CEM2007, 8th International
Conference on Emissions Monitoring, Zürich, 34-39, (2007).
Sabbah, S., Harig, R., Rusch, P., Eichmann, J., Keens, A., Gerhard, J-H.: Remote Sensing
of Gases by Hyperspectral Imaging: System Performance and Measurements, Opt. Eng. 51,
111717 (2012), DOI:10.1117/1.OE.51.11.111717.
Harig, R., Braun, R. Dyer, C., Howle, C., Truscott, B.: Short-range remote detection of liquid
surface contamination by active imaging Fourier transform spectrometry, Opt. Express 16,
5708-5714, (2008).
Braun, R., Eichmann, J., Sabbah, S., Harig, R., Howle, C. R.: Remote Detection of Liquid
Surface Contamination by Imaging Infrared Spectroscopy: Measurements and Modelling,
SPIE 8189, 81890G (2011).
Braun, R., Harig, R.: Identification and Mapping of Spilled Liquids by Passive Hyperspectral
Imaging, SPIE 8546 (2012).
Braun, R., Harig, R.: Stand-Off Identification and Mapping of Liquid Surface Contaminations
by Passive Hyperspectral Imaging, SPIE 871004 (2013).
Electronic Military & Defense Annual Resource, 6th Edition
33
Figure 6: Massive parallelization of the identification routines.
René Braun studied electrical engineering at the Technical
University of Hamburg-Harburg. He started working on remote
sensing systems with Prof. Dr. Roland Harig in 2006 and joined
Bruker Optik GmbH in 2013.