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Sensing technologies, development

Since the NeSSI components used in laboratory systems would be available as components of industrial systems, sensing technology developed and tested using these systems could be easily transferred. Adaptations needed to accommodate differences in stream characteristics (flow, pressure, etc.) between laboratory and... [Pg.349]

Technology developments are revolutionizing the spectroscopic capabilities at THz frequencies. While no one teclmique is ideal for all applications, both CW and pulsed spectrometers operating at or near the fiindamental limits imposed by quantum mechanics are now within reach. Compact, all-solid-state implementations will soon allow such spectrometers to move out of the laboratory and into a wealth of field and remote-sensing applications. From the study of the rotational motions of light molecules to the large-amplitude vibrations of... [Pg.1258]

At the same time, many practical issued associated with the use of optical oxygen sensors in food packs still remain. These have to be addressed to adapt the existing sensing materials and prototype systems for real-life applications, achieve the required sensor specifications, operational performance and safety. Considerable technological developments and effort in eliminating current problems and bottlenecks are required, to facilitate widespread use of the oxygen sensors by food and packaging industry. [Pg.503]

Similar technology is also being used in induction hotplates and radiant heating elements and in the silicon nitride hotplates currently under development and which are characterized by an excellent heat transfer between heat source, sensor and saucepan. Gas hotplates could also be provided with the latest in domestic temperature sensing technology by fitting them with electric temperature control circuitry. [Pg.120]

M. Watanabe, M. Koishi and P. W. Roehrenbeck, Development and characteristics of a new picosecond fluorescence lifetime system, in Advances in Fluorescence Sensing Technology (J. R. Lakowicz andR. B. Thompson, eds.), Proc. SPIE, 1885 155-164(1993). [Pg.416]

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See also in sourсe #XX -- [ Pg.177 ]



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