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AbstractAbstract
[en] The effective control of pollutants in ambient air requires their fast in situ identification and concentration determination of chemical compounds in the range of micrograms per m3. There are attempts to use conventional analytical techniques as portable GC and GC-MS. These systems are relatively expensive. A new supersensitive ion Mobility Sensor (IMS) was developed and checked by IUT Ltd, which meets the new demands. The use of tritium sources is an advantage in comparison with other IMS being equipped by nickel-63, the application of which is rather critical in respect of the radiation protection. On the other hand an integrated separation column allows to reduce interferences by matrix effects. The technical parameters of the IUT GC- IMS and some of its most important applications are briefly presented
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Hardy, C.J. (ed.); Australian Nuclear Association Inc., Sutherland, NSW (Australia); 332 p; Oct 1997; p. 151-160; 2ICI: Second international conference on isotopes; Sydney, NSW (Australia); 12-16 Oct 1997; 6 refs., 1 tab., 5 figs.
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Miscellaneous
Literature Type
Conference; Numerical Data
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