Title :
High-frequency fluid-conductivity measurement in microanalytical systems
Author :
Bo¿¿i¿¿evi¿¿, J. ; Everaerts, F.M. ; Paveli¿¿, P. ; Verhaggen, TH.P.E.M.
Author_Institution :
University of Zagreb, Department for Measurement & Control, Croatia, Yugoslavia
Abstract :
One of the obstacles to the extension of particular micro-analytical methods in chemistry lies in the lack of suitable measurement detectors. To overcome this problem, a new miniature detector for the detection and identification of fluids in a capillary tube is developed, which should improve certain methods of analysis.
Keywords :
chemical analysis; chemical technology; electric sensing devices; electric variables measurement; electrical conductivity measurement; instrumentation; chemical analysis; electric sensing devices; high frequency fluid conductivity measurement; instrumentation; microanalytical systems; miniature sensing electrodes;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:19710470
