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Volume : III, Issue : IV, May - 2013 2-PENTANENITRILE - CHLOROBENZENE MOLECULAR INTERACTION STRENGTH AT 450C TEMPERATURE USING TIME DOMAIN TECHNIQUE SHERE ISHWAR GURUNATHRAO Published By : Laxmi Book Publication Abstract : The dielectric spectra of 2-pentanenitrile (PN) and chlorobenzene (CBZ) binary mixtures have
been studied by using the time domain reflectometry (TDR) at 450C temperature. The frequency range
used for the study has been 10 MHz to 20 GHz. The system has been studied for 11 different
concentrations. The dielectric parameters have been obtained by Fourier transform and the least
squares fit method. These parameters are fitted in Kirkwood and Bruggeman model. The Kirkwood
correlation factor (gf) and effective Kirkwood correlation factor (geff) of the mixtures have been
determined by fitting static dielectric constant in the Kirkwood model. Similarly, Bruggeman parameters
are also obtained. In the mixtures the values of geff are less than one and it shows that; the antiparallel
alignment of dipoles. The values of gf are more deviated from one for all concentrations of the system it
indicates stronger interaction between the constituent molecules of the system. The strong interaction
between the constituent molecules in this system confirms by Bruggeman result. Keywords : Article : Cite This Article : SHERE ISHWAR GURUNATHRAO, (2013). 2-PENTANENITRILE - CHLOROBENZENE MOLECULAR INTERACTION STRENGTH AT 450C TEMPERATURE USING TIME DOMAIN TECHNIQUE. Indian Streams Research Journal, Vol. III, Issue. IV, http://oldisrj.lbp.world/UploadedData/2422.pdf References :
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