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1983•Physics and Chemistry of LiquidsRequires access

Dielectric Relaxation Behaviour of Some Complexed Species—A Modified Equation for Relaxation Times

Mradula Chauhan, Mridula Gupta, J.P. Shukla

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Abstract

Dielectric relaxion behaviour of four rigid substances and their complexes were investigated at microwave frequency of 9.8 GHz and at varying temperatures. A modified equation for calculating apparent relaxation time of complexed species having short range interactions was suggested. The apparent relaxation time values so calculated were compared with the experimentally observed values of the complex systems. A good agreement has been reached for the systems having nearly negligible distribution, exhibiting a Debye type dispersion.

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Dielectric relaxion behaviour of four rigid substances and their complexes were investigated at microwave frequency of 9.8 GHz and at varying temperatures. A modified equation for calculating apparent relaxation time of complexed species having short range interactions was suggested. The apparent relaxation time values so calculated were compared with the experimentally observed values of the complex systems. A good agreement has been reached for the systems having nearly negligible distribution, exhibiting a Debye type dispersion.

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Available abstract

Dielectric relaxion behaviour of four rigid substances and their complexes were investigated at microwave frequency of 9.8 GHz and at varying temperatures. A modified equation for calculating apparent relaxation time of complexed species having short range interactions was suggested. The apparent relaxation time values so calculated were compared with the experimentally observed values of the complex systems. A good agreement has been reached for the systems having nearly negligible distribution, exhibiting a Debye type dispersion.

Key concepts: Chemistry, Relaxation (psychology), Dielectric, Cole–Cole equation, Debye, Dispersion (optics), Range (aeronautics), Thermodynamics

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