Determination of Relaxation Time of Polar Molecules Dissolved in Nonpolar Solvents by Radio Frequency Conductivity Measurements

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概要

• 論文の詳細を見る

• Molecular relaxation time in case of Methanol and Ethanol dissolved in benzenehas been obtained by measuring the radio frequency conductivity of the solutionat different concentrations utilizing Murphy and Morgan" equati<cn and alsoat different frequencies of the measuring field utilizing the expression deduced bySen and Ghosh" which assumes 1.he presence of free ions. It is observed that rvalue for both the alcohols obtained from frequency variation methc>d is slightlylower than that obtained by the concentration variation method which suggeststhat actual dielectric loss is less due to finite conductivity of the soltttion due tothe presence of the free ions whose concentration has also been obtained in boththe alcohols.

• 社団法人日本物理学会の論文
• 1980-04-15

著者

• Ghosh A.k.

  Department Of Physics North Bengal University

• Sen S.n.

  Department Of Physics North Bengal University

• Ghosh A.K.

  Department of Physics,North Bengal University

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• Radiofrequency Conductivity and Its Relationship with Viscosity in Case of Polar Dielectrics
• Temporal Variation of Current in Polar Dielectrics
• Breakdown of Radiofrequency Discharge in a Superimposed D.C. Field
• Determination of Relaxation Time of Polar Molecules Dissolved in Nonpolar Solvents by Radio Frequency Conductivity Measurements
• Current Voltage Characteristics of Glow Discharge in Longitudinal Magnetic Field

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