Ultrasonic Studies in Electrolytic Mixtures-Complex Ion Formation

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概要

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• Ultrasonic velocity and adiabatic compressibility have been studied as a function of composition for the systems: NaNO_3-Sr(NO_3)_2-H_2O; KNO_3Sr(NO_3)_2-H_2O, KCl-NaCl-H_2O; Pb(NO_3)_2-Sr(NO_3)_2-H_2O; KNO_3-Pb(NO_3)_2-H_2O,NaNO_3-Pb(NO_3)_2-H_2O; CdCl_2-KCl-H_2O; ZnCl_2-KCl-H_2O; CdBr_2-KBr-'H_2O; ZnBr_2-KBr-H_2O; CdI_2-KI-H_2O; ZnI2-KI-H_2O; CdCl_2-ZnCl_2-H_2O and CdBr_2-ZnBr_2-H_2O. The first six systems containing simple electrolytes like NaCl, KCl and NaNO_3 showed ideal behaviour i.e. linear variation of the compressibility and velocity. Solutions of cadmium halides and zinc halides in aqueous solutions of potassium halides are characterised by positive excess compressibility at a mole fraction of 0.666 of the potassium halide.

• 社団法人日本物理学会の論文
• 1962-06-05

著者

• Subrahmanyam S.

  Physics Department S. V. University

• Reddy P.jayarama

  Physics Department S.v. University

• Satyavati T

  Physics Department, S.V. University

• Satyavati T

  Physics Department S.v. University

• Satyavati T.

  Physics Department, S.V. University

関連論文

• Molar Sound Velocity in Inorganic Melts and Solutions
• Ultrasonic Studies in Electrolytic Mixtures-Complex Ion Formation

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