Abstract
Volumetric and Viscometric Studies of Copper Surfactant Derived from Karanj (Pongamia pinnata) Oil in Methanol-benzene Mixture at 298.15 K
Highlights
Cu(II) surfactants have found various applications in many industrial uses and play an important role in the colloid chemical phenomena
As apparent molar volume of a solute reflects the cumulative effects of solute-solute and solute-solvent interactions, such data are expected to highlight the role of the cation and anion of a weak electrolyte in influencing its apparent molar volumes at infinite dilution on mixed solvent systems.[7,8]
The present work deals with the study of density, viscosity and other parameters derived from various equations of copper soap synthesised from (Pongamia pinnata) or karanj oil in a ternary system
Summary
Cu(II) surfactants have found various applications in many industrial uses and play an important role in the colloid chemical phenomena. The density parameters are important to understand the colloidal behaviour, critical micelle concentration (CMC) characteristics and nature of the complexes These studies indirectly help in identifying the structural insight, physical and biochemical properties of these class heterocyclic complexes.[10,11,12] The studies will definitely help future researchers to apply these novel binuclear complexes in multiple interlinked fields based on their widest applicability.[13,14] Overall, the present course of study helps us to understand the characteristic nature and application of biological active metal soaps.[15] The study definitely generates a new hope in biological, pharmacological and therapeutic testing.[16] It is anticipated that it will generate a new hope in various industrial and analytical applications.[17] This information is of fundamental importance for understanding solute-solute, solvent-solvent interactions in solutions below and above CMS.[18]
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