Micellar Features and Various Interactions of Copper Soap Complexes Derived from Edible Mustard Oil in Benzene at 303.15 K
Background: The study of various physical behavior of macromolecules in solution is important in understanding the mechanism of transport process. Therefore, our keen intreset to study of various physical parameters of Cu (II) surfactants in benzene a non –polar solvent.
Objective: The present work deals with the study of density, molar volume, apprent molar volume of copper surfactants derived from mustard oil in a binary system.
Method: Complexes derived from mustard oil with urea / thiourea / 2-amino-6-chloro benzothiazole ligand were synthesized. The synthesized complexes were characterized by elemental analysis, melting points and their IR, NMR and ESR spectral studies.
Results: The results were used to determine the critical micelle concentration (CMC), various interactions and the effect of chain length of the soap molecule in non- aqueous, non- polar solvent. The CMC values are found to decrease with increase in average molecular weight of the soap complexes. The apparent molar volume has been examined in terms of Masson equation.
Conclusion: This study helps in interpretation of solute solvent interactions, structural insight of micelle and colloidal chemical behavior in binary systems. Study of these factors is essential as it indirectly makes them responsible for their immense applicability in wide areas of field.
Objective: The present work deals with the study of density, molar volume, apprent molar volume of copper surfactants derived from mustard oil in a binary system.
Method: Complexes derived from mustard oil with urea / thiourea / 2-amino-6-chloro benzothiazole ligand were synthesized. The synthesized complexes were characterized by elemental analysis, melting points and their IR, NMR and ESR spectral studies.
Results: The results were used to determine the critical micelle concentration (CMC), various interactions and the effect of chain length of the soap molecule in non- aqueous, non- polar solvent. The CMC values are found to decrease with increase in average molecular weight of the soap complexes. The apparent molar volume has been examined in terms of Masson equation.
Conclusion: This study helps in interpretation of solute solvent interactions, structural insight of micelle and colloidal chemical behavior in binary systems. Study of these factors is essential as it indirectly makes them responsible for their immense applicability in wide areas of field.
Keywords: CMC; Cu (II) soap; Masson equation; density; edible mustard oil; soap- solvent interaction
Document Type: Research Article
Publication date: March 1, 2018
- Current Physical Chemistry publishes full-length and short reviews, and topical issues on the important recent developments in physical chemistry and allied disciplines.The scope of the journal covers all areas of physical chemistry, including surface science, colloids and interfaces, thermodynamics, spectroscopy, molecular structure, solid state chemistry, catalysis, kinetics, theoretical chemistry, chemical physics and biophysical chemistry.Current Physical Chemistry is an essential journal for every physical chemist who wishes to be kept informed and up-to-date with the latest and most important developments.
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