Solubility, Solvent Effect, and Solvation Performance of MBQ-167 in Aqueous Cosolvent Solutions
Copyright policy )Solubility, Solvent Effect, and Solvation Performance of MBQ-167 in Aqueous Cosolvent Solutions
This research reported the equilibrium solubility profile, solvent effect, Hansen solubility parameter, and solvation performance for MBQ-167 dissolved in aqueous mixtures of cosolvents (i.e., etha...
- Tabriz University of Medical Sciences Iran (Islamic Republic of)
- Islamic Azad University Sari Branch Iran (Islamic Republic of)
- Islamic Azad University, UAE Branch United Arab Emirates
- Yangzhou University China (People's Republic of)
- Islamic Azad University of Falavarjan Iran (Islamic Republic of)
aqueous cosolvent solutions, Plant Biology, preferential solvation, >- propanol, hansen solubility parameter, Biochemistry, aqueous mixtures, research reported, quantitative description, middle compositions, ethanol /<, quantitative analysis, p </, modified van ’, relative average errors, e ., 15 – 323, mixture response surface, performed via modeling, >- propanol molecules, jouyban – acree, observed solubility data, indicating preferential solvation, Biotechnology, Chemical Sciences not elsewhere classified, flask technique, composition ranges, polarization effect, Biophysics, obtained solubility data, 167 perhaps performs, equilibrium solubility attainment, acceptable correlation results, 15 k, solubility behavior, investigated via, modified wilson, lewis acid, solvent effect, 660, 167 solubility, equilibrium solubility profile, n </, 541, 15 k ), preferential solvation parameters, solubility data, solubility magnitude, ethanol, solvation performance, elevated temperatures, Neuroscience
aqueous cosolvent solutions, Plant Biology, preferential solvation, >- propanol, hansen solubility parameter, Biochemistry, aqueous mixtures, research reported, quantitative description, middle compositions, ethanol /<, quantitative analysis, p </, modified van ’, relative average errors, e ., 15 – 323, mixture response surface, performed via modeling, >- propanol molecules, jouyban – acree, observed solubility data, indicating preferential solvation, Biotechnology, Chemical Sciences not elsewhere classified, flask technique, composition ranges, polarization effect, Biophysics, obtained solubility data, 167 perhaps performs, equilibrium solubility attainment, acceptable correlation results, 15 k, solubility behavior, investigated via, modified wilson, lewis acid, solvent effect, 660, 167 solubility, equilibrium solubility profile, n </, 541, 15 k ), preferential solvation parameters, solubility data, solubility magnitude, ethanol, solvation performance, elevated temperatures, Neuroscience