Sugar Esters Microemulsions covers recent advances in the formulation, characterization and applications of sugar esters microemulsions. This book comprehensibly covers a decade of experience on using sugar surfactants for various applications. It enables researchers in the field to follow a tested methodology in choosing the best sugar surfactant formulation that fits an application of interest. This book is the ultimate reference for all those in industry or academy working in the field of microemulsions in general and sugar esters in particular.
1. Cover image - p. iv 2. Title page - p. iv 3. Table of Contents - p. iv 4. Copyright - p. iv 5. Chapter 1: Sucrose Laurate Microemulsions - p. iv 6. Chapter 2: Sucrose Myristate Microemulsions - p. 55 7. Chapter 3: Sucrose Oleate Microemulsions - p. 99 8. Chapter 4: Structural Parameters - p. 147 9. Chapter 5: Microstructure - p. 202 10. Chapter 6: Particle Size - p. 269 11. Chapter 7: Volumetric Properties - p. 291 12. Chapter 8: Conductive Flow - p. 334 13. Chapter 9: Drug Solubilization - p. 350 14. Chapter 10: Antimicrobial Activity - p. 390 15. Chapter 11: Sustainable Chemistry - p. 406 16. Chapter 12: Alternative Fuel - p. 422 17. Index - p. 435
Sugar Esters Microemulsions covers recent advances in the formulation, characterization and applications of sugar esters microemulsions. This book comprehensibly covers a decade of experience on using sugar surfactants for various applications. It enables researchers in the field to follow a tested methodology in choosing the best sugar surfactant formulation that fits an application of interest. This book is the ultimate reference for all those in industry or academy working in the field of microemulsions in general and sugar esters in particular.
1. Cover image - p. iv 2. Title page - p. iv 3. Table of Contents - p. iv 4. Copyright - p. iv 5. Chapter 1: Sucrose Laurate Microemulsions - p. iv 6. Chapter 2: Sucrose Myristate Microemulsions - p. 55 7. Chapter 3: Sucrose Oleate Microemulsions - p. 99 8. Chapter 4: Structural Parameters - p. 147 9. Chapter 5: Microstructure - p. 202 10. Chapter 6: Particle Size - p. 269 11. Chapter 7: Volumetric Properties - p. 291 12. Chapter 8: Conductive Flow - p. 334 13. Chapter 9: Drug Solubilization - p. 350 14. Chapter 10: Antimicrobial Activity - p. 390 15. Chapter 11: Sustainable Chemistry - p. 406 16. Chapter 12: Alternative Fuel - p. 422 17. Index - p. 435