Pickering Emulsion: Stabilizing Interfaces for Advanced Colloidal Applications
About this ebook
Chapters Brief Overview:
1: Pickering emulsion – Introduces Pickering emulsions, highlighting their role in stabilizing biphasic systems.
2: Emulsion stabilization using polyelectrolytes – Explores polyelectrolytebased stabilization techniques.
3: Miniemulsion – Examines miniemulsions and their impact on controlled particle synthesis.
4: Ultrahydrophobicity – Discusses surface interactions influencing emulsion behavior and repellency.
5: Coffee ring effect – Analyzes how particle deposition patterns affect emulsion stability and applications.
6: Macroemulsion – Defines macroemulsions and their role in largescale formulation processes.
7: Emmie LucassenReynders – Highlights contributions to emulsion science and interfacial rheology.
8: Colloid – Explores colloidal stability and its significance in Pickering emulsions.
9: Janus particles – Investigates Janus particles as advanced stabilizers in emulsion systems.
10: Emulsion – Provides a foundational understanding of emulsion types and their stability.
11: Ouzo effect – Explores spontaneous emulsification and its implications in formulation science.
12: Hydrophobe – Discusses hydrophobic interactions and their influence on emulsion stability.
13: Waterinwater emulsion – Examines unique phase separation in aqueous emulsions.
14: Microemulsion – Analyzes thermodynamically stable microemulsions and their applications.
15: Liquid marbles – Explores nonwetting droplets and their potential in controlled delivery systems.
16: Flocculation – Investigates aggregation phenomena and their impact on emulsion longevity.
17: Nanoparticles for drug delivery to the brain – Examines targeted delivery using nanoemulsions.
18: Emulsion polymerization – Details polymerization processes within emulsified systems.
19: Surfactants in paint – Explores emulsionbased surfactants enhancing paint formulations.
20: Nanocellulose – Highlights nanocellulose as a biobased stabilizer for emulsions.
21: Microencapsulation – Investigates controlled release via microencapsulation techniques.
This book equips readers with practical and theoretical knowledge essential for advancing emulsionbased technologies. Whether you are a researcher, professional, or student, this resource bridges scientific principles with realworld applications, ensuring you stay ahead in the evolving field of nanocapsule science.
