5 Best Books on Dispersed Systems

“Technology of Dispersed Systems and Materials: Physicochemical Dynamics of Structure Formation and Rheology” Book Review: This book discusses the physical chemistry of structure formation and materials synthesis under dynamic conditions. It starts with basic theory and key concepts underlying dispersed systems and materials. The book explains topics like rheology, vibro-rheology, and superfluidity of structured dispersed systems under physicochemical dynamics. The final section covers technological applications of the methodology and real-life problems of materials science and chemical engineering. The book is aimed at presenting a comprehensive understanding of materials and their formation processes. It uses simple language to help readers understand the concepts.

“Introduction to Polyphasic Dispersed Systems Theory” Book Review: This revised book aims to describe the latest paradigm in system and modeling. Its well-structured chapters offer both theoretical and practical perspectives, including numerous examples and case studies to provide practical knowledge and relatable content for readers. It will be a valuable resource for students and professionals pursuing careers in biotechnology and green chemistry.

“Injectable Dispersed Systems: Formulation, Processing, and Performance” Book Review: This book aims to describe the process of designing and manufacturing dispersed systems. Its chapters provide clear explanations of the basic principles and fundamental concepts of these systems, as well as highlighting their applications in drug delivery, drug targeting, and pharmaceutical engineering. It will be a useful resource for researchers and professionals in industrial sectors.

“Thermal Behavior of Dispersed Systems” Book Review: This updated and revised book features the latest studies and recent developments in the field of heterogeneous colloidal systems. It begins with a detailed description of topics such as reversed micelles, kinetics of microemulsions, behavior of water in microemulsions, surfactant-based microstructures, effect of cooling-heating cycles on emulsions, self-assembling complex liquids, and amphiphiles in aqueous solutions. The book then moves on to discuss solid-liquid interfaces, including calorimetric methods, microcalorimetric control of liquid sorption, formation and transformation of crystalline dispersions, solid-state transitions of surfactant crystals, and thermal behavior of food, all in detail. The book also highlights the limitations of using thermal behavior of dispersed systems, enabling readers to gain a clear understanding of complex systems and real dispersions.

“Structure, Dynamics and Properties of Dispersed Colloidal Systems” Book Review: This book discusses the basic aspects and latest developments in the field of colloidal systems. It is based on papers presented at a meeting of the German Colloid Society held in 1997. The book covers topics like emulsions, microemulsions, foams, macromolecules, and thin films. It also covers techniques used in various aspects of dispersed colloidal systems and their technical applications. The book is written in simple language and is suitable for researchers and professionals in the field. It thoroughly explains colloidal systems in environmental science, suspensions, microcapsules, and interfaces.