[Book] How to Use Gelling and Thickening Agents and New Application Examples (No. 2276)
2276 Gelling agent
[Available for trial reading] ~ Batteries, conductive materials, sensors, formulations (DDS), medical materials, cosmetics, food ~
■ Points of this book ● Mechanisms of gelation and evaluation methods for gel properties - Mechanisms of polymer crosslinking and gelation - Measurement and evaluation of dynamic viscoelasticity and swelling properties of gels - Evaluation of network structure and environmental responsiveness - Structural analysis of coexisting gels of polysaccharides and proteins ● How to create gels with strength and stability? - Toughening polymer gels through stretch-induced crystallization - Methods for producing high-strength PVA hydrogels and their applications - High-strength nanochitin composite gels - High-strength biodegradable cellulose nanofiber gels ● Development of gel electrolytes and power-generating gels - Highly stable gel electrolytes using inorganic nanofibers - Prolonging the lifespan of lithium metal anodes - Gel-based electrochemical transistors - Development of power-generating gels ● Development of gels with stimulus responsiveness and new functions - Thermoresponsive, potassium ion, and glucose-responsive gels - Gels for medical adhesives, DDS, and cell culture substrates - Gels as actuators, conductive materials, and sensors - Development of superabsorbent gels and synthesis of spherical absorbent gels - Utilization of gels in protein crystallization
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■ Table of Contents Chapter 1: Mechanisms of Polymer Crosslinking and Gelation Chapter 2: Methods for Evaluating the Physical Properties of Gels Chapter 3: Characteristics and Case Studies of Various Gelling and Thickening Agents Chapter 4: Types, Characteristics, and Usage of Oil Gelling Agents Chapter 5: Types, Characteristics, and Usage of Thickening Gelling Agents Utilizing Biomass Materials Chapter 6: How to Create Gels with Strength and Stability? Chapter 7: Development of Gels for Electronic Materials and Battery Materials Chapter 8: Design and Creation of Gels Used in Formulations and DDS Chapter 9: Application, Design, and Development of Gels as Medical Materials and Cell Scaffold Materials Chapter 10: Design and Creation of Stimuli-Responsive Gels Chapter 11: Development of Actuators, Conductive Materials, and Sensors Utilizing Gels Chapter 12: Application of Gels in Cosmetics and Food and Their Preparation Chapter 13: New Applications of Gels and Case Studies of Gel Utilization in Other Products Chapter 14: Shaping and Molding Techniques for Gels --------------------- ● Publication Date: January 31, 2025 ● Format: A4, 566 pages ● Authors: 87 individuals ● ISBN: 978-4-86798-060-6 ---------------------
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