Polymer Science, Nanomaterials and Beyond
Explore the intersections of polymer science and nanotechnology for sustainable solutions to global challenges. This guide covers biodegradable polymers, advanced energy storage, and machine learning in materials research, with applications in biomedicine and renewable energy.
This book delves into optimizing natural fibre composites as sustainable alternatives to synthetics. It focuses on strengthening the bond between fibres and polymers through surface modification, enhancing structural strength and efficiency for various industrial needs.
Thin PDLC films are a cutting-edge smart glass technology offering dynamic control over privacy. With an electric current, these versatile films switch instantly from clear to frosted, providing an energy-efficient solution to reduce glare without traditional blinds or curtains.
These essays reflect the recent advances in preparation, properties and applications of polyanilines and functionalised polyanilines. They provide a unique opportunity for readers to explore new and exciting research on these topics.
Predict the effects of external fields on the structure and solubility of polymer systems. This book’s methods connect phase diagram shifts with macromolecule size changes, helping you build phase diagrams for use in polymer processing.
The interaction of anion exchangers with metal cations is often an unpredictable, destructive process. This book shows how to control it, forming ultra-fine particles in the polymer phase. These new composites act as selective sorbents and catalysts for purifying water and air.
Technical Chemistry
Discover new results in organic chemistry, materials science, and nanotech. A vital guide for developers balancing product innovation with economic, safety, and environmental demands.