Introduction
Highlighting interdisciplinary approaches to the design and integration of nanomaterials in sustainable technologies, biomedicine, and environmental solutions. This volume continues the in-depth exploration of cutting-edge smart nanomaterials, focusing on emerging technologies, hybrid systems, and advanced functional applications Special attention is given to Explores nano-enabled systems for biomedical, environmental, and energy sectors
Chapters delve into nano-enabled drug delivery systems, nano photocatalysts for environmental purification, bio-inspired synthesis methods, and scalable production strategies. The book offers critical insight into the role of nanotechnology in addressing global challenges and fostering sustainable innovation.
Key Features:
- - Present advanced applications of hybrid and multifunctional nanomaterials
- - Explore nano-enabled systems for biomedical, environmental, and energy sectors
- - Highlight innovative synthesis routes and performance enhancement techniques
- - Discuss scalability, sustainability, and integration into industrial systems
Readership
Researchers, graduate students, material scientists, and professionals working in nanotechnology, materials engineering, and applied sciences.