Introduction
Frontiers in Nanoengineering and Nanoscience offers a multidisciplinary view of current advances, linking fundamental nanoscale concepts with emerging technologies. It covers the design, synthesis, characterisation, modelling and application of advanced nanomaterials, with special focus on polymeric nanocomposites and 2D materials such as MXenes and transition metal dichalcogenides. Application chapters address nano-biosensors, targeted drug delivery, renewable energy, and water purification and environmental remediation. Combining fundamentals, computational approaches, applications and future directions, it serves as a valuable forward-looking reference for scientific and technological progress across disciplines.
Key Features
- - Covers fabrication, characterisation, and DFT-based computational methods.
- - Explores thermoelectrics, ferrite nanoparticles and polymer composites.
- - Links nanotechnology to healthcare, energy and environment.
- - Discusses sustainability and AI/ML-driven materials design.
Target Readership :
Researchers, postgraduate students, academics and professionals in nanoscience, materials science, physics, chemistry, biotechnology and biomedical engineering; also advanced undergraduates, engineers, healthcare technologists and R&D professionals.