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Laser-driven techniques for metallic nanoparticle synthesis are advancing rapidly, offering unique capabilities for energy and electronic applications. Unlike conventional chemical routes, ultrafast laser methods exploit transient, non-equilibrium conditions to produce novel nanostructures. This book provides an overview of both theoretical and experimental aspects of laser-based fabrication, including top-down approaches such as laser-induced liquid-state dewetting for mono- and bimetallic nanoparticles.
It also examines emerging multimetallic and high-entropy alloy systems, alongside laser ablation in liquids, a versatile strategy for generating diverse nanoparticle libraries. Detailed discussions of structural, optical, electronic, and catalytic properties highlight their integration into next-generation energy conversion and electronic technologies.
Key Features:
- Discusses laser-based techniques to fabricate metallic nanoparticles
- Includes experimental and theoretical aspects of metallic nanoparticle creation via laser-based methods, their properties and applications
- Covers top-down formation of self-organized mono- and bimetallic nanoparticle formation via laser-induced liquid state dewetting of nanoscale thin films
- Discusses the formation of multimetallic and high-entropy alloy nanoparticles
- Includes various energy and electronic applications
Chapter 1: Introduction
Chapter 2: Pulsed laser-induced nanoparticle formation: self-organization, dewetting and thin films
Chapter 3: Laser-synthesis in liquid
Chapter 4: New progress in laser-based materials synthesis
Chapter 5: Microstructure evolution and characterization: a microscopy study of laser-synthesized nanoparticles
Chapter 6: Nanoparticle properties and applications
Chapter 7: Summary