One-dimensional copper-zinc-aluminum alloy-nanomaterials

Author: Chen Quanshui
Publisher:
Publish Date: 2006-01-01
Features: Based on an analysis of domestic and international research on solid "pseudo-fluidity," this book describes "pseudo-fluidity" as a state similar to a fluid existing on the surface and within solid materials, and elucidates its fundamental properties using various modern experimental techniques. Combining the liquid-like, chaotic motion characteristics, and self-organizing properties of solid "pseudo-fluidity," the book introduces a series of novel one-dimensional Cu-Zn-Al alloy nanostructures, including alloy nanotubes, alloy nanowires, alloy nanorods, and dispersed zero-dimensional alloy nanoparticles, under normal temperature and pressure non-vacuum conditions. Transmission electron microscopy, scanning morphology analysis, selected area diffraction, and energy-dispersive X-ray spectroscopy are employed to systematically study the fabricated nanostructures. Through the introduction of the knowledge in this book, readers will gain a deeper understanding and insight into the synthesis and growth mechanisms of quasi-one-dimensional nanostructured materials, thereby providing a scientific basis for the synthesis, growth control, and mechanism exploration of novel quasi-one-dimensional nanostructured materials. This book closely integrates theory with practice, emphasizing quantitative analysis and research, and possesses strong theoretical depth, scientific rigor, systematicity, and practicality. It is suitable for researchers and university faculty and students in the fields of materials science, chemistry, physics, and related disciplines.