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Browsing this category, you’ll find resources that distinguish nanoscience from general science by emphasizing experimental techniques, characterization methods, and the unique behavior of nanoscale systems.\u003c\/p\u003e","products":[{"product_id":"metallic-nanostructures-9789819811779-new","title":"Metallic Nanostructures","description":"\u003cp\u003eMetallic nanoparticles have a rich historical presence, having been utilized in ancient artifacts long before the advent of modern nanotechnology. Among these artifacts are the legendary Damascus sword, renowned for its strength and sharpness and the vibrant colors of stained-glass windows in medieval churches. It was not until the discovery of the scanning electron microscope that scientists began to understand the extraordinary properties of these ancient marvels. This book delves into the science behind why metallic nanostructures exhibit such exceptional behaviors, including their unique physical properties and the underlying principles that govern them. This book provides an in-depth look at the methods used to fabricate these structures, the techniques for characterizing and modeling them, and the wide range of applications they have in today's technology-driven world. 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All the products from graphene functionalization are defined as functionalized graphene materials, which fall into two categories: functionalized graphene and functionalized graphene composite. Functionalized graphene is the product of modifying graphene by tuning its composition, framework, dimension, and morphology, and functionalized graphene composites are hybrids of graphene (or functionalized graphene) with other materials, including small molecules, polymers, metals, inorganic compounds, and carbon nanotubes (CNTs). Functionalized graphene materials are prepared through two strategies: \"top-down\" and \"bottom-up, \" each of which has its advantages and shortcomings and includes many corresponding preparation methods. The selection of preparation strategies depends on the application requirements, as different applications require different types of graphene. Both strategies are elucidated with detailed examples through an extensive analysis of the literature. 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