13.4 Characterization and Applications of Plasma-Synthesized Nanomaterials
4 min read•july 23, 2024
Plasma-synthesized nanomaterials offer unique properties for various applications. Characterization techniques like microscopy and spectroscopy reveal crucial details about their structure, composition, and surface properties. This information helps assess their suitability for specific uses.
These nanomaterials find applications in electronics, energy, and biomedicine. Their exceptional properties enable advancements in flexible electronics, efficient energy storage, targeted drug delivery, and more. Understanding their characteristics is key to unlocking their full potential in these fields.
Characterization and Analysis of Plasma-Synthesized Nanomaterials
Characterization of plasma-synthesized nanomaterials
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Microscopy techniques provide high-resolution imaging of nanomaterial structure and morphology
reveals surface features, particle size, shape, and distribution (nanowires, nanoparticles)
offers atomic-scale imaging of internal structure, , and defects (lattice fringes, grain boundaries)
Spectroscopy techniques identify chemical composition, bonding, and surface properties
determines elemental composition, often coupled with SEM or TEM (carbon nanotubes, metal oxide nanoparticles)
provides information on chemical structure, bonding, and phase (graphene, diamond)