Nanomaterials represent a frontier of scientific exploration and technological
innovation, offering tremendous potential for diverse applications across various fields.
In this chapter, we focus on different types of nanomaterials, including carbon-based,
metal-based, semiconductor, and polymeric nanomaterials, each with unique properties
and functionalities. We also explored various synthesis techniques such as Chemical
Vapor Deposition (CVD), Sol-gel process, and self-assembly techniques, along with
characterization methods like microscopy techniques, spectroscopy techniques, and
thermal analysis. These methods enable precise control and understanding of
nanomaterials' properties at the nanoscale. Moving forward, we discussed properties
and measurements including surface chemistry, structural properties, electrical and
optical properties, mechanical properties, and thermal properties, highlighting the
importance of characterizing nanomaterials for their intended applications. Through
this comprehensive chapter, we aim to provide insights into the exciting field of
nanomaterials, their synthesis, characterization, and potential applications, driving
toward the development of advanced technologies and materials for the future.
Keywords: Characterisation, Carbon, Metal, Nanoscale, Polymeric, Synthesis, Semiconductors.
