Principles And Practices of Nanotechnology

About The Book

With new instruments for the molecular treatment of diseases, quick disease detection, improving the capacity of plants to absorb nutrients, etc., nanotechnology has the potential to revolutionise the agricultural and food industries. Solid state physics, chemistry, electrical engineering, chemical engineering, biochemistry and biophysics, and materials science are all combined in nanotechnology. It is a very multidisciplinary field, which means that ideas from numerous traditional disciplines are incorporated into it. The creation and application of materials with specifically tailored properties close to the atomic or molecular scale is known as nanotechnology (NT). NT deals with assembling things one atom at a time and with tiny, visually undetectable structures. It allows for the development of entirely new materials, gadgets, and systems with entirely new capabilities. The NT's promise is enormous. It has effects on practically all categories of industrial procedures and goods. Nanomaterials are incredibly tiny, with at least one dimension being 100 nm or less. Nanoscale materials come in one or more dimensions, such as surface coatings, strands, or fibres, or three dimensions (e.g. particles). They come in spherical, tubular, and irregular shapes, and can be found alone, fused, aggregated, or agglomerated. Typical examples of nanomaterials include fullerenes, quantum dots, dendrimers, and nanotubes. Due of the numerous potential uses in the disciplines of biomedicine, optics, and electronics, there is now a lot of scientific study being done in the area of nanoparticles. As a kind of link between bulk materials and atomic or molecular structures, nanoparticles are of tremendous scientific interest. The physical properties of a bulk material ought to remain constant with size, however at the nanoscale, this is frequently not the case. This book gives the reader an in-depth look at several facets of nanotechnology in order to introduce them to the area.

ISBN 9781778807424
Author Coolin Heve
Publisher OXMAN PRESS
Publication Year 2023
Category Nanotechnolgy
Price $184.00

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Coolin Heve is the head of the department of electronic engineering and professor of control and systems engineering. Prior to that, he worked with 13 industrial partners to establish a five-year research programme on advanced robotics through the government-sponsored National Advanced Robotics Research Centre. Coolin Heve was the industrial consortium's principal board member, its research director, and the chair of its technical committee. He is a participant in the International Conference on Advanced Robotics' permanent international committee. Lence Neymar is a Professor of Control and Robotics. He serves as the Robotics and Automation Society's president. He was the International Foundation for Robotics Research's President. The Japan Robot Association Award for Research and Development went to Lence Neymar. His research interests span all facets of robotics, with a focus on dextronus manipulator design, tactile sensing and feedback with multiple functions, and novel actuator design, with telepresence as the field's principal application. He has written for more than 50 magazines.