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Cold plasma in nano-matter synthesisbasic principles and practices : with an introduction to nano thermodynamics /

Record Type:	Electronic resources : Monograph/item
Title/Author:	Cold plasma in nano-matter synthesisby A. Subrahmanyam.
Reminder of title:	basic principles and practices : with an introduction to nano thermodynamics /
Author:	Subrahmanyam, A.
Published:	Cham :Springer Nature Switzerland :2024.
Description:	xix, 372 p. :ill., digital ;24 cm.
Contained By:	Springer Nature eBook
Subject:	Low temperature plasmas.
Online resource:	https://doi.org/10.1007/978-3-031-64041-4
ISBN:	9783031640414$q(electronic bk.)

Cold plasma in nano-matter synthesisbasic principles and practices : with an introduction to nano thermodynamics /
Subrahmanyam, A.

Cold plasma in nano-matter synthesisbasic principles and practices : with an introduction to nano thermodynamics /[electronic resource] :by A. Subrahmanyam. - Cham :Springer Nature Switzerland :2024. - xix, 372 p. :ill., digital ;24 cm.

Introduction to Nano Matter and Cold Plasma -- Plasma Overview and the Basics of Cold Plasma: In Material Synthesis -- Cold Plasma Diagnostics: Basics and Working Principles -- Nano Matter: Synthesis Techniques - An Overview -- Cold Plasma-Assisted Nano-matter Synthesis: Basic Principles and Techniques -- Nucleation, Thermodynamics, and Growth Kinetics of 2D Materials -- Nucleation of Nano-Matter and Nano-thermodynamics -- A Brief History and Chronology of Plasma.

This book describes the basic principles and techniques of cold plasma to synthesize nanomaterials, emphasizing the fundamentals. Nanotechnology has matured enough to make inroads into the industry. "Quantum size effects" is the basis of the exotic properties of nanomaterials. The shapes and the size distribution dictate the properties of the nano-matter. The demands of the synthesis technique are to produce nano-matter with uniform size, repeatable shapes, uniform size distribution, stability of the nanostructures (reaching thermodynamic equilibrium), reproducibility of the particle sizes, and reliability of the process. These demands can be met when the synthesis technique has precise control over the process parameters. Cold plasma techniques possess all the requirements of the needs of nanomaterial synthesis. The cold plasma, an evolving field, has been established to be the most powerful tool not only for micro-electronics (both in the deposition and etching) but in many areas like health care, medicine, agriculture, food processing, etc. The book's primary emphasis is to explain the basic principles and concepts of cold plasma in nanomaterial synthesis. The target audience is undergraduate and graduate students learning nanomaterial synthesis and plasma technology. It is hoped that this book also is a good source of reference for practicing scientists and engineers involved in synthesizing nanomaterials and nanostructures in the industry.

ISBN: 9783031640414$q(electronic bk.)

Standard No.: 10.1007/978-3-031-64041-4doiSubjects--Topical Terms:

201735
Low temperature plasmas.

LC Class. No.: QC718.5.L6 / S83 2024

Dewey Class. No.: 530.442

Cold plasma in nano-matter synthesisbasic principles and practices : with an introduction to nano thermodynamics /
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505 0 $a Introduction to Nano Matter and Cold Plasma -- Plasma Overview and the Basics of Cold Plasma: In Material Synthesis -- Cold Plasma Diagnostics: Basics and Working Principles -- Nano Matter: Synthesis Techniques - An Overview -- Cold Plasma-Assisted Nano-matter Synthesis: Basic Principles and Techniques -- Nucleation, Thermodynamics, and Growth Kinetics of 2D Materials -- Nucleation of Nano-Matter and Nano-thermodynamics -- A Brief History and Chronology of Plasma.
520 $a This book describes the basic principles and techniques of cold plasma to synthesize nanomaterials, emphasizing the fundamentals. Nanotechnology has matured enough to make inroads into the industry. "Quantum size effects" is the basis of the exotic properties of nanomaterials. The shapes and the size distribution dictate the properties of the nano-matter. The demands of the synthesis technique are to produce nano-matter with uniform size, repeatable shapes, uniform size distribution, stability of the nanostructures (reaching thermodynamic equilibrium), reproducibility of the particle sizes, and reliability of the process. These demands can be met when the synthesis technique has precise control over the process parameters. Cold plasma techniques possess all the requirements of the needs of nanomaterial synthesis. The cold plasma, an evolving field, has been established to be the most powerful tool not only for micro-electronics (both in the deposition and etching) but in many areas like health care, medicine, agriculture, food processing, etc. The book's primary emphasis is to explain the basic principles and concepts of cold plasma in nanomaterial synthesis. The target audience is undergraduate and graduate students learning nanomaterial synthesis and plasma technology. It is hoped that this book also is a good source of reference for practicing scientists and engineers involved in synthesizing nanomaterials and nanostructures in the industry.
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