Description
Atmospheric Pressure Plasmas
Processes, Technology and Applications
Author: PARKER Margaret
Language: EnglishSubjects for Atmospheric Pressure Plasmas :
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Publication date: 05-2016
244 p. · Hardback
244 p. · Hardback
Description
/li>Contents
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Plasma is one of the most fundamental states of matter other than solid,
liquid and gaseous. It consists of positive ions, neutral atoms,
electrons, negative ions and neutral or charged molecules can be
identified. Generally, plasma can be classified according to its gas
temperature. Atmospheric-pressure plasma (APP), is actually a partly
ionized gas. Non-equilibrium APP has an ability to produce a mixture of
reactive species including, reactive oxygen species (ROS) and reactive
nitrogen species (RNS), which can act as biologically active agents.
This book discusses the processes, technology and applications of APPs. The first chapter examines the influence of APPs on biomolecules.
This book discusses the processes, technology and applications of APPs. The first chapter examines the influence of APPs on biomolecules.
- Chapter 1- Influence of Atmospheric Pressure Plasma on Biomolecules
- Chapter 2 - Optical Diagnostics of a Gliding Arc Discharge at Atmospheric Pressure
- Chapter 3 - Atmospheric Pressure Plasma Activation of Free-Form Surfaces
- Chapter 4 - The Combination of Plasmachemical Oxidation PCO and Atmospheric Pressure Chemical Vapour Deposition APCVD for Creating Novel Functional Surfaces
- Chapter 5 - Roll-to-Roll Deposition of High Performance Gas Diffusion Barriers on Polymers using a New Atmospheric Pressure Plasma Technology Platform
- Chapter 6 - Recent Trends in Applications of Atmospheric Pressure Microwave Plasmas
- Chapter 7 - Microwave Plasmas Applied for Synthesis of Free-Standing Carbon Nanostructures at Atmospheric Pressure Conditions
- Chapter 8 - Application of Non-Thermal Atmospheric Pressure Plasma in Textiles
- Chapter 9 - Surface Modification of Paper and Paperboards using Atmospheric Pressure Plasmas
- Chapter 2 - Optical Diagnostics of a Gliding Arc Discharge at Atmospheric Pressure
- Chapter 3 - Atmospheric Pressure Plasma Activation of Free-Form Surfaces
- Chapter 4 - The Combination of Plasmachemical Oxidation PCO and Atmospheric Pressure Chemical Vapour Deposition APCVD for Creating Novel Functional Surfaces
- Chapter 5 - Roll-to-Roll Deposition of High Performance Gas Diffusion Barriers on Polymers using a New Atmospheric Pressure Plasma Technology Platform
- Chapter 6 - Recent Trends in Applications of Atmospheric Pressure Microwave Plasmas
- Chapter 7 - Microwave Plasmas Applied for Synthesis of Free-Standing Carbon Nanostructures at Atmospheric Pressure Conditions
- Chapter 8 - Application of Non-Thermal Atmospheric Pressure Plasma in Textiles
- Chapter 9 - Surface Modification of Paper and Paperboards using Atmospheric Pressure Plasmas
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