Plasma Surface Modification and Plasma Polymerization

Introduction, Plasma, Plasma State - Dissociation Energy - Energy for Ionization: Energy Transfer by Particle Collision, Energy Transfer by Photon Absorption - Cross Section of Collision - Properties of Plasma: Debye Length and Debye Shielding, Electron Temperature and Ion Temperature, Velocity Distribution Function - Plasma Generation - References , Interactions between Plasma and Polymeric Materials, Etching Reactions - Implantation Reactions - Radical Generation - Polymer Deposition - Polymer Deposition and Ablation - References , Plasma Graft Copolymerization, Radicals Created by Plasma - Plasma Graft Polymerization - Plasma Graft Polymerization and Photoinitiated Graft Polymerization - References , Surface Modification by Implantation, History of Implantation Process as Surface Modification - Chemistry of CASING Process - Mechanism of Implantation - Implantation by Remote Plasma - Hydrophilic Surface Modification by Implantation of Oxygen Functionalities - Hydrophilic Surface Modification by Implantation of Chlorine Functionalities - Hydrophobic Surface Modification by Implantation of Fluorine Functionalities - Implantation and Degradation - References , Plasma Polymerization, History of Plasma Polymerization - Plasma Polymerization Mechanism - Operational Parameters of Plasma Polymerization - Chemical Structure of Plasma Polymers - Design for Formation of Functional Plasma Polymers - References , Features and Functionalities of Plasma Polymers, Mechanical Properties of Plasma Polymers - Electrical Properties of Plasma Polymers - Chemical Sensor Devices Composed of Plasma Polymer Films: Humidity Sensor Devices, Sensing Mechanism of Gas Sensor Devices, Gas Sensor Devices Formed from Plasma Polymer Films - Permeation Properties through Plasma Polymer Films: Permeation Process, Membranes for Separation of Oxygen and Nitrogen, Membranes for Permeation of Water Vapor, Membranes for Separation of Ethanol and Water (Pervaporation Membranes)