atmospheric pressure plasma for surface modification (wolf/atmospheric) || index

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Index Ablation, 45,174-175 Aerospace, 215-216 AFM,89 AFM, dynamic mode, 92-94 AFM, static mode, 91-92 Air purification, 220-221 Anodizing, 170 Antimicrobial effects, 181-194 Arc vapor deposition, 38 Atomic layer depositions, 23 Blow molding, 124-25 Boltzmann equilibrium, 9 Carrier mobility, 29 Characterization, 81 Chemical vapor deposition, 12 Chemical vapor deposition, plasma- enhanced, 25,40-42,71,78 Cleaning, surface, 56-60 Cold plasma, 15 Collisions elastic, 110 inelastic, 110 Contact angle, 103-107 Contact angle hysteresis, 106 Corona discharge, 18-20 negative, 20 positive, 20 Coulomb's law, 4 Crosslinking, 45,46 Desizing, 151,154 Dielectric barrier discharges, 22, 28,48-51, 62, 72-73 Drift velocity, 29 Dyne solutions, 98-102 Element mapping, 86 ESCA, 59 Etching, reactive ion, 63, 66 Etching, surface, 29-31, 60, 63-70 Fourth state of matter, 3-A FTIR, 60 Functionalization surface, 70 Grafting, 75 Grafting, chemical, 132 Hole mobility, 29 Hot dip tinning, 170 Hot tip galvanizing, 170 Ion plating, 38, 39 Ionization, 4 Laplacian curve, 105 Lithium ion battery, 211-215 Maxwell-Boltzmann distribution, 14-15 Maxwellian velocity distribution, 7 Mean free path, 33 243 Atmospheric Pressure Plasma for Surface Modification by Rory A. Wolf Copyright © 2013 Scrivener Publishing LLC

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Index

Ablation, 45,174-175 Aerospace, 215-216 AFM,89 AFM, dynamic mode, 92-94 AFM, static mode, 91-92 Air purification, 220-221 Anodizing, 170 Antimicrobial effects, 181-194 Arc vapor deposition, 38 Atomic layer depositions, 23

Blow molding, 124-25 Boltzmann equilibrium, 9

Carrier mobility, 29 Characterization, 81 Chemical vapor deposition, 12 Chemical vapor deposition, plasma-

enhanced, 25,40-42,71,78 Cleaning, surface, 56-60 Cold plasma, 15 Collisions

elastic, 110 inelastic, 110

Contact angle, 103-107 Contact angle hysteresis, 106 Corona

discharge, 18-20 negative, 20 positive, 20

Coulomb's law, 4 Crosslinking, 45,46

Desizing, 151,154 Dielectric barrier discharges, 22,

28,48-51, 62, 72-73 Drift velocity, 29 Dyne solutions, 98-102

Element mapping, 86 ESCA, 59 Etching, reactive ion, 63, 66 Etching, surface, 29-31, 60, 63-70

Fourth state of matter, 3-A FTIR, 60 Functionalization surface, 70

Grafting, 75 Grafting, chemical, 132

Hole mobility, 29 Hot dip tinning, 170 Hot tip galvanizing, 170

Ion plating, 38, 39 Ionization, 4

Laplacian curve, 105 Lithium ion battery, 211-215

Maxwell-Boltzmann distribution, 14-15

Maxwellian velocity distribution, 7 Mean free path, 33

243

Atmospheric Pressure Plasma for Surface Modification by Rory A. Wolf

Copyright © 2013 Scrivener Publishing LLC

244 INDEX

Medical engineering, 221-223 Metals, 167-180 Microhollow cathode discharge, 21

Nitriding, 172

Papers, 155-166 Partial local thermal equilibrium,

9-10 Peel force, 107-108 Photoelectric effect, 83 Photovoltaics, 175-177, 205-211 Physical vapor deposition, 33-38 Plasma

atmospheric precursor deposition, 51-53

atmospheric, 42-48 capacitively-coupled, 68, 69 fundamentals, 1-5 inductively-coupled, 69, 70 low pressure, 28-30 magnetized, 5 microwave, 31-33 non-thermal, 6,14-22, 48 quasi-equilibrium, 6 sheath, 2 thermal, 5-13,48

Polymerization, 75-79 Printed circuit boards, 216-220

Radiant matter, 1 Reactive oxygen species, 72 Roll-to-roll manufacturing, 109-120

SEM, 94-97 Sizing, 160,161 Spread tow, 143 Sputter deposition, 37 Sputtering, 60 Sterilization,

Food,189-194 Medical, 186-189

Streamers, 50 Sustainability, 201-204

TEM, 97, 98 Textiles, 139-154 Thermoplastic elastomers, 128-129 Thermoplastic polyolefins, 130 Thermosets, 126-128 Three dimensional, 121-138 TOF-SIMS, 60,86-89

XPS, 83-86