The primary key feature of this book is the introduction of over thirteen years of practical experimental evidence of successful surface modifications by atmospheric plasma methods it offers a handbook based approach for leveraging and optimizing atmospheric plasma technologies which are currently in commercial use. Customized surface treatments using atmospheric plasma and low pressure plasma plasma pretreatment is the key enabler technology for microfine cleaning surface activation and plasma coating of nearly all kinds of materials from plastics metals and glass to cardboard textiles and composites. Atmospheric pressure plasmas have prominent technical significance because in contrast with low pressure plasma or high pressure plasma no reaction vessel is needed to ensure the maintenance of a pressure level differing from atmospheric pressure accordingly depending on the principle of generation these plasmas can be employed directly in . Plasmas for surface modification 27 21 low pressure plasmas 28 22 microwave systems 31 23 physical vapor deposition systems 33 24 atmospheric plasma systems 42 25 atmospheric plasma precursor deposition systems 51 3 atmospheric plasma surface modification effects 55 31 surface cleaning 56. 53 assessments of surface modification effects 117 6 atmospheric plasma modification of three dimensional polymeric surfaces 121 61 material classifications and applications 125 62 atmospheric plasma processing surface effects 129 63 assessments of surface modification effects 135 7 atmospheric plasma modification of textile surfaces 139
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