Metallized plastics : fundamentals and applications
1998; Marcel Dekker; Linguagem: Inglês
Autores Tópico(s)
Diamond and Carbon-based Materials Research
ResumoPart 1 Metallization techniques and properties of metal deposits: designing of organometallics for vapour phase metallization of plastics laser-induced selective copper deposition of polyimides and semiconductors from solution high resolution metallization of poly(tetrafluoroethylene) preparation and characterization of metallized polymer films formed from poly [4-(terephthaloylamino) salicylic acid hydrazide]-metal chelates metallization of aramid films formed through aramid anion chemistry metallization of polymerized vesicles formed from mixtures of zwitterionic and negatively charged phospholipids. Part 2 Investigation of interfacial interactions: the influence of polymer surface functional groups in metal/polymer interfacial chemistry metal/polymer interfacial interactions - chromium-fluorinated poly(aryl ether) in situ study of the metal-polymer interface formation by static SIMS - cases of Al and Cu on PET applications of H.R.E.E.L.S. to metal-polymer systems VUV photoemission study of metallized polymer surfaces the reactivity of low-work function metals on conjugated polymer surfaces - a photoelectron spectroscopy study. Part 3 Plastic surface modification and adhesion aspects of metallized plastics: plasma surface treatment in metal-polymer systems - interface properties and adhesion rearrangement of functional groups of plasma-treated polymer surfaces by contact angle measurements surface modification of aramid fibres by a low temperature plasma to improve their adhesion chemical and physical surface modifications of polymers by ion beam treatments metal/polymer adhesion - effect of ion bombardment on polymer interfacial reactivity an aqueous pretreatment to facilitate the bonding of electrolessly and electrolytically deposited metals to polyetherimeides 3. unfilled-polymer substrates.
Referência(s)