Lithographic plastics

Figure 13.2. Inorganic micro/nanoscale elements derived from wafers can be used to form solution suspensions for delivery to another substrate (e.g., plastic sheet) by casting processes (left frame), or they can be dry transfer printed in a way that preserves their lithographically defined spatial organizations (right frame).

Use Weighting mud in oil-drilling, paper coatings, paints, filler and delustrant for textiles, rubber, plastics and lithograph inks, base for lake colors, X-ray photography, opaque medium for gastrointestinal radiography, in battery plate expanders. 

Photochemical initiators are utilized for the production of lithographic plates and for radiation curing coatings and inks but not in the manufacture of plastics. Electrolytic polymerizations find apphcations in the coating of metal sheets by plastics. 

Japans, baking and drying Kalsomines, dry or paste Lacquer bases and dopes Lacquer thinner Lacquer, clear and pigmented Lacquers, plastics Lead-in-oil paints Linoleates, paint driers Lithographic varnishes Marine paints Naphthanate driers Oleate driers Paint driers Paint removers Paintbrush cleaners Paints, asphalt and bituminous... 

Various PAGs have been synthesized specifically for use in chemical amplification resists, reflecting their important impact on lithographic performance (Fig. 7) [13,30]. The choice of PAG depends on a number of factors such as the nature of radiation, quantum efficiency of acid generation, solubility, miscibility with resin, thermal and hydrolytic stability, plasticization effect, toxicity, strength and size of generated acid, impact on dissolution rates, cost, etc. In... 

Gonsalves KE, HuY,Wu H,Panepucci R.Merhari L (2001) In Ito H, Khojasteh MM, Li W (eds) Forefront of lithographic materials research. Society of Plastics Engineers, Mid Hudson Section, Hopewell Junction, NY, 2001, p 51... 

---