Plasma-induced graft-polymerisation of ethylene glycol methacrylate phosphate on polyethylene films

Atmospheric Pressure Plasma Jet Induced Graft-Polymerization for Flame Retardant Silk

“…The use of calculations level at B3LYP/6-31G(d) show C═O stretching at 1777 and 1844 cm − 1 , the stretching of C-O bond presents at 1196 cm − 1 while group of N-H bending and C-N stretching was found in range of 1200-1700 cm − 1 for both untreated and PBS silk. The P-O-C stretching vibration at 1078 cm − 1 and medium peak of P-O-C stretching vibration at 919 cm − 1 were found correlated well with previous studies (Zanini et al 2008) and (Zou et al 2002). …”

Surface Modification of Hydrophobic PMMA Intraocular Lens by the Immobilization of Hydroxyethyl Methacrylate for Improving Application in Ophthalmology

“…Among these approaches, plasma-induced graft polymerization is an attractive way for modifying the surface chemistry and morphology of polymeric materials at low temperatures [7][8][9][10]. Chemically reactive species generated in non-thermal plasmas are favorable for both the initiation and propagation of chemical reactions and hence highly efficient surface chemistry modification [11].…”

Surface modification of polyurethane via covalent immobilization of sugar-based trisiloxane surfactants

“…[11][12][13][14][15][16] Among these methods, photochemical treatment induced by UV irradiation is the most promising approach for its fast reaction rate, low cost of processing, simple equipment, and easy industrialization. [17] What's more, it is an effective way to directly immobilize various biocompatible moieties, such as poly(ethylene glycol), [18,19] poly(N-vinyl pyrrolidone), [20] heparin, [21,22] phospholipid polymer, [23][24][25] chitosan, [26][27][28] glycopolymers, [29] and hyaluronic acid [15] onto the surface of a substrate to obtain a target performance.…”