Polymer Processing and Surfaces
Polymer Processing and Surfaces
English[eng]
9783040000000
thermoplastic polyurethanes blends||pressure sensitive adhesives||viscoelastic properties||adhesion properties||tack||creep||cohesion properties||nano-structure functional film||magnetron sputtering||cellulose insulation polymer||space charge||hydrophobicity||zinc oxide||polytetrafluoroethylene||bromoisobutyryl esterification||cornstarch||synthesis process||past stability||adhesion||film properties||mullite||whiskers||nonaqueous precipitation method||aluminum fluoride||polar transformation||screw||aspect ratio||carbon nanotube||dispersion||masterbatch||nanocomposite||polyamide||polyamide 6||halloysite nanotube||functionalizing agent||in situ polymerization||melt blending||polymorphism||hydrothermal ageing||polymers||octaglycidyl-POSS||DGEBA||dicyandiamide||accelerators||corrosion||protective coatings||infrared spectroscopy||rheology||poplar wood||waterborne UV lacquer product||wood modification||contact angle||spectroscopy||super-hydrophobic coating||elastic sensor||carbon nanotubes||wearable electronics||monitoring of breathing||strain sensor||polymer composite||CNTs||construction composite||friction resistance||surface state||low dielectric constant||PI||irradiation||dielectric loss||tin compounds||valsartan||poly(vinyl chloride)||additives||average molecular weight||weight loss||functional group index||PET||polymer||plasma jet||tilted application||ROS distribution||UV||VUV||epoxy||Joule heating||fast curing||accelerated forming||shape memory||Acrylonitrile Butadiene Styrene||sound absorption||3D printing technology||frequency||thickness||air gap||polyvinyl alcohol||cationic polyacrylamide||polyvinyl chloride||azodicarbonamide||micro-structure||diffusion plate||micro injection molding||grinding||ethylene-octene-copolymer||carbon fibers||polyaniline||polypyrrole||thermoelectric composites||surface coating||dopamine hydrochloride||graphene oxide||surgical suture||friction||Poly(vinylidene chloride-co-acrylonitrile) (P(VDC-co-AN ))||thermo-dynamic surface characterization||surface free energy||inverse gas chromatography||visual traits||computer vision and image processing||basalt fiber||epoxy composite||glass transition temperature||DMA||TMA||creep recovery||stress-relaxation||heterogeneous nucleation||cell morphology||injection molding foaming||composite materials||visualization||gloss transition defect||surface defect||surface gloss||shrinkage||mold surface replication||surface analysis||injection molding||polymer surface modification||hydrophobic properties||optimization||mathematical modeling||poly(ethylene glycol) (PEG)||conjugation||N,N′-disuccinimidyl carbonate (DSC)||immobilization||surface modification||ultra-high molecular weight polyethylene||cellulose nanofiber||bionanocomposite||melt-blending||ethanol mixing
English[eng]
9783040000000
thermoplastic polyurethanes blends||pressure sensitive adhesives||viscoelastic properties||adhesion properties||tack||creep||cohesion properties||nano-structure functional film||magnetron sputtering||cellulose insulation polymer||space charge||hydrophobicity||zinc oxide||polytetrafluoroethylene||bromoisobutyryl esterification||cornstarch||synthesis process||past stability||adhesion||film properties||mullite||whiskers||nonaqueous precipitation method||aluminum fluoride||polar transformation||screw||aspect ratio||carbon nanotube||dispersion||masterbatch||nanocomposite||polyamide||polyamide 6||halloysite nanotube||functionalizing agent||in situ polymerization||melt blending||polymorphism||hydrothermal ageing||polymers||octaglycidyl-POSS||DGEBA||dicyandiamide||accelerators||corrosion||protective coatings||infrared spectroscopy||rheology||poplar wood||waterborne UV lacquer product||wood modification||contact angle||spectroscopy||super-hydrophobic coating||elastic sensor||carbon nanotubes||wearable electronics||monitoring of breathing||strain sensor||polymer composite||CNTs||construction composite||friction resistance||surface state||low dielectric constant||PI||irradiation||dielectric loss||tin compounds||valsartan||poly(vinyl chloride)||additives||average molecular weight||weight loss||functional group index||PET||polymer||plasma jet||tilted application||ROS distribution||UV||VUV||epoxy||Joule heating||fast curing||accelerated forming||shape memory||Acrylonitrile Butadiene Styrene||sound absorption||3D printing technology||frequency||thickness||air gap||polyvinyl alcohol||cationic polyacrylamide||polyvinyl chloride||azodicarbonamide||micro-structure||diffusion plate||micro injection molding||grinding||ethylene-octene-copolymer||carbon fibers||polyaniline||polypyrrole||thermoelectric composites||surface coating||dopamine hydrochloride||graphene oxide||surgical suture||friction||Poly(vinylidene chloride-co-acrylonitrile) (P(VDC-co-AN ))||thermo-dynamic surface characterization||surface free energy||inverse gas chromatography||visual traits||computer vision and image processing||basalt fiber||epoxy composite||glass transition temperature||DMA||TMA||creep recovery||stress-relaxation||heterogeneous nucleation||cell morphology||injection molding foaming||composite materials||visualization||gloss transition defect||surface defect||surface gloss||shrinkage||mold surface replication||surface analysis||injection molding||polymer surface modification||hydrophobic properties||optimization||mathematical modeling||poly(ethylene glycol) (PEG)||conjugation||N,N′-disuccinimidyl carbonate (DSC)||immobilization||surface modification||ultra-high molecular weight polyethylene||cellulose nanofiber||bionanocomposite||melt-blending||ethanol mixing