Surface Modification to Improve Properties of Materials
Mozeti?, Miran
Surface Modification to Improve Properties of Materials
English[eng]
low-pressure MW air plasma||corrosion||nisin||porous silicon||biomaterial||polymer polyethylene terephthalate (PET)||shot-peening||optical emission spectroscopy (OES)||Lyophyllum deeastes Sing||egg shell||initial surface functionalization||contact angle measurement||mushroom||image processing||Teflon||antimicrobial film||biology||microhole-textured tool||atmospheric pressure plasma jets||laser cobalt catalytic probe||tetrafluoromethane (CF4) plasma||fretting failure||adhesive bonding||hardness||residual stress||TIG welding||ToF-SIMS||plasma surface modification||functionalization and wettability||neutral oxygen atom density||tool life||surface properties||physical properties||endothelial cells||micro-EDM||surface modification||lectin||grafting||materials characterization||aluminum||Ti6Al4V alloy||porous-like||gold||plasma polymerization||electronegativity||gradient nanostructured layer||wettability||XPS||self-cleaning fabrics||surface plasmon resonance spectroscopy||food packaging||laser ablation in liquids||surface energy||cellulose thin film||etching||vascular graft||polystyrene||surface texture||oxidation||visible light assisted organosilanization||surface residual stress||antimicrobial activity||surface characterization||plasma treatment polyvinyl alcohol||functionalization||duralumin||silver nanoparticles||nanoparticle-impregnated paper||cell cultures||plasma||L. edodes||hemocompatibility||Poly(tetrafluoroethylene)||Alloy 718||nanostructuring||anti-bio adhesion||aluminum 6061-T6||sulphur hexafluoride (SF6) plasma||special surfaces||superhydrophobic||adsorption||wetting||biocompatibility||optical emission spectroscopy||dry wear behavior||tribology||modification||tribological performance||PVD nanocomposite coatings||CaF2||particle characterization||bovine serum albumin||polymer||electrical stimulation||surface treatment||alloy||polymer polypropylene||endothealization||adhesion effectiveness||pulse power||silicon surface||thrombosis||polyethylene granules||surface hardness||solid state NMR||tribological properties||aluminum die casting||sheet forming||carbonization||superhydrophobicity||plasma treatment||stearic acid||laser synthesis of colloidal nanoparticles solution||zeta potential||electric field||epoxy composites||dynamic mechanical analysis||grain size||vacuum filtration||tantalum||fiber fines
Surface Modification to Improve Properties of Materials
English[eng]
low-pressure MW air plasma||corrosion||nisin||porous silicon||biomaterial||polymer polyethylene terephthalate (PET)||shot-peening||optical emission spectroscopy (OES)||Lyophyllum deeastes Sing||egg shell||initial surface functionalization||contact angle measurement||mushroom||image processing||Teflon||antimicrobial film||biology||microhole-textured tool||atmospheric pressure plasma jets||laser cobalt catalytic probe||tetrafluoromethane (CF4) plasma||fretting failure||adhesive bonding||hardness||residual stress||TIG welding||ToF-SIMS||plasma surface modification||functionalization and wettability||neutral oxygen atom density||tool life||surface properties||physical properties||endothelial cells||micro-EDM||surface modification||lectin||grafting||materials characterization||aluminum||Ti6Al4V alloy||porous-like||gold||plasma polymerization||electronegativity||gradient nanostructured layer||wettability||XPS||self-cleaning fabrics||surface plasmon resonance spectroscopy||food packaging||laser ablation in liquids||surface energy||cellulose thin film||etching||vascular graft||polystyrene||surface texture||oxidation||visible light assisted organosilanization||surface residual stress||antimicrobial activity||surface characterization||plasma treatment polyvinyl alcohol||functionalization||duralumin||silver nanoparticles||nanoparticle-impregnated paper||cell cultures||plasma||L. edodes||hemocompatibility||Poly(tetrafluoroethylene)||Alloy 718||nanostructuring||anti-bio adhesion||aluminum 6061-T6||sulphur hexafluoride (SF6) plasma||special surfaces||superhydrophobic||adsorption||wetting||biocompatibility||optical emission spectroscopy||dry wear behavior||tribology||modification||tribological performance||PVD nanocomposite coatings||CaF2||particle characterization||bovine serum albumin||polymer||electrical stimulation||surface treatment||alloy||polymer polypropylene||endothealization||adhesion effectiveness||pulse power||silicon surface||thrombosis||polyethylene granules||surface hardness||solid state NMR||tribological properties||aluminum die casting||sheet forming||carbonization||superhydrophobicity||plasma treatment||stearic acid||laser synthesis of colloidal nanoparticles solution||zeta potential||electric field||epoxy composites||dynamic mechanical analysis||grain size||vacuum filtration||tantalum||fiber fines