The creation of an artificial superhydrophobic surface with micro- and nanostructures has been demonstrated using a block copolymer micelle solution and silica nanoparticles. The unique technique of a nanoparticle-supported micelle stabilization together with changes in the solvent power guarantees the precise morphology control of certain block copolymer-mediated surfaces. The approaches presented here provide a new strategy for the fabrication of a wettability-controlled organic-inorganic hybrid or organic coatings.X11188182sciescopu
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
A series of comb copolymers (poly(arylene alkylene ether) (FPAE)-polystyrene (PS)) with a highly flu...
Monodisperse patchy silica nanoparticles (PSNPs) less than 100 nm are prepared based on the seed-reg...
Monodisperse patchy silica nanoparticles (PSNPs) less than 100 nm are prepared based on the seed-reg...
MasterIn this study, we prepared superhydrophobic surfaces with hierarchical structures using a di-b...
Superhydrophobic surfaces are generated by chemisorption oil aluminum substrates of fluorinated bloc...
peer reviewedSuperhydrophobic surfaces are generated by chemisorption on aluminum substrates of fluo...
Superhydrophobic surfaces are prepared based on silica colloids coated with multiple layers of block...
A comb copolymer with a fluorinated FPAE main chain and narrowly dispersed PMS graft chains has been...
MasterWe simply fabricated superhydrophobic surfaces showing cost-effective, transparency and high m...
peer reviewedSuperhydrophobic surfaces are generated by chemisorption on aluminum substrates of fluo...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Publicado em "Journal of Tissue Engineering and Regenerative Medicine", vol. 17, supp. 1 (2013)Super...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
A series of comb copolymers (poly(arylene alkylene ether) (FPAE)-polystyrene (PS)) with a highly flu...
Monodisperse patchy silica nanoparticles (PSNPs) less than 100 nm are prepared based on the seed-reg...
Monodisperse patchy silica nanoparticles (PSNPs) less than 100 nm are prepared based on the seed-reg...
MasterIn this study, we prepared superhydrophobic surfaces with hierarchical structures using a di-b...
Superhydrophobic surfaces are generated by chemisorption oil aluminum substrates of fluorinated bloc...
peer reviewedSuperhydrophobic surfaces are generated by chemisorption on aluminum substrates of fluo...
Superhydrophobic surfaces are prepared based on silica colloids coated with multiple layers of block...
A comb copolymer with a fluorinated FPAE main chain and narrowly dispersed PMS graft chains has been...
MasterWe simply fabricated superhydrophobic surfaces showing cost-effective, transparency and high m...
peer reviewedSuperhydrophobic surfaces are generated by chemisorption on aluminum substrates of fluo...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Publicado em "Journal of Tissue Engineering and Regenerative Medicine", vol. 17, supp. 1 (2013)Super...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...
Nonfluorinated hydrophobic surfaces are of interest for reduced cost, toxicity, and environmental pr...