Nanomaterials for Environmental Purification and Energy Conversion
Markowska-Szczupak, Agata||Janczarek, Marcin||Kowalska, Ewa
Nanomaterials for Environmental Purification and Energy Conversion
English[eng]
Pt-Au||n/a||photodegradation||heterojunction||narrow pore size distribution||polytriazine||ionic liquid-assisted solvothermal reaction||alcohols||salicylic acid||visible light||hydrogen production||nanocomposites||flue gas||zinc chromite||multiwalled carbon nanotubes||methylene blue||ceria nanowires||oxalate||CO2 reduction||adsorption||H2 evolution||nanomaterials fabrication||oxygen vacancy||solar radiation||immobilized catalyst||low-cost||Fe2O3 dispersion||dyes||RhB||anatase||conductive cotton filter||reaction time||Cu/FTO nanocomposites||ionic liquids||TiO2||photocatalysis activity||dimethyl carbonate||disinfection||CO2||magnetic ZnO||humic acid||synthesis gas||graphene||Cu2O||urea||carbon nanotubes||photocatalytic reduction||TiOF2||NaOH-modified TiOF2||oxygen carrier||texture modification||network shape||sensitization||TiO2/Cu2O nanotubes||photocatalysis||XAFS||anodization||carbon dioxide||removal of microbiological pollutants||SBA-16||chemical looping||BCLA||transfer efficiency||rectorite||Cu nanoparticles||polydopamine||chemical looping reforming of methane||C/TiO2||heterogeneous photocatalysis||water purification||titanium dioxide||yttrium promoted oxygen carrier||gravity feed||Z-scheme
Nanomaterials for Environmental Purification and Energy Conversion
English[eng]
Pt-Au||n/a||photodegradation||heterojunction||narrow pore size distribution||polytriazine||ionic liquid-assisted solvothermal reaction||alcohols||salicylic acid||visible light||hydrogen production||nanocomposites||flue gas||zinc chromite||multiwalled carbon nanotubes||methylene blue||ceria nanowires||oxalate||CO2 reduction||adsorption||H2 evolution||nanomaterials fabrication||oxygen vacancy||solar radiation||immobilized catalyst||low-cost||Fe2O3 dispersion||dyes||RhB||anatase||conductive cotton filter||reaction time||Cu/FTO nanocomposites||ionic liquids||TiO2||photocatalysis activity||dimethyl carbonate||disinfection||CO2||magnetic ZnO||humic acid||synthesis gas||graphene||Cu2O||urea||carbon nanotubes||photocatalytic reduction||TiOF2||NaOH-modified TiOF2||oxygen carrier||texture modification||network shape||sensitization||TiO2/Cu2O nanotubes||photocatalysis||XAFS||anodization||carbon dioxide||removal of microbiological pollutants||SBA-16||chemical looping||BCLA||transfer efficiency||rectorite||Cu nanoparticles||polydopamine||chemical looping reforming of methane||C/TiO2||heterogeneous photocatalysis||water purification||titanium dioxide||yttrium promoted oxygen carrier||gravity feed||Z-scheme