In the last years, several cost-effective technologies have been investigated to functionalize textile substrates for large scale applications and industrial production. However, several limitations of currently used technologies still restrict the capability to form functional coatings finely controlling the textile surface properties and topographic structure of the coatings at sub-micrometric scale
Nanotechnology-based textile coating is a combined approach to textile engineering which mainly reli...
A cotton fabric was functionalised using the nanoparticle vapor deposition (NVD) and molecular vapor...
Textile metallization involves the deposition of metallic particles on textile surfaces thus creatin...
In the last years, several cost-effective technologies have been investigated to functionalize texti...
One way of achieving new material properties in textile fabrics is chemical functionalisation of the...
Surface functionalization of textiles refers to the use of wide range of technologies designed to ch...
In order to meet the technical requirements, it is necessary to infuse new functions into textile fa...
This thesis investigates the manufacturing and characterisation of functionalised textile coatings c...
Electrospray coating is a method of generating fine droplets of polymer through high electrostatic c...
This review reports the implementation of novel nanostructured functional coatings by using differen...
Wettability is an essential property originating from liquid-solid contact and involved in various p...
Washing processes of synthetic clothes are considered the main source of microplastic pollution in t...
Functionalizing a broad range of stretchable substrates, including synthetic and natural fabrics, fi...
In smart textiles, electrical conductivity is often required for several functions, especially conta...
Having the ability to control the surfaces of a natural fiber offers great rewards that go far beyon...
Nanotechnology-based textile coating is a combined approach to textile engineering which mainly reli...
A cotton fabric was functionalised using the nanoparticle vapor deposition (NVD) and molecular vapor...
Textile metallization involves the deposition of metallic particles on textile surfaces thus creatin...
In the last years, several cost-effective technologies have been investigated to functionalize texti...
One way of achieving new material properties in textile fabrics is chemical functionalisation of the...
Surface functionalization of textiles refers to the use of wide range of technologies designed to ch...
In order to meet the technical requirements, it is necessary to infuse new functions into textile fa...
This thesis investigates the manufacturing and characterisation of functionalised textile coatings c...
Electrospray coating is a method of generating fine droplets of polymer through high electrostatic c...
This review reports the implementation of novel nanostructured functional coatings by using differen...
Wettability is an essential property originating from liquid-solid contact and involved in various p...
Washing processes of synthetic clothes are considered the main source of microplastic pollution in t...
Functionalizing a broad range of stretchable substrates, including synthetic and natural fabrics, fi...
In smart textiles, electrical conductivity is often required for several functions, especially conta...
Having the ability to control the surfaces of a natural fiber offers great rewards that go far beyon...
Nanotechnology-based textile coating is a combined approach to textile engineering which mainly reli...
A cotton fabric was functionalised using the nanoparticle vapor deposition (NVD) and molecular vapor...
Textile metallization involves the deposition of metallic particles on textile surfaces thus creatin...