AbstractActivated carbon and fiberglass are widely used in air filtration industry. Nanotechnology field is booming in an exceptionally impressive manner. Nanofibers are one of the unique materials which have one order of magnitude smaller than conventional fibers. The high surface-to-volume ratio, low resistance and enhanced filtration performance make nanofibers an attractive material for many applications such as healthcare, energy and air filtration. Recent advancements in the removal of volatile organic compounds (VOC), nanoparticles and airborne bacterial contaminates in the air are highlighted. The aerosol filtration performances of nanofibers are also presented. The enhanced activity of nanofibers due to the nanosize and their appli...
Air pollution caused by particulate matter and toxic gases is violating individual’s health and safe...
Air filtration has seen a sizable increase in the global market this past year due to the COVID-19 p...
Spinning an spraying techniques represent an effective and economic tool for processing biopolymers ...
AbstractActivated carbon and fiberglass are widely used in air filtration industry. Nanotechnology f...
Abstract The versatility of nanofibrous polymeric materials makes them attractive for developing res...
This review presents an overview of electrospun nanomembranes produced from various polymers to filt...
Not AvailableThis review presents an overview of electrospun nanomembranes produced from various pol...
Performance of a fibrous filter is mainly dependent on the size of the aerosolparticles, the velocit...
International audienceHuman exposure to air pollution and especially to nanoparticles is increasing ...
Electrospinning is a method that can be used in the production of polymeric nanofibres. Polymer solu...
Nanofibre filters may offer new properties not available in commercial fibre filters. These include ...
A composite aerosol filter media was prepared by depositing nanofibers on the non-woven fabrics subs...
Electrospun nanofibres can outperform their melt-blown counterparts in many applications, especially...
Not AvailableAir pollution is a global concern for human health. Air pollution leads to respiratory ...
For their exceptional properties nanofibers, respectively, nanofiber layers are achieving an increas...
Air pollution caused by particulate matter and toxic gases is violating individual’s health and safe...
Air filtration has seen a sizable increase in the global market this past year due to the COVID-19 p...
Spinning an spraying techniques represent an effective and economic tool for processing biopolymers ...
AbstractActivated carbon and fiberglass are widely used in air filtration industry. Nanotechnology f...
Abstract The versatility of nanofibrous polymeric materials makes them attractive for developing res...
This review presents an overview of electrospun nanomembranes produced from various polymers to filt...
Not AvailableThis review presents an overview of electrospun nanomembranes produced from various pol...
Performance of a fibrous filter is mainly dependent on the size of the aerosolparticles, the velocit...
International audienceHuman exposure to air pollution and especially to nanoparticles is increasing ...
Electrospinning is a method that can be used in the production of polymeric nanofibres. Polymer solu...
Nanofibre filters may offer new properties not available in commercial fibre filters. These include ...
A composite aerosol filter media was prepared by depositing nanofibers on the non-woven fabrics subs...
Electrospun nanofibres can outperform their melt-blown counterparts in many applications, especially...
Not AvailableAir pollution is a global concern for human health. Air pollution leads to respiratory ...
For their exceptional properties nanofibers, respectively, nanofiber layers are achieving an increas...
Air pollution caused by particulate matter and toxic gases is violating individual’s health and safe...
Air filtration has seen a sizable increase in the global market this past year due to the COVID-19 p...
Spinning an spraying techniques represent an effective and economic tool for processing biopolymers ...