Scalable fabrication of highly crosslinked conductive nanofibrous films and their applications in energy storage and electromagnetic interference shielding

Engineering & Materials Science

• Conductive films 100%
• Nanofibers 88%
• Signal interference 70%
• Shielding 70%
• Energy storage 59%
• Polyacrylonitriles 50%
• Fabrication 50%
• Electrochemical properties 23%
• Electrospinning 22%
• Supercapacitor 19%
• Water 18%
• Electric properties 18%
• Evaporation 16%
• Porous materials 16%
• Drying 16%
• Electrodes 12%
• Coatings 12%
• Polymers 12%
• Mechanical properties 10%

Chemical Compounds

• Energy Storage 58%
• Liquid Film 32%
• Nanofiber 29%
• Application 21%
• Mechanical Joint 17%
• Evaporation 7%
• Electrical Property 7%
• Pore 5%
• Coating Agent 5%
• Porosity 4%
• Volume 4%
• Behavior as Electrode 4%

Earth & Environmental Sciences

• energy storage 81%
• electrical property 9%
• contraction 8%
• dip 7%
• electrode 7%
• drying 7%
• coating 7%
• mechanical property 6%
• fabric 6%
• evaporation 6%
• polymer 6%
• water 5%
• material 3%
• rate 2%
• effect 1%
• method 1%