design and characterization of electrospun pvdf nanofibers containing graphene oxide/metal-organic framework composites for potential piezoelectric applications

Metal-organic frameworks (mofs), as emerging porous materials, have gained immense interest in recent years. here, a highly porous graphene oxide/mof composite was successfully synthesized and used for the fabrication of electrospun pvdf nanofibrous composites. the fabricated go-mof-incorporated pvdf nanofibers were used for piezoelectric applicate and characterized by scanning electron microscopy for morphological analysis. the results showed the fabrication of uniform and bead-free nanofibers. the obtained results showed the piezoelectric responses of fabricated pvdf/go-mof nanofibrous composites.