MWCNTs/carbon nano fibril composite papers for fuel cell and super capacitor applications
AA Ali, MM Eltabey, BM Abdelbary, SH Zoalfakar - Journal of Electrostatics, 2015 - Elsevier
Electrospinning process was optimized by using response surface methodology (RSM) to
fabricate MWCNTs/PAN nanofibril composite non-woven fabrics of 180 nm average fiber
diameter. The as-electrospun fabrics were hot-pressed to produce strong and flexible
carbon nanofibril composite papers of 130 nm average fibril composite diameter. Dielectric
constant of 300 and conductivity of 310 S/m were measured for these papers by using
H10K13532-50LCR meter at 25,000 Hz. Analytical approach was introduced based on …
fabricate MWCNTs/PAN nanofibril composite non-woven fabrics of 180 nm average fiber
diameter. The as-electrospun fabrics were hot-pressed to produce strong and flexible
carbon nanofibril composite papers of 130 nm average fibril composite diameter. Dielectric
constant of 300 and conductivity of 310 S/m were measured for these papers by using
H10K13532-50LCR meter at 25,000 Hz. Analytical approach was introduced based on …
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