Page 374 - Polymer-based Nanocomposites for Energy and Environmental Applications

their Reference

and [26] [27] [28] [29] [30] [31] [32] [34] [35]

NIB A/g) A/g) A/g) A/g)

for material A/g) (1 50 (1 113 (1 200 100 A/g) (1 80 (1 146 A/g) (1 80 (1 107
electrodes Capacity (mAh/g) (C-rate density) current *mAh/g active A/g), (0.1 A/g), (0.1 A/g), (0.1 A/g), (0.1 A/g) A/g), (0.1 A/g) (0.1 A/g), (0.1 A/g), (0.1 A/g), (0.1

nanofiber or 200 180 255 230 (1 270 160 228 190 230

of Electrolyte M 1 NaClO 4 - EC/DMC M 1 NaClO 4 - EC/PC M 1 NaClO 4 - EC/DEC M 1 NaClO 4 - EC/PC M 1 NaClO 4 - EC/DMC / M 1 NaClO 4 - EC/DEC M 1 NaClO 4 - PC M 1 NaClO 4 - EC/PC
production

the Electrode configuration Freestanding Slurry Freestanding Slurry Freestanding Slurry Slurry Slurry Slurry

for
used nanofibers biomass CNF

methods Synthesis/production Electrospinning Electrospinning Electrospinning Bio-based Electrospinning Carbonized Bacteria-based Electrospinning

and method /

materials performances (PAN- (PAN- CNF carbon CNF and N-doped and N-doped

of Electrode material CNF based) CNF based) Porous (PAN-based) Cellulose-based CNF (PAN/ CNF lignin) Bio-based N-doped Porous hollow CNF Core-shell hollow porous CNF
List electrochemical

Table 12.1 Electrode Anode Anode Anode Anode Anode Anode Anode Anode Anode