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Page 50 of 64 Rehman et al. Energy Mater 2024;4:400068 https://dx.doi.org/10.20517/energymater.2024.06

FEC
Red P@ nitrogen-doped Vaporization condensation 1M NaClO in Freestanding electrode - 1,157 2 100 572 10 [306 ]
4
porous carbon tubes method EC/DMC with
5% FEC
Hierarchical porous Vaporization condensation 1M NaClO in AM:acetylene black:PVDF 75.1 861.8 5 1,000 831.1 10 [307 ]
4
carbon nanospheres/P process EC/DEC (80:10:10)
red@black P/N-graphene Solvothermal treatment 1M NaClO in AM:Carbon black:PVDF 65.3 465.5 10 1,200 521.3 10 [216]
4
EC/DMC with (80:10:10)
5% FEC
P@CNTs backboned Vaporization condensation 1M NaClO in AM:C-black:Na-CMC, 69.8 580 2.5 800 430 8 [308 ]
4
mesoporous carbon conversion EC/DEC with 5% (75:10:15)
FEC
Nanoscale red P/rGO Phosphorus-amine-based 1M NaClO 4 in AM:super P acetylene 61.2 390 5 5,000 718 5 [154]
method EC/DEC with black:PVDF (70:20:10)
10% FEC
1D Se-induced fibrous nano Selenium-induced method 1M NaClO in - 89.7 1,785 1C 2,800 1,190 25 C [309 ]
4
red P EC/PC with 5%
FEC
Red P@carbon nanofiber Vaporization condensation 1M NaPF 6 in Freestanding films - 1,850 0.1 500 - [157]
method EC/DEC
2D Phosphorene/Ti C T Self-assembly 1M NaClO in AM:carbon black:CMC 63.1 340 1 1,000 193 5 [310]
4
3 2 x
MXene EC/PC (70:20:10)
phosphorene graphene Self-assembly 1M NaPF in - ~80 2,440 0.05 100 - [311]
6
EC/DEC with
10% FEC
phosphorene graphene Electrochemically exfoliated and 1M NaClO in PC AM:super P:CMC (70:15:15) 80.6 1,582.6 1 200 1,499 5 [312]
4
solution method with 5% FEC
Black P/graphene Pressure synthesis 1M NaClO in Freestanding films 89.5 1,250 1 500 720.8 40 [313]
4
DMC with 10%
FEC
3D Sb7-RP63/C30 High-energy ball milling process 1M NaPF in PC AM:super-P:sodium alginate 88 2,356 C/3 70 1,779 2 C [215]
6
with 2% FEC (70:15:15)
Red P@Carbon Evacuation-filling process 1M NaClO in AM:carbon black:PVDF - 1363 0.1 150 750 5 [214]
4
nanocages EC/DEC with (70:20:10)
10% FEC
Nanoporous red P@rGO Boiling 1M NaClO in PC AM:super P:CMC (70:15:15) 78.5 1,250 0.17 150 657 3.47 [150]
4
with 5% FEC
Bismuth-based anode materials
0D Bi@N-doped carbon Annealing 1M NaPF in AM:super P:PVDF (70:20:10) 36.5 235 10 2,000 152 100 [314]
6
nanospheres DME
Bismuth Annealing 1M NaPF in AM:Super P:PVDF (80:10:10) 50.3 265 8 30,000 232 60 [315]
6
Nanoparticle@Carbon DME