Table 2.

Summary of the asymmetric SCs based on NiMn LDH and carbon electrodes.

Negative Electrode	Positive Electrode	Power Density (kW kg−1)	Energy Density (Wh kg−1)	Potential (V)	References
rGO	Flower-like NiMn LDH/rGO	0.4	29.3	1.6	[37]
rGO	NiMn-LDH/rGO	1	22.5	1.8	[49]
AC	NiMn-LDH/rGO	0.85	33.8	1.7	[24]
rGO/CNT	NiMn LDH/CNTs	0.85	88.3	1.7	[48]
AC	Polyhedral NiMn LDH@carbon	0.225	18.6	1.5	[51]
rGO	NiMn-LDH/rGO	1.68	74.7	1.6	[28]
AC	NiO/NiMn LDH@Ni foam	0.41	27.8	1.6	[53]
AC	Carbon coated NiMn LDH @Ni foam	0.378	37.7	1.5	[36]
Graphene	KCu7S4/NiMn LDHs@Ni foam	0.65	15.9	1.5	[30]
AC	CuCo2S4/NiMn LDH@Ni foam	1.499	45.8	1.5	[57]
AC	Ni3S2/NiMn LDH@Ni foam	0.6	68	1.6	[56]
AC	LDH/vertical graphene@Ni foam	0.26	56.8	1.6	[55]
AC	NiCoMn LDH/rGO	4.24	42.4	1.8	[61]
rGO	NiCoMn-(LDH) (10% Co)	0.75	57.4	1.5	[39]