Table 5.

Summary of main performances of MBenes as anode materials for rechargeable batteries

Materials	Type	Specific capacity (mAh g⁻¹)	Diffusion energy (meV)	OCV (V)	Refs.
Graphite	LIBs	372	400	–	[225]
Ti₃C₂	LIBs	320	280	0.62	[226]
Mo₂B₂	LIBs	444	270	0.41	[86]
	MIBs	502.1	840	0.84	[227]
Tetr- Mo₂B₂	LIBs	251	29	0.835	[228]
	SIBs	251	10	0.515	[228]
Tri- Mo₂B₂	LIBs	251	23	0.407	[228]
	SIBs	188	13	0.383	[228]
Fe₂B₂	LIBs	665	240	0.33	[86]
T-Mo₂B	LIBs	264	37	0.628	[229]
H-Mo₂B	LIBs	74.18	50	0.386	[229]
Zr₂B₂	LIBs	526	17	0.236	[230]
TiB	LIBs	480	20	0.33	[90]
	SIBs	480	20	0.17	[90]
TiB₃	LIBs	1335.04	38	0.156	[231]
	SIBs	667.52	157	0.195	[231]
Ti₂B₂	LIBs	456	17	0.526	[232]
	SIBs	342	8	0.502	[232]
V₂B₂	LIBs	969	220	-	[92]
	SIBs	614	130	–	[92]
V₂B₂O₂	LIBs	812	390	0.57	[92]
	SIBs	547	420	0.41	[92]
Cr₂B₂	LIBs	696	280	–	[92]
	SIBs	492	170	–	[92]
	MIBs	853.4	380	0.53	[227]
Mn₂B₂	LIBs	679	290	–	[92]
	SIBs	483	170	–	[92]
Sc₂B	MIBs	3192.81	40	0.023	[233]
	LIBs	532.14	60	0.182	[233]
	SIBs	532.14	20	0.327	[233]
Ti₂B	MIBs	3018.41	80	0.101	[233]
	LIBs	503.07	90	0.532	[233]
	SIBs	503.07	110	0.432	[233]
V₂B	MIBs	2853.95	40	0.142	[233]
	LIBs	475.66	150	0.748	[233]
	SIBs	503.07	10	0.558	[233]
Y₂B₂	LIBs	806.31	13	0.33	[234]
	SIBs	403.16	8	0.30	[234]
ScB	LIBs	427.373	108	0.409	[235]
	SIBs	340.287	72	0.446	[235]
TiB	LIBs	408.421	105	0.683	[235]
	SIBs	328.162	63	0.528	[235]
VB	LIBs	390.168	264	0.797	[235]
	SIBs	316.273	85	0.553	[235]
V₂B₂	SIBs	814	11	0.65	[84]