Table 2.

Comparison of the performance between hierarchical Sb₂S₃ hollow microspheres with other reported Sb₂S₃ in studies as anode materials for LIBs

Synthesis method	Samples	Voltage range (V)	Current density (mA g−1)	Capacity (mAh g−1) (cycle number)
Hydrothermal reaction [16]	Sb2S3	0.01–3.0	50	914(1)–175(10)
Two-step oxidation-sulfuration route [18]	Sb2S3	0.01–3.0	100	1187.2(1)–548(100)
Hydrothermal reaction [50]	Sb2S3	0–2.5	400	1049(1)–286(20)
Hydrothermal reaction [51]	Sb2S3	0.01–3.0	50	1070(1)–367(25)
Three-step wet-chemical synthesis method [34]	rGO-Sb2S3	0–2.5	250	880(1)–720(50)
Solvothermal treatment [52]	Sb2S3/C	0.01–2.5	100	1084(1)–960(30)
Hydrothermal reaction and mechanical milling [53]	Sb2S3-graphite	0.01–2.8	1000	720(1)–656(100)
Solid-state routes [54]	Sb2S3/C	0–2.5	100	757(1)–600(100)
Present work: hydrothermal reaction	Sb2S3	0.01–2.0	1000	1185(1)–469(100)