Comparison of the specific capacitances of Cp-MnMoO₄ and MH-MnMoO₄ nanorod electrodes with the literature reports for supercapacitor applications.

S. no.	Material	Method	Specific capacitance (F g−1)	Scan rate mV s−1 (or) current density (A g−1)	Ref.
1	MnMoO4	Co-precipitation	281 F g−1, 142 F g−1	10 mV s−1, 1 A g−1	Present work
2	MnMoO4	Microwave hydrothermal method	689 F g−1, 551 F g−1	10 mV s−1, 1 A g−1	Present work
3	MnMoO4	Precipitation technique	200 F g−1	1.6 A g−1	39
4	MnMoO4/graphene	Hydrothermal method	364 F g−1	2 A g−1	20
5	MnMoO4	Micro-emulsion method	9.7 F g−1, 187 F g−1	1 A g−1, 1 A g−1	18
	MnMoO4/CoMoO4
6	MnMoO4 nanoparticles	Simple method	371 F g−1, 469 F g−1	1 A g−1, 1 A g−1	21
	MnMoO4 nanorods
7	MnMoO4/PPy	In situ oxidative polymerization	462.9 F g−1, 374.8 F g−1	5 mV s−1, 0.2 A g−1	40
8	MnMoO4	Hydrothermal method	234 F g−1	10 mV s−1	18
9	Amorphized MnMoO4	Hydrothermal method	373 F g−1	5 mV s−1	25
10	MnMoO4·H2O	Hydrothermal method	549 F g−1	5 mV s−1	19
11	MnMoO4/polyaniline	In situ oxidative polymerization	396 F g−1	5 mV s−1	23