2026-10-10T08:10:30Z
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2026-09-29T17:31:33Z
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<p>(a) CV spectra, (b) Scan rate vs capacitance, (c) Total Csp (v<sup>1/2</sup> vs Cs<sup>-1</sup>), and (d) outer Csp (v<sup>-1/2</sup> vs Cs) of BMO-15.</p>
S. Sakthivel (16542647)
Manikandan Ayyar (17335164)
B. Kabilan (25138338)
D. Shanmugapriya (24120666)
Z. Mohamed Riyas (25138341)
B. Preethi (25138344)
B. Archana (9022181)
Kartikey Verma (12060862)
Asefash Getachew Girma (25138347)
Biotechnology
Chemical Sciences not elsewhere classified
Ecology
Biological Sciences not elsewhere classified
Developmental Biology
vibrational analyses showed
sup >&# 8722
div >< p
activated carbon electrodes
1399 w kg
different reaction times
analysed using field
1 </ sup
05 wh kg
remarkable energy density
mo &# 8211
developed crystalline nanoparticles
531 f g
15 // ac
high redox activity
hydrothermal reaction time
reaction time
prepared using
hydrothermal process
05 nm
power density
current density
transform infrared
thereby giving
systematically studied
systematic change
retaining 90
promising material
present work
performance supercapacitors
next generation
maintained 72
initial nuclei
initial capacitance
growth mechanism
formation process
fesem ),
electrochemical performance
electrochemical behaviour
discharge cycles
dependent samples
cycling stability
barium molybdate
<p>(a) CV spectra, (b) Scan rate vs capacitance, (c) Total Csp (v<sup>1/2</sup> vs Cs<sup>-1</sup>), and (d) outer Csp (v<sup>-1/2</sup> vs Cs) of BMO-15.</p>
2026-09-29T17:31:20Z
Image
Figure
10.1371/journal.pone.0354958.g007
https://figshare.com/articles/figure/_p_a_CV_spectra_b_Scan_rate_vs_capacitance_c_Total_Csp_v_sup_1_2_sup_vs_Cs_sup_-1_sup_and_d_outer_Csp_v_sup_-1_2_sup_vs_Cs_of_BMO-15_p_/34026462
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