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Discharge capacity of a LiMn204 electrode in 1 M liBF4 EC DEC TEP 55

Discharge capacity of C-LiFeP04 graphite 18650 cell for different C-rates to illustrate capacity retention at higher C-rates

Discharge capacity of Carbotron P measured at various current density. The highest current density corresponds to 60 C

Discharge capacity of diversion tunnels and culverts both with and without polymer injection

Discharge capacity of LiMiii 42Nio42Coo.i6fl4 al 50th cycle as a function of C-rate before and after coating with 2 wt AI2O3

Discharge capacity of small sealed nickel—cadmium cells where the hiitial charge is 0.1 C x 16 h at 20 C and the discharge is 1 C at temperatures of

Discharge capacity of small sealed nickel—cadmium cells where the initial charge is 0.1 C x 16 h at 20 C and the discharge is 1 C at temperatures of 60 C. C is the current required to discharge the cell in one hour.

Discharge capacity of the electrodes of different composition versus the number of cycles. The cycling is within 0-3 V.

Discharge capacity vs. cycle number for representative cells that were charged to 130 and 85 of their theoretical capacity. Reprinted from J. M. Pope, T. Sotomura, and N. Oyama, Characterization and Performance of Organosulfur Cathodes for Secondary Lithium Cells

Discharge capacity vs. exposure time for washed and unwashed SLI plates in air atmosphere

Discharge capacity vs. number of y

Discharge characteristic curves at 20 C for a Yuasa sealed lead-acid battery. C A h rating at 20 h discharge rate to 1.75 V cell

Discharge characteristic of an LiCo02 coke cell

Discharge characteristic of different battery technologies at 0 and 30 C with I 25 X I5.

Discharge characteristic of Li-l2 battery at a temperature of 37 C.

Discharge characteristics at 218C of the Li-TiS2 solid state cell, type XR 2016.

Discharge characteristics at a current density of 1.2 mA cm of electrolytic Mn02 heat-treated at various temperatures.

Discharge characteristics at a current density of 1.2 mAcm 2 of electrolytic MnO, heat-treated at various temperatures.

Discharge characteristics at a current density of 1.2 mAcm of electrolytic Mn02 heat-treated at various temperatures.

Discharge characteristics at various drain rates of Panasonic CGA533048 Li-ion batteries nominal capacity

Discharge characteristics at various temperatures of Panasonic CGA533048 batteries nominal capacity

Discharge characteristics for 50 A-h nickel—hydrogen batteries at 0 C.

Discharge characteristics for 50 A-h nickel—hydrogen batteries at 25 A, and —

Discharge characteristics for a commercial Leclanche battery. The battery was discharged into a 5 Q resistance for 1 h each day.

Discharge characteristics for a commercial Leclanche battery. The battery was discharged into a 5d resistance for 1 h each day.



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