Exact(14)
The discharge potentials conform to Tafel kinetics in each segment.
Typical discharge potentials amount to −900 V with a duration of around 30 μs.
However, more work is needed to determine the actual relationship between column leaching and actual field-scale mine discharge potentials.
The discharge potentials may subsequently be modeled by fitting the discharge curves to empirical functions like polynomials and Padé approximants.
Charge and discharge potentials were also determined as a function of electrode density.
The difference between charge and discharge potentials becomes larger, which may imply that higher carbon content will make the electrochemical reaction less reversible.
Similar(46)
Four important properties (exchange current density, apparent activation energy, high-rate dischargeability and discharge potential) were studied for a LaNi4.7Al0.3 metal hydride (MH) electrode fabricated using alloy powders coated with copper.
The Cu-coated powder electrode showed improved performance, i.e., a higher exchange current density, larger high-rate dischargeability and lower discharge potential, compared to the electrode made with uncoated alloy powder.
The discharge potential plateau is about 4.70 V.
However, no instruments are available to identify early discharge potential.
Variation of discharge potential as a function of discharge pressure for both plasmas is observed.
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