The Nernst equation links the equilibrium potential
of an electrode, Ee, to its standard potential.
Depending on lithium ion concentration at the surface of a given solid particle, there is an equilibrium potential
[U.sub.ref] at which intercalation and de-intercalation reactions occur at equal rates, denoted as [i.sub.0].
@ $70) Entrepreneurial incentive (minimum necessary to justify new $70,000 construction when the market is at equilibrium) Depreciation (excluding external obsolescence + ($170,000) due to market conditions) Subject depreciated improvements cost $600,000 Land value + $200,000 Subject depreciated replacement cost $800,000 including land Multiply by the overall capitalization rate x 0.0875 (at sustainable rate) Subject equilibrium net operating income $70,000 Add fixed expenses + $17,000 Subtotal $87,000 Divide by (1 - variable expense ratio) /0.80 Subject equilibrium effective gross income $108,750 Divide by (1 - vacancy rate estimate for /0.90 subject when the market is at equilibrium) Subject equilibrium potential
gross income $120,833 Divide by rentable sq.
Walsh  suggested that the details of the cell's equilibrium potential
could be used to describe the thermodynamics of the electrochemical system.
To determine the equilibrium potential
for GABA (EGABA) a second-order polynomial curve was fitted to I-V relationships (pClamp 10).
1, but now with a slope of- 0.059 V/pH since the equilibrium potential
for these reactions depends on the pH of the solution.
Polarization refers to the additional potential required above the equilibrium potential
to drive the deposition of the metal to be plated.
That can be explained because the potential into the open circuit polarisation is measured into statically conditions and in the Evans method into dynamic conditions (the potential applied on the electrode being different to the equilibrium potential
The equilibrium potential
for this reaction depends on pH and on the HZn[O.sub.2.sup.-] concentration:
The reversal potential of the currents elicited by the active extracts was -17 [+ or -] 2 mV and was similar to the chloride equilibrium potential
Slow voltage ramps (-130 to 20 mV) revealed that the outward current induced by NE reversed at the predicted equilibrium potential
for potassium ([K.sup.+]) ions and showed prominent inward rectification, suggesting that NE activates G protein-coupled inwardly rectifying [K.sup.+] channels (GIRK) channels in these interneurons.