The phrase "a function of overvoltage from the" is correct and usable in written English.
It can be used in technical or scientific contexts, particularly when discussing the effects or consequences of overvoltage in electrical systems.
Example: "The failure of the circuit was determined to be a function of overvoltage from the power supply."
Alternatives: "a result of overvoltage from the" or "an effect of overvoltage from the".
They pass through a maximum in acid media as a function of overvoltage, whereas in alkaline media they grow continuously to a diffusion limit.
The cathodic overvoltage can be related to the reversible emf of the aluminium electrode as a function of the CR.
As a matter of fact, the gas composition and the surface coverage by CO and H2 vary in the cell, because of the hydrogen consumption at the anode: this is to result to non-uniform distributions of electrode poisoning, current density, and overvoltage, from the inlet to the outlet of the cell.
To separate the contribution of the oxygen reduction reaction to the overvoltage from the anode and membrane contributions, reference hydrogen electrode (RHE) measurements were taken.
It predicts the cell voltage at each operating point by calculating the total overvoltage from the individual contributions of (i) the ohmic loss η0, (ii) the charge transfer loss of the cathode ηCT,C, (iii) the charge transfer loss and the solid electrolyte interface loss of the anode ηSEI/CT,A, and (iv) the solid state and electrolyte diffusion loss ηDiff,A/C/E.
This is the case for instance when transfers of fast front overvoltages from the high voltage side to the low voltage side of a transformer are involved.
The influence of overvoltage on the zirconium nucleation rate was also studied.
Hence, attention needs to be paid on such conditions that there may be potential risk of overvoltage on the blocked SM capacitors, although the possibility is small.
In the fluorine evolution reaction, inhibition of charge-transfer by anodic films is a major cause of overvoltage but bubble and ohmic overvoltages also make significant contributions.
In the present paper practical recommendations for selection of a surge protective devices (SPD) system with aim to protect electronic and electrical apparatus within a structure against overvoltages coming from the low-voltage power lines are highlighted.
