The phrase "absolute current" is correct and usable in written English.
It can be used in contexts related to electrical engineering or physics, where it refers to the total or unchanging value of electric current in a circuit.
Example: "The absolute current flowing through the circuit was measured to be 5 amperes."
Alternatives: "total current" or "fixed current".
The onset potentials, absolute current density values, and Tafel analysis data obtained using this technique were compared with literature reports.
For point-loading applications, transistors with lower channel width are optimal for relative drain current change even though their absolute current output is less.
In these experimental conditions, an increase of absolute current was observed when the electrodes made of Pt, Ag and Au were polarized with negatives overpotential down to −0.3 V.
For the old processor, flash detection efficiency was 77%, stroke detection efficiency was 49%, percentage of misclassified events was 61%, median location error was 631 m, and median absolute current estimation error was 51%.
For the new processor, flash detection efficiency was 89%, stroke detection efficiency was 67%, percentage of misclassified events was 54%, median location error was 760 m, and median absolute current estimation error was 19%.
In a benchmark Pierce diode simulation, the procedure gives an absolute current prediction within 0.2% of the analytic value and particle orbits within 0.1° of the predicted exit angle.
Direct measurement of currents is used to establish absolute currents and to monitor rapidly varying changes.
The sum of the model means and altimetric current anomalies is used to nominally represent absolute currents.
Such analyses provide a complement to measurements of the absolute MB current value (IMB) or the relative current (IMB/(IMB)).
Univariate analysis showed that alterations in pain were significantly correlated with alterations in discriminability of cortical currents between movement types, as opposed to the mean (absolute) cortical current magnitude.
Since our setup does not provide absolute EBIC current, we consider relative intensity only.
