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LEDs function most efficiently at low currents.
At low currents, however, a spatially localized emission site dominates, indicating that WS2 also hosts localized quantum emitters.
The p-n-p transistor has an unusually wide base region, so its gain is small, especially at low currents.
Under pH regulation at low currents, more than 90% of organics are destroyed at pH 3.0, although its optimum pH is 4.0.
This indicates that kinetics control the potential at low currents and kinetics and proton migration (ohmic drops in the catalytic layer) at high.
The gain is close to zero at low currents due to linearity of I V curve and increases with increasing current.
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At low current densities the hydrogenation efficiency approaches 100%.
All of the hardware runs on less than 5V at low current powered by AA batteries.
Interruption tests at low current and full counter-pulse capacitor voltage, were also satisfactorily performed.
This is especially true at low current densities (<500 mA cm−2).
At low current densities, the power increase is accompanied by an increase in overall thermodynamic efficiency.
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