Sentence examples for applying high current from inspiring English sources

Electrical discharge and thermal expansion were obstacles in applying high current densities at elevated high temperatures.

A 20-μF capacitor was employed for applying high current to the rails and the rod.

Applying high current density resulted in higher growth rate of the oxide, but made the oxide layer more porous and less protective on the AA6061 alloy.

The obstacles of thermal expansion and electrical discharge, when applying high current densities at high temperatures, were overcome by first allowing for thermal expansion by bringing the upper electrode into close proximity of the fixed bottom electrode during heating.

Relatively high limiting current density (Ilim) value for SPK/IGO-8 composite CEM provide a broad window for applying high current density across the electrodialyser to achieve fast water desalination without any unwanted water splitting.

Furthermore, at most ICMS sites, we did not systematically apply high current intensity, to prevent cortical damage, and therefore the ICMS may have been sub-threshold to elicit ipsilateral distal movements.

When applying higher currents of 0.2 A, 0.4 A, and 0.8 A, the results suggested that the dominant removal mechanism is sweep-floc coagulation as the generated soluble ferrous ions are converted to insoluble ferric ions due to oxidation with chlorine generated during the electrochemical process at the higher currents.

In the past, enhanced etching of Pt and its alloys has been achieved by applying high alternating current (ac) voltages.[ 16] The formation of some black species had been observed,[ 17, 18] which were attributed to platinum chloride.

The main advantages over wire EDM are that the foil thickness can be made smaller than the wire diameter, vibrations can be avoided by applying high tension, and higher current can be supplied since there is less risk of tool breakage.

The observation of a current-independent point in ρxx which corresponds to its temperature-independent counterpart suggests that applying a high current is equivalent to heating up the graphene lattice.

When applying a high current density of 8.0 A g−1, the capacity of HOM-ZnCo2O4 still remains at a high level of 1470 mA h g−1, but NPS-ZnCo2O4 undergoes a severe degradation to 751 mA h g−1.