Sentence examples for kv leads from inspiring English sources

The pin-on-disk experimental results demonstrate that a higher bias voltage (e.g. 23 kV) leads to better tribological properties compared to a lower bias.

It is surmised that the use of high voltage pulses between 5 and 25 kV leads to excessive heat deposition, reducing the effective deposition rate, and large gradients in sputtering across the substrate surface, which is more detrimental than those in comparable recent methods, e.g. high power impulse magnetron sputtering (HiPIMS).

Increasing the voltage to 12 kV leads to the disappearance of beads, but the nanofibers are less uniform).

This is useful, because for a high-contrast situation such as vascular imaging, lowering of the kV leads to higher absorption and higher attenuation values of the examined vascular structures.

He built it differently from the ground up in late 2009 (KV led the Series A).

Nitrogen ion implantation by plasma-based ion implantation with a negative bias voltage of 10 kV led to the formation of AlN on the surface layer of a casting aluminum alloy (Al 7Si) sample.

KV led the statistical analysis the data, participated in the literature review, drafted the first version of the manuscript, and contributed to subsequent revisions.

Electrospinning of the emulsion of PLGA (16%)/chitosan (4%)/PVA (8%) nanofibrous mats with feed rates of 0.15 mL/h and 0.25 mL/h (needle tip to collector distance = 15 cm, voltage = 16 kV) led to the fabrication of nanofibers with average diameters of 369 ± 120 nm and 519 ± 70 nm, respectively.

Nitrogen ion implantation by plasma-based ion implantation (PBII) with a negative pulse voltage of 10 kV amplitude led to formation of AlN layer on an aluminum casting alloy (Al 7Si).

The occurrence in Nav1.4 S4D4 of eight cationic sidechains compared with seven in many other S4 segments, especially in Kv channels, led to our assignment of the outermost cationic site in the latter S4 segments as site number 2 (c.f., [48]) (Fig. 5).

Furthermore, it is easy to speculate that, in the neurological diseases involving myelinated nerve fibers, altered functions of nodal Nav channels and juxtaparanodal Kv channels lead to conduction failure.