Sentence examples for lowest surface resistance from inspiring English sources

Comparing the experimental results with the theoretical model, an anomalous enhancement was obtained with multiwall carbon nanotubes, probably due to their layered structure and lowest surface resistance.

The best performance superconductor should have the highest Jc, and Hirr and the lowest surface resistance Rs at 77 K. Our original superconductor CuBa2Ca3Cu4O12−y Cu-12344) has a high Tc>117 K (=one and a half times of 77 K) even in over-doping state, a low superconducting anisotropy (γ=1.6), a long coherence length along c-axis (ξc=1 nm) and a small penetration depth (λc=220 nm).

This is due to the super-low surface resistance of Nb superconducting films and very low dielectric loss of silicon at 4.2 K.

Although Nb films achieved the highest Q in our measurement due to super-low surface resistance, we did not choose it for this measurement.

The low surface resistance of superconductor compared to normal conductor corresponds to a large quality factor (Q) and improved performance in passive microwave devices.

The structural features of the nanotubes and careful experimental scrutinization consistently yielded the films with very low surface resistance (59 Ω sq−1) and high transparency (80%).

These materials with –NH+3 functional groups in an alkaline environment can be deposited on waterborne polyurethane surfaces with the attraction of sulfonate functional groups to prepare transparent conductive films with high transmittance and low surface electrical resistance.

Large dye-sensitized solar cells (DSCs) are usually fabricated as module types instead of single cell types, because the overall efficiency of an area-expanded single DSC is decreased by its large surface resistances and low fill factor (FF).

The former, because of their low surface hardness, have low wear resistance.

Nevertheless, they feature very low surface hardness, scratch and mar resistance.

A lightly doped emitter would provide high sheet resistance and low surface recombination rate, resulting in high internal quantum efficiency in the short wavelength region.