Sentence examples for layers of electrolyte from inspiring English sources

Both KPPs were used to make measurements on Type 304L stainless steel under thin layers of electrolyte.

The result is a stamp of the posts that under a microscope looks like a sheet of bubble wrap, each covered with layers of electrolyte and the cobalt oxide anode.

A computational code that was originally designed to model crevice corrosion was extended to multifunctional coatings on Al alloys exposed to thin layers of electrolytes.

Furthermore, an overall lineshape change of the O-K TEY spectra is observed after 70 mAh g−1 charge and is presumably due to a thin layer of electrolyte decomposition product coating the electrode surface at high potentials.

This new design of Solid Oxide Fuel Cell (SOFC), comprises a 200 μm layer of a honeycomb-metallic framework with hexagonal cells which supports a 250 μm layer of electrolyte.

Metallic bi-layer of porous Ni and porous stainless steel (STS) is utilized as a support for micro-solid oxide fuel cells (SOFCs) using a thin-film layer of electrolyte.

An Ag/AgCl pseudoreference was designed to be incorporated in the thin polymeric layer of electrolyte separating the electrochromic WO3 electrode from the IrO2 counter-electrode.

Nevertheless, the cell design separates the functions of transient voltammetry and SR-GIXRD measurements, viz., voltammetry is performed at high flow rates with a substantially distended window to minimize the IR (Ohmic) drop of the electrolyte, while SR-GIXRD is undertaken using stop-flow conditions with a very thin layer of electrolyte to minimize X-ray absorption and scattering by the solution.

In our investigation, we have focussed our attention to the electrochemical characteristics of the process and pointed out that the spontaneous process may take place at an appreciable rate only when the WC surface is covered by a thin layer of electrolyte, so maximising the diffusion of O2 through the solution.

Generally speaking, aerosol nanobatteries can use both a condensed oxidizer (a third possible component contained in the nanoparticle) and external atmospheric oxidizers: first of all, atmospheric oxygen or water vapour, contacting with a core reductant of nanoparticles through a layer of electrolyte.

This finding disproves an earlier, commonly known attempt that traced the presence of inductive loops back to the formation of passivating surface layers because of electrolyte decomposition.