Sentence examples for types of foils from inspiring English sources

Two types of foils, referred to as S-type and 0-type foils, were electrochemically deposited from a Watts-type electrolyte, with (S-type) or without (0-type) the use of the sulfur-containing additive sodium saccharin.

RT and confidence measures did not differ across the 2 types of foils (Conceptual: mean RT (ms) = 1745, SEM = 307; Agentic: mean RT (ms) = 1715, SEM = 207; Conceptual: mean proportion confident responses = 0.45, SEM = 0.04; Agentic: mean proportion confident responses = 0.44, SEM = 0.04; both ts < 1, ns).

In order to determine the morphology of the created layers, four types of foil samples were compared (Fig. 7): pure polyurethane foil (A, B), GO-coated polyurethane foil (C, D), Ag-NP-coated polyurethane foil (E, F), and GO-Ag mixture-coated polyurethane foil (G, H).

Two types of foil were created: The similar condition reflected foil patterns that differed by only one block from the target pattern.

The low-voltage foil corrector is a novel type of foil aberration corrector that can correct for both the spherical and chromatic aberration simultaneously.

Although any type of foil will do the trick, going for the heavier variety provides you with better cleaning opportunities.

In addition, interesting results are obtained that electrodes prepared by two types of copper foils display a significant difference on galvanostatic charge/discharge capacity.

X-Ray diffraction showed a 〈311〉 texture component in both types of Ni-foils, most pronounced for 0-type foils.

Figure 7 shows two types of carbon foil holders; a normal sector of 12.5-degree width open area and a narrow sector of 2.5-degree width open area.

The characteristics of carbonaceous materials deposited in fuel rich ethylene oxygen mixtures on three types of palladium: foil, sputtered film, and nanopowder, are reported.

Both types of Ni-foils appeared perfectly smooth when investigated with scanning electron microscopy (SEM), while atomic force microscopy (AFM) and transmission electron microscopy (TEM) revealed differences in the surface morphologies and a smaller grain-size in the S-type foils.