Sentence examples for metallic conductivity of from inspiring English sources

Complementary EIS revealed metallic conductivity of this TiAl(O,N) phase.

The nanowire arrayed electrodes showed better catalytic ability than glass carbon electrode toward the oxidation of nitrite anions for the facility of electrolyte penetration, the ease of proton exchange/diffusion and the metallic conductivity of Pt Ru nanowire arrayed electrodes.

When used directly as anodes for Li-ion batteries, these hybrid films successfully combined the metallic conductivity of Ti3C2Tx and high capacity of TMOs, showing excellent electrochemical performance for Li-ion storage.

The nanowire arrayed electrodes showed an excellent capacitive ability for the facility of electrolyte penetration, the ease of proton exchange/diffusion and the metallic conductivity of PANI nanowire arrayed electrodes.

The superior performance of NiSe NRA/NF can be attributed to metallic conductivity of nickel selenides, short diffusion length of ions from electrolyte to electrode materials, and fast electrons transport pathway between active materials and current collectors.

Examples include the malleability of plastic sulfur and the lustrous-bronze appearance and metallic conductivity of polysulfur nitride (SNx).

The whiskers are on the border of metallic conductivity with a resistivity of about 10−6 Ωm, and they may show either a positive or a negative temperature coefficient of resistance.

Most of the nanotubes have metallic conductivity and properties of semiconductor with band gap from 0.1 to 0.3 eV (Figure 1).

The metals and many nonmetallic substances such as graphite, manganese dioxide, and lead sulfide exhibit metallic conductivity; the passage of an electric current through them produces heating and magnetic effects but no chemical changes.

Although thin surface oxides reveal metallic conductivity, the presence of O-containing species affects the electron transfer kinetics and the adsorption behaviour of reactants, intermediates, and products.

Knowledge of the nanostructure in BDD will help in designing diamond electronics and understanding the nature of the metallic conductivity and superconductivity for other elements of the fourth group of the periodic table in which these phenomena may exist.