Sentence examples for metal confinement from inspiring English sources

The RE metal confinement structure provides a complementary metal-oxide-semiconductor compatible approach for further Schottky barrier height engineering and is a promising method for future technology nodes.

The violence of the resulting explosion was measured using velocity pin arrays placed inside and outside of the metal confinement cylinders, flash x-rays, overpressure gauges, and fragment collection techniques.

A simple but effective rare earth metal (RE) confinement structure is demonstrated to suppress surface accumulation of Yb generally encountered in the RE metal incorporated Ni silicide system.

An estimation of the double layer loading time is presented, as well as a quantification method for the metal removal confinement, by comparing the calculated error against an ideal removal profile.

Three types of mitigating methods, namely, a specimen with no protection (control), with fireproof panel protection and with the combination of polypropylene fibre reinforcement and metal mesh confinement (Fibre/Mesh), were applied to full sized columns for comparison purposes.

For instance, the improved performance of gold or silver nanoparticles for surface plasmon resonance, semi-conductor nanodots for quantum confinement, and metal or metal oxides for catalysis is strongly dependent on crystal morphology.

The Drude model is in contrast to our experimental results, for that to semiconductor nanoparticles; the carrier densities are several orders of magnitude lower than that of metals, and quantum confinement effects are not taken into account.

Decrease in absorption ability of intercalated sunscreen molecules can be attributed to the dilution effect of confinement in metal hydroxide layers.

In the last several years, a large amount of reports demonstrate that the inducing image charges on metal film generate light confinement on the metal film surface rather than on the nanoparticle in the nanoparticle/metal film hybrid system, which is called electromagnetic field redistribution [22 27].

The main advantages of the IF nanoparticles is ascribed to the release and furnishing of the nanoparticles from the open pores onto the metal surface and their confinement at the interface, which is not possible with dense flat surfaces.

Confinement of metals within a nanospace still remains an interesting question for both theoretical research and industrial application.