Sentence examples for single nanometer from inspiring English sources

To understand single nanometer (<10 nm) pore formation and phase separation for selective species removal, SiOC nanostructure models and composition descriptions after the pyrolysis are explained.

The rms surface roughness of the 32 at.% Mo films is on the order of a single nanometer, compared with nearly 80 nm for the 50 at.% Mo film.

This was illustrated by developing a phenomenological model describing the interaction of silicon and the oxidizer within a single nanometer scale pore, which revealed that the reactive wave propagation is more strongly controlled by the specific surface area than the global equivalence ratio, due to the diffusion length scales involved.

The results also suggest that after further optimization and provided that the interaction of neighboring (excited) NV is weak enough, even single nanometer resolution is possible.

Unlike single-molecule fluorescence microscopy, the surface roughness should be small enough to identify molecules of interest that have typically single nanometer dimensions, and in the most demanding cases the surface should be atomically flat.

However, since the current spectral camera is not sensitive enough to separate two distinct spectra with single nanometer difference in the range from 700 to 800 nm, we could successfully separate only NMP4 and NMP5 and show them in two colors.

Calculations of the DC conductivity and capacitance of single nanometer-sized noble metal spheres are reported.

In conclusion, the statistical properties, conductivity, and capacitance of a single nanometer-sized metal sphere depends very strongly on the number of conduction electrons N in the range from 200 to 2,000.

However, when the substrate is rapidly cooled with LN2, this specific humidity considerably decreases because most of the water vapor condenses on cooled parts and freezes forming ice crystals of a size reaching single nanometers.

Drilled pores are tuned with electron-beam sculpting which uses a low energy electron beam (e-beam) to controllably close a larger opening to single-nanometer dimensions.

22, 23 Hence, we expect our study to have a pivotal role in the quest for attaining single digit nanometer resolution in various settings.