Sentence examples for both at a submicron from inspiring English sources

The efficacy of different strain engineering methodologies must be experimentally determined within the actual transistor layout both at a submicron scale and non-destructively.

Using ultra-brilliant third-generation synchrotron sources and non-dispersive X-ray focusing optics, it is now possible to analyze individual dislocation cells and walls at a submicron scale that cannot be probed by traditional methods.

We have successfully characterized them, both with a microbeam array at ID17, and a submicron scanning beam at ID21.

At long time scales, a submicron bead immersed in a viscous liquid is subjected to two dominant forces: a small random thermally-induced force and an equal and opposite frictional viscous force.

Presumably, the individual phases of such compositions are homogeneously "mixed" at a far submicron level (<0.1 μm) and strongly integrated with each other.

In this sense, in situ measurements of austenite strength before bainite formation using a deformation dilatometer Bähr 805D have been performed in a medium carbon high silicon steel transforming at intermediate temperatures (325 400 °C) to a submicron structure of bainite and in a high carbon high silicon steel transforming at low temperatures (200 350 °C) to nanostructured bainite.

The presence of a submicron fraction of microparticles may pose a problem during the filtration.

For T > 100 K, nanostructures start to grow in a bimodal fashion with activation energy of 0.259 eV, reaching a submicron-sized threshold at T ≈ 1473 K.

Space localization of the linear and nonlinear optical properties in a transparent medium at the submicron scale is still a challenge to yield the future generation of photonic devices.

One sample had a surface topography at micron-scale (TCP-B, with a bigger surface structure dimension) whilst the other had a surface topography at submicron scale (TCP-S, with a smaller surface structure dimension).

In order to investigate the homogeneity of the ZnO/CdTe core-shell NW arrays at micron and submicron scales, a Marzhauser Wetzlar motorized stage (Wetzlar, Germany) was used with a lateral step resolution of 100 nm either in steps of 200 nm or 3 μm.