Sentence examples for scale thicknesses from inspiring English sources

Measured alumina scale thicknesses (~ 30) were, on average, ~ 6.1 ± 1.8 μm at failure and independent of temperature for conventional systems.

Layered 2D nanostructures with atomic scale thicknesses may exhibit peculiar and fascinating properties in contrast with those of their bulk parent compounds.

The success of this model supports the SEM findings that the freestanding HfO2 sheets are extremely anisotropic materials with nanometer scale thicknesses.

A major effect of corrosion layers enhancing carbonate precipitation in contrast to plastic coatings reducing the overall scale thicknesses was supported by observations and simulations of a recent study (Wanner et al. 2017).

Accordingly, times predicted from thermogravimetric analyses (TGA) of oxidation kinetics project an improvement factor of ~ 25 50 × for the time to achieve these scale thicknesses at a given temperature.

The oxide scale thicknesses were determined by SEM image analyses and information about the stresses were acquired by photo-stimulated luminescence-spectroscopy. Additionally, the scale thickness dependent stress fields were calculated in finite-element analyses including approximation functions for the surface roughness derived on the basis of profilometry data.

This variation in scale thickness and the thick distal scales in the Cypress Hills in particular were inconsistent with cone evolution simply in response to selection and relaxation of selection by red squirrels.

It is difficult to form 3D electrodes that have a micrometer scale thickness using thermal evaporation and sputtering.

Nanometric cutting is a tool-based materials removal technique to remove materials at nanometer scale thickness in the surface.

The electrode potential was then increased and the scale thickness greatly reduced.

The drawings of the two cones represent the variation in scale thickness from thinner scales on the left to thicker scales on the right.