Sentence examples for differing thickness from inspiring English sources

Sample I/39 shows three rectangular and colourless, transparent flakes of differing thickness.

The method is based on measurements of total resistance RT,1, RT,2 between two opposite planar contacts on two samples of differing thickness L1, L2 prepared from the same organic semiconductor.

A hardware system capable of implementing reconfigurable morphological SE operations with a flexible gradient calculation can obtain various morphological gradients each of differing thickness and magnitude, which would be advantageous over current fixed algorithm designs implemented on embedded devices [11 13, 18 20].

As they did so, they left beds of differing thickness and composition stacked atop one another; various sand and cobble deposits near shore, calcium-poor muds further from shore, calcium-rich mud in deeper water, and pure limey oozes were deposited in the deepest waters.

Within the realm of transmembrane peptides that exhibit low dynamic averaging, this result for WGWALP23 stands in contrast to the essentially constant rotational preferences of other GWALP23 family peptides in bilayers of differing thickness.

The dispersion curves of T12, T13, T18, T19, and T28 changed due to the differing thickness of the alluvial sediments.

AlSiFe coatings with differing thicknesses and Si contents were applied to steel sheets by hot dipping.

The fatigue behavior of self-piercing rivet (SPR) joints joining differing thicknesses of AA6111-T4 andminum and HSLA340 steel sheets in lap shear geometry was investigated in this paper.

Other 19th century images suffer from a variety of degradation mechanisms, including; Ag sulfide tarnish films of differing thicknesses characterized by interference colors; Cu accretions; microbial filaments; and silicate detritus from unstable cover glass [4].

The analysis is based on an exact elasticity formulation and analytical solution, via eigenfunction expansion, for a plate comprised of an arbitrary number of perfectly bonded isotropic layers of arbitrarily differing thicknesses and material properties.

We expect that this trapping method can be extended to manipulating silicon nanomembranes having larger lateral dimensions and differing thicknesses, in addition to the directed assembly of various other shapes and material compositions of planar objects with exceedingly small thickness [34 37].