Sentence examples for crossed material from inspiring English sources
The result of a CT is a 3D reconstruction of the analysed object in which each point is represented through a grey level, proportional to the X-rays absorption, i.e. related to the density and atomic number of the crossed material.
Experiment 113B: Using gene-splicing technique created a cat with a less neurotic disposition and claws that exturde rug and furniture shampoo by crossing material from a Dow Scrubbing Bubble and a purr-free feline zygote.
To achieve an accurate solution in elements that are crossed by material interfaces, the NIGFEM utilizes Non-Uniform Rational B-Splines (NURBS) to enrich the solution field locally.
Measurements showed that the heat flux crossing the vertical walls was significantly influenced when a vapour flow crossed insulating materials with high hygroscopic inertia.
Nonlinear and cross anisotropic material properties were determined using Variable Dynamic Confining Pressure (VDCP) stress path tests in the laboratory.
We also quantify the contribution from cross-material correlations to the uncertainties.
The largest experimental database used in the evaluation was prepared by Poenitz and included about 400 sets of experimental data with covariance matrices of uncertainties that account for all cross-energy, cross-reaction and cross-material correlations.
Cross-modal (tactile visual) integration in the posterior parietal cortex may be accompanied by cross-material (spatial linguistic) integration in the posterior left parietal cortex.
We expect that ISA-TAB-Nano will provide organizations with a standard approach to representing nanomaterial data that will enable researchers to share nanomaterial information effectively and to make cross-material comparisons.
To assess birefringence, the analyzer and the polarizer were crossed and the material was positioned at an angle of 45° relative to the polarizer.
The energy absorption coefficient μ en (kVp, anode-filter combination) in a material can be evaluated by the equation: I x)={I}_0cdot {e}^{-{mu}_{en}x} (5 where x is the thickness of the attenuating beam-crossed material, I 0 is the incident beam intensity, and I is the attenuated beam intensity.
