Sentence examples for thickness of each component from inspiring English sources

The influence of the stress field is also sensitive to the thickness of each component in heterostructural nanofilms.

Then, two random 100-digit series representing the thickness of each component is produced, using MATLAB software.

A challenge in using this material, however, is the wide variety of options for material selection (for the face and core) and the thickness of each component.

The molecular mobility in each polymer is found to be altered in entirely different ways as the thickness of each component became thinner than 125 nm, whereby the polymers exist as two dimensional layers under those conditions.

As shown in Figures 7(a)- 7(b), the ≈100  μm thick anisotropic layer with transitional morphologies was located on the isotropic region which accounts for a large part (≈99%) of the overall thickness of each component.

Appropriate device design parameters, such as the film thicknesses of each component layer and the geometrical relations between them, can improve the memory performances and expand the application fields of the proposed CTM-TFTs.

For each image slice the thickness of each connected component (CC) of the cartilage was computed as the mean distance from each pixel on the boundary of that CC from the morphological skeleton (a generalization of the centerline to arbitrary shapes) of that CC.

This article aims to propose a simple method based on classic and fractional factorial simulation plans to obtain regression models in the form of polynomial functions that link the angle, the thermal conductivity and the thickness of each envelope's component to the overall wall's thermal resistance.

Measurement of corneal oxygen uptake rates remains an excellent method to quantify the oxygen supply in contact lens systems that include the contact lens, the tears, and the cornea, in which oxygen flux is influenced by the thickness and diffusion characteristics of each component.

Our results establish that the optical properties of these multilayer systems can be tailored by adjusting either the thickness or the stacking order of each component crystal.

We show that depending on the coating thickness of the third component, the 3-component auxetic system can demonstrate auxetic behaviour, and the coating thickness can be employed as a new design parameter to tailor both the Poisson's ratio and modulus of this novel composite reinforcement for a wide range of applications.