Sentence examples for of a given thickness from inspiring English sources

A homogeneous substance of a given thickness may be thought of as consisting of a number of equally thin layers.

When shearing sheets of a given thickness and strength using parallel tools (the rake angle θ=0) the force, F 0 u) (superscript denotes θ=0), acting on the tool is proportional to the sheet width 2w.

Thus, the absorption characteristics of N particles in a volume V against a film of a given thickness (L) according to the wavelength of incident light can be explained by Equation 3 as follows: T absorption = 0.2895 π NVL λ ϵ m 3 / 2 ∑ j 1 P j 2 ϵ 2 ϵ 1 + 1 − P j P j ϵ m 2 + ϵ 2 2 (3).

Maximum homogeneity and minimum energy of electrons for a given thickness of insulation is achieved with the use of this irradiation system.

On top of that, for a given thickness of porous fibrous material layer, the analytical relationship between fiber radius and optimal porosity under set frequency bands is constructed.

Since these charts can be used under given specific scenarios; i.e. for given set of stitch densities or for a given thickness of fabric etc., it provides less flexibility in using for varying stitch densities and fabric thicknesses.

The results presented in our previous publications show that for a given thickness of the CdTe absorber layer, the changes of the SCR width truly can significantly affect the processes in the CdS/CdTe solar cell [45, 46].

An upper bound for thermal losses in a rigid-frame material is presented, and a simple rule of thumb is given for the required flow resistivity, porosity and tortuosity for a given thickness of porous material.

Interestingly, the yield stress is found to be fitted by a modified Hall Petch relation resulting in a d−n dependence in which the exponent n varies between ½ and 1 as a function of the grain size for a given thickness.

This suggests that the TiO2 thickness adjustment for the J sc improvement (for a given thickness of the photoactive layer) requires the finer tuning, leading to more difficulty in fabrication of the spacer of such a fine-tuned thickness than the case of a ZnO layer.

By controlling the lateral grain size evolution through the diamond growth conditions it has been possible to increase the in-plane thermal conductivity of the polycrystalline diamond film for a given thickness.