Sentence examples for coating layer thickness from inspiring English sources

Table 1 Material conversion values Material ϵ1 μ 1 Nihility ≈ 0 ≈ 0 PEC ≈ ∞ ≈ 0 PMC ≈ 0 ≈ ∞. Figure 4 represents the comparison between Forward-Scattering efficiencies of nihility, PEC and PMC sphere when coated with DPS metamaterial as a function of coating layer thickness with following parameters ϵ 1 = 2.54, μ 1 = 1, a = 0.5 × λ, f = 1GHz.

The calculation results indicated that coating layer thickness, PyC anisotropy, density and irradiation temperature significantly affected coated fuel particles stresses under irradiation.

Based on a Monte-Carlo simulation, a stochastic model of the coating layer thickness distribution was derived.

Additionally, the coating layer thickness was used for comparison, which is also relevant to judge the quality of the coating process.

As a novelty, models are utilized to describe the coating layer thickness and the controlled-release behavior of the API, which occurs because of a diffusion-based mechanism.

The threshold of launching of exothermic reaction as a function of the light absorbing coating layer thickness was studied.

The studied composites have a stiffness contrast from 30 to 3000 and coating layer thicknesses between 1 and 0.001 relative to the sphere radius.

It should be pointed out that since the waveguide loss of a specific device cannot be obtained accurately and the coating layer thicknesses cannot be controlled precisely by electron beam evaporation, the choice of R ~ 0.5 was not optimal, only with the purpose to lower the J th.

In the numerical examples, the influence of the inclusion shear modulus, the coating-layer thickness and shear modulus, as well as the distance between the crack and inclusion, on the SIF, the PZS and the CTOD are discussed in detail.

A continuous coating layer with thickness of about 4 μm was composed with two phases of Fe2B and FeB, and the nanohardness of borided layer was as high as 20 GPa.

Table 3 Descriptive of identified layers of M.27 (ARI- 9), from the surface to the coating Layer Color Thickness (μm) 1 White-yellow 20 2 Dark brown 170 3 Light brown 200 4 Light brown 340 5 Layer not very attached, difficult to analyse -.