Sentence examples for concerned thickness from inspiring English sources

The macular thickening of the eyes treated with IVT injection is concerned, thickness was significantly reduced both after one month 222.77 ± 13.4 μm; p < 0.001) and after three months (228.1 ± 10.6 μm; p < 0.01) when compared to the baseline values 386.3 ± 12.4 μm.

As far as groundwater is concerned, aquifer thickness is closely associated with the transmissivity and storativity of any terrain.

As far as the central retina is concerned, macular thickness parameters have also been compared before and after Nd YAG capsulotomy in several studies in order to directly assess OCT performance or to indirectly check the safety of the procedures for evaluating macular cystoid oedema as a complication of PCO removal.

This article reveals why the diffusion hardened zone does not appear in the desired thickness within a simple oxidation step and ideal process parameters are given concerning oxide thickness, cracks in the oxide scale and oxygen diffusion depth.

Furthermore, we examine key assumptions concerning the thickness dependence of the electric field within the film.

Concerning the thickness of neuroepithelium, the results at W1 showed a decrease followed by an increase suggesting an inflammatory process (W2, W3).

Finally concerning μXRD, thickness requirements are similar to the ones of μXANES.

These estimates are based on different assumptions concerning the thickness of the formations, their areal extent, and the degree to which the formation is saturated with methane.

However, attainment of the required splint strength requires further mechanical validation for revising parametric calculations concerning the thickness and lattice pattern.

However, the screw-system standard and calculations concerning the thickness and lattice structure need to be reinforced and tested carefully to ensure the necessary strength and safety.

Both the blurred contrast contributions from surfaces if present and the selective amplification of contrast from heavy atoms can make high angle annular dark field (HAADF) STEM images appear more stable than their TEM counterparts, but at the cost of a reduced information content concerning sample thickness and strain contrasts (e.g., dislocations).