"layer homogeneity" is a correct and usable phrase in written English.
It is often used in scientific research to refer to the uniformity of a chemical, biological, or structural layer. For example, "The layer homogeneity of the material was tested to determine the effectiveness of the technique."
Here, complementary information on the layer homogeneity is obtained from XPS spectra.
The major advantages of this configuration are reduced prereactions in the gas phase, high MO efficiency, excellent layer homogeneity and reproducibility.
Moreover, the lateral and vertical layer homogeneity and water permeability were adjusted such that the H2BT did not reveal any hydrogen bubble formation over 20 min (cf. Fig. 6).
Several geometric variations are also investigated, including the effect of relative layer thicknesses, homogeneity, layer order, and number of layers.
Further increase of Au thickness leads to the increase of layer's homogeneity and the globular structure being less pronounced as well as the surface roughness.
Besides of the sheet resistance, measurement information on the layer structure and homogeneity can be obtained in another way too.
The intended application for the developed radar is a quality estimation of the road surface layer, which includes homogeneity and density estimation.
Ultra-thin silicon oxide layers (thickness about 1 nm, often referred to as tunnel oxide layers) applied in the recently introduced TOPCon cell concept and ALD passivation techniques require advanced techniques in characterization of layer thickness and homogeneity.
Water and wind sort sediments according to size, weight, and shape of particles, and these sediments settle in layers of relative homogeneity.
The printing process has been optimized for obtaining high quality layers of good homogeneity.
However, when the number of layers becomes large, the layered formations tend to show homogeneity and the layer structure becomes less important.
