The phrase "a surface of a substrate" is correct and usable in written English.
It can be used in contexts related to materials science, engineering, or any field discussing layers or coatings on a base material.
Example: "The experiment focused on the adhesion properties of a coating applied to a surface of a substrate."
Alternatives: "the substrate's surface" or "a substrate surface".
The present disclosure also relates to a nucleic acid (e.g., DNA) lithography method that includes, in some embodiments, adsorbing a bare nucleic acid nanostructure onto a surface of a substrate, and etching the surface of the substrate containing the bare nucleic acid nanostructure, thereby producing a patterned substrate.
Therefore, the thin horizontal line (slightly above the bottom) appears; it marks the pedestal formed by the gold film remaining in contact on a surface of a substrate.
To study the kinetics of the scission process, brush-like macromolecules with pBA side chains were adsorbed onto a surface of a water/propanol (99.8/0.2 wt/wt%) substrate.
The authors present a model that predicts the hardness of a film deposited on the surface of a substrate.
When polymerization occurs on the surface of a substrate, the product is a film; when polymerization occurs in the plasma volume, the product is plasma dust.
We investigated the ability of the microscale topography of a three-dimensional (3-D) structure arrayed on the surface of a substrate to induce and maintain a cell pattern by controlling cell behavior.
In this work, an actively constrained viscoelastic layer over the surface of a substrate plate is supposed to be reinforced with a rectangular array of thin graphite-wafers, and the effects of the inclusions on the active-passive damping characteristics of the overall plate are investigated.
In our research, we investigate the possibility of strengthening of nonlinear optical effect in an LC cell which is due to the influence of a microstructured surface of a substrate, which forms the cell.
Therefore, a typical deposition system consists of two main parts: electron or ion beam bombarding and vaporizing a calcium orthophosphate bulk target to produce an elemental cloud towards the surface of a substrate and a source for simultaneous irradiation of a substrate with highly energetic inert (e.g., Ar+) or reactive (e.g., O2+) gas ions to assist the deposition.
CurlySMILES modifies the SMILES language by including a novel format to encode molecular details and extra-molecular features such as non-covalent interactions and attachment to a biomolecule as well as the surface of a substrate material or nanoparticle.
These techniques above have partially the same process: they can transfer patterns onto the surface of a substrate.
