The phrase "aluminium surface and" is correct and usable in written English.
It can be used when describing a surface made of aluminium, often in technical or scientific contexts.
Example: "The experiment was conducted on an aluminium surface and the results were promising."
Alternatives: "aluminium surface area" or "aluminium surface layer".
As the V-shaped keels are pressed into the surface with nearly two tonnes of load each, the small stones embedded just below the surface are forced against the aluminium surface and dig in.
These methods are applied to a test case of silica sand particles eroding an aluminium surface, and the resultant data is fitted to an erosion function.
The presence of these layers alters the electrochemical characteristics of the aluminium surface and has an influence on its corrosion behaviour.
On the basis of these, we conclude that the optical appearance of aluminium (and also of anodised aluminium) corresponds mainly to the roughness of the aluminium surface and the roughness again corresponds mainly to the etching time and the orientation of the aluminium grains.
A drop of the MCHODN nanoparticles preparation was dried on a polished aluminium surface and the sample was sputtered with gold for 30 s under argon atmosphere (Agar sputter coater).
The electrochemical fabrication of alumina membranes by anodizing of aluminium in phosphoric acid and oxalic acid solutions, in the temperature interval from −1 to 16 °C, was investigated in order to study the influence of different parameters (initial treatment of aluminium surface, nature and composition of electrolyte, temperature) on the final characteristics of the membranes.
We use molecular dynamics simulations to study the frictional and mechanical response of an aluminium surface with cylindrical and spherical asperities that resemble true surfaces.
Chemical interaction between silane layer and aluminium surface was examined via FTIR-ATR.
Microstructural characterization of the prepared samples revealed that the graphite flakes are uniformly distributed and embedded over the aluminium surface.
The plots of C/θ and C for the aluminium surface with different concentration of KLE give a straight line (Fig. 4) suggesting the adsorption of KLE constituents on the metal surface follows the Langmuir adsorption isotherm.
Design variations tested the effect on heat transfer of a black paint or aluminium surface, the effect of different phase transition zones and the effect of discharging heat inside or outside.
