The phrase "aluminium process" is correct and usable in written English.
It can be used when referring to a specific method or procedure related to the production or treatment of aluminium.
Example: "The aluminium process used in this factory ensures high-quality output while minimizing waste."
Alternatives: "aluminium manufacturing method" or "aluminium production technique".
The structure of commercially pure aluminium processed by equal channel angular extrusion at room temperature, to an equivalent strain up to 8, was studied by transmission electron microscopy.
Low-temperature electrolytes together with inert electrodes represent an innovation of the aluminium electrolysis process.
In this study, the formation and metal flow behaviour of transverse welds in the aluminium extrusion process were investigated using the finite element modelling (FEM) simulation technique.
As it enables localised oxide growth in HA regime from both sides of an aluminium sheet, process times for through-thickness anodisation can be reduced.
The main raw materials used for this environmentally friendly material come from slag from the aluminium recycling process, dust from the marble industry, foundry sands, and recycled expanded polystyrene from recycled packaging.
It has also been seen that subjecting the electrode to controlled oxidation for long periods results in a black deposit formation on the TiB2 surface, and this hinders the aluminium deposition process, particularly in the alumina-saturated melts.
The use of calcite (CaCO3) as a substrate for a permeable reactive barrier (PRB) for removing fluoride from contaminated groundwater is proposed and is illustrated by application to groundwater contaminated by spent potliner leachate (SPL), a waste derived from the aluminium smelting process.
Aluminium anodisation processes were carried out in two different solutions i.e. in oxalic and sulphuric acid.
The aluminium deposition processes on tungsten electrodes were investigated in a room temperature molten salt (aluminium chloride + trimethylphenylammonium chloride), using cyclic voltammetry and chronoamperometry.
Hydrogen evolution and aluminium electrodissolution processes were investigated by cv and coulometric methods on Al electrode at the cathodic end of the polarization curve.
