The phrase "an electrolytic process" is correct and usable in written English.
It can be used when discussing chemical reactions that involve the conduction of electricity through a liquid or solution to drive a non-spontaneous reaction.
Example: "The electrolytic process is essential in the production of aluminum from its ore."
Alternatives: "an electrochemical process" or "an electrolysis method".
A process whereby electrical energy is converted directly into chemical energy is one of electrolysis; i.e., an electrolytic process.
Magnesium, recovered by an electrolytic process, is used in industrial metal alloys, especially with aluminum; China has become the main site for its production.
The tellurium dioxide can be converted into elemental tellurium by treatment with sulfur dioxide; an electrolytic process is used to purify the product.
Various industrial methods are used to extract magnesium, ranging from an electrolytic process to a high temperature method called the Pidgeon process, but the energy cost is high.
At the end of the 18th century in Belgium and Poland improvements were made in the furnace, and the process remained unchanged until an electrolytic process was developed in 1917.
His pioneering electrochemistry research led to ductile tungsten for incandescent lamp filaments, an insoluble anode for electrowinning copper, an electrolytic process to remove corrosion from antique bronzes, and several electroplating processes.
Although H2 is generated, the reduction actually involves an internal electrolytic process involving electron transfer from the metal that forms a radical carbon and subsequent hydrogen abstractions from solvent.
The metal aluminum was first isolated early in the 19th century, but it was not until a modern electrolytic process based on the use of bauxite ore had been developed that commercial production of aluminum became economically feasible.
In this work, LiCl salt evaporation behavior from a porous solid was investigated to develop a post-treatment process of an electrolytic reduction process which uses LiCl as an electrolyte and produces porous solid products.
A new concept for a solar thermal electrolytic process was developed for the production of H2 from water.
They could as well be a product of electrolytic process, since human cells interact with a variety of ions of imbalanced concentrations on opposite sides of the membrane (K+, Na+, Ca2+) (Lobikin et al. 2012; Persinger and Lafrenie 2014).
