"composition of electrolyte" is correct and usable in written English.
It would be used to describe the makeup or ingredients of a particular type of electrolyte. For example, "The composition of electrolyte in this battery is sodium hydroxide."
The morphology of TiO2 NBs is considerably controlled by the composition of electrolyte, applied voltage, anodization time and calcination temperature.
The operating conditions such as composition of electrolyte and temperature can greatly influence the formic acid (HCOOH) oxidation reaction (FAOR).
Whatever the composition of electrolyte used, this pathway includes at least two electrochemical steps (EE) for the BH4− oxidation.
The electrochemical behavior of the AuPd NPs in the sulfuric acid showed that the atomic ratio between Au and Pd could be adjusted by the composition of electrolyte and the applied potential.
By inspecting the deviation of the sizes of the etching spots from the real diameter of the microelectrode, the thickness of confined etchant layer (CEL) can be estimated and thus the composition of electrolyte can be optimized for better etching precision.
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.
As simulating parameters of electric double layers under high concentrations we used the finite size of ions covered by solvation sphere, the chemical composition of electrolytes, and surface potential.
In addition, the enhancement in the specific capacitance is found to vary with the composition of electrolytes, likely due to the change in wetting behavior and the size of solvated ions.
The above results are in great accordance with the optimum composition of electrolytes found in recent literature dealing with state-of-the-art cells [14].
Clearly, the composition of electrolytes and the different electrochemical methods employed for electrodeposition are critical to the morphology of the formed metal products.
Four different compositions of electrolyte were used: aluminate, phosphate, silicate, and mixed phosphate and silicate.
