Sentence examples for produced at the anode from inspiring English sources

One possible way would be the transfer of electrons from the cathode to protons, which have been produced at the anode and migrated through the membrane between anodic and cathodic chamber.

Gaseous chlorine, produced at the anode and absorbed in the alkalinized catholyte, provides the hypochlorite solution.

Meanwhile, oxygen is produced at the anode side electrode and escapes as a gas with the circulating water.

For electrokinetics remediation, the acid produced at the anode due to the water electrolysis will cause the soil acidification and destroy the soil constituents.

The main oxidizing agents were hydroxyl radicals produced at the anode from water oxidation in all methods and in the bulk from Fenton's reaction between generated H2O2 and 0.5 mmol dm−3 Fe2+ in EF and PEF.

This method involves two distinct steps, (i) electrocoagulation of GO particles dispersed in aqueous media, induced by copper ions produced at the anode and (ii) deposition of the particles onto the copper anode.

In the anode, oxidation reactions produced protons and lowered the solution pH (reaction 7): 6 7 8 9 For the production of 3 mg L 1 (0.09 mM) of H2O2 at a current density of 4.14 A m 2, approximately 0.20 mequiv L 1 of protons should have been consumed or produced at the cathode and anode, respectively.

It was found that the back-diffusion of water produced at the cathode to the anode, humidifying the membrane, was clearly detectable, and also the rate of water transport in the membrane increased with increasing cell temperature.

The MPL creates a pressure barrier for water produced at the cathode, forcing it to travel to the anode side, therefore increasing the water content in the membrane.

It was recently demonstrated that a highly soluble amorphous carbon based material (EHC-electrogenerated hydrophilic carbon based material) is produced simultaneously at the anode (a-EHC) and cathode (c-EHC) of graphite.

The bacterial biofilm produced at anode acts as catalyst to convert the chemical energy of the organic molecule into electrons while the oxygen gets reduced to form water at cathode [10, 11].