Linked from

The 54 pages that link to Electrolysis, each with the reason it gives.

• Electric currentRelated: Charge flow causes chemical reactions at the electrode surfaces.

• OxidationCompared with: At an electrolytic cell's anode, oxidation is driven by an external power source.

• ElectrolyteBroader topic: Electrolytes provide the ionic path required for current-driven chemical production.

• Thermal decompositionCompared with: It can split compounds without using heat as the primary driving input.

• Michael FaradayRelated: Faraday measured how electrical charge governs the amount of substance transformed.

• IonRelated: Ions move to electrodes and participate in the reactions driven by current.

• ElectroplatingNarrower topic: Electroplating is an electrolytic process that deposits metal on an object.

• Direct currentRelated: Unidirectional current drives the electrode reactions in many electrolysis systems.

• IonizationCompared with: Electrolysis can form ions through chemical reactions, but it is not simply electron removal from an isolated atom.

• ElectrodeRelated: Electrodes deliver current to the reactants and provide sites for reaction.

• Standard electrode potentialRelated: Potential data help determine the minimum voltage needed to drive a redox change.

• Elementary chargeRelated: The elementary charge determines how much charge is carried by ions during electron transfer.

• ElectrochemistryBroader topic: It applies current to produce chemicals such as hydrogen or refined metals.

• Faraday's laws of electrolysisNarrower topic: The laws quantify the chemical change that electrolysis produces.

• AnodeRelated: Oxidation at the anode is one half of every electrolytic process.

• CoulombRelated: Faraday’s laws relate the coulombs passed to the amount of substance transformed.

• Humphry DavyBroader topic: Davy used powerful batteries to decompose compounds and isolate reactive elements.

• ReductionRelated: Reduction occurs at the cathode during electrolytic reactions.

• Electrochemical seriesCompared with: The ranking identifies which reactions require an external voltage to proceed.

• Faraday constantNarrower topic: Its quantitative calculations use the Faraday constant to link current and material produced.

• Half-reactionRelated: Electrode products are predicted by writing and comparing reduction and oxidation half-reactions.

• Hydrogen economyRelated: Water electrolysis can turn surplus renewable electricity into hydrogen.

• Amount of substanceRelated: The charge passed can be used to calculate the amount of material transformed.

• CationRelated: In electrolysis, cations migrate toward the negatively charged cathode.

• Alessandro VoltaRelated: The pile made electrolysis practical and enabled early discoveries about chemical decomposition.

• Chlor-alkali processNarrower topic: The process is an industrial application of electrolysis.

• BariumNarrower topic: Davy used electrochemical methods to obtain metallic barium from its compounds.

• Hall–Héroult processNarrower topic: The process uses electrical energy to reduce aluminium ions to metal.

• Aluminium smeltingNarrower topic: Aluminium smelting uses electrical energy to drive metal formation from alumina.

• Voltaic pileNarrower topic: The pile supplied the continuous current needed to decompose compounds.

• Chemical decompositionBroader topic: Electric current can split compounds that do not decompose readily by heating alone.

• Royal InstitutionRelated: Faraday’s research there established quantitative laws that shaped its scientific study.

• Sodium chlorateNarrower topic: Industrial sodium chlorate production converts brine through electrochemical reactions.

• CoulometryNarrower topic: Coulometry measures the charge associated with an electrolysis reaction.

• Electrolytic cellNarrower topic: The cell is the apparatus in which electrolysis takes place.

• Magnesium chlorideRelated: Molten magnesium chloride can be electrolyzed to produce magnesium metal.

• Asteroid miningRelated: Electrolysis could separate oxygen and hydrogen from extracted water for life support or propellant.

• Fluorine chemistryNarrower topic: Moissan’s successful isolation relied on electrolysis of anhydrous hydrogen fluoride mixtures.

• Chloric acidRelated: Electrochemical oxidation of chloride is used in industrial chlorate production.

• Henri MoissanRelated: Moissan used electrolysis of hydrogen fluoride mixtures to obtain elemental fluorine.

• Copper(II) sulfateRelated: Aqueous copper(II) sulfate conducts ions during copper-plating and refining processes.

• PyrolusiteRelated: Electrolytic manganese production can use manganese dioxide as a feedstock.

• RedoxRelated: External current forces redox changes that would not proceed spontaneously.

• Sodium bromideRelated: Molten sodium bromide can be electrolyzed to form sodium and bromine.

• Dow Chemical CompanyNarrower topic: Dow’s first major process used electricity to extract bromine from brine.

• ManganateRelated: Electrochemical oxidation can produce manganate from manganese-containing materials.

• SyngasCompared with: Water electrolysis produces hydrogen without making syngas as an intermediate.

• Beryllium chlorideNarrower topic: Molten BeCl₂-containing mixtures provide an electrolytic route to beryllium metal.

• Jaroslav HeyrovskýNarrower topic: Heyrovský’s investigations of electrolysis led him to measure current across changing electrode potentials.

• Oil-drop experimentRelated: Faraday's electrochemical measurements had provided an earlier route to estimating elementary charge.