Linked from

The 45 pages that link to Electrochemical cell, each with the reason it gives.

• Oxidation stateRelated: Electrode reactions are classified by the oxidation-state changes of their species.

• OxidationBroader topic: Its oxidation electrode releases electrons into an external circuit.

• Gibbs free energyRelated: The free-energy change of its reaction determines the maximum electrical work and cell voltage.

• Ohm's lawCompared with: Its internal voltage and resistance complicate treating a source as a simple ohmic component.

• ElectrolysisNarrower topic: An electrolytic cell is the externally powered kind of electrochemical cell.

• Fuel cellNarrower topic: Fuel cells belong to this broader class of devices.

• Lead–acid batteryNarrower topic: A lead–acid battery is built from cells that each produce a modest voltage.

• ElectrodeNarrower topic: An electrode usually operates as one part of this larger arrangement.

• Redox potentialNarrower topic: Its voltage arises from the difference between two electrode potentials.

• Standard electrode potentialNarrower topic: A standard potential becomes a cell voltage when paired with another half-cell.

• Electrode potentialNarrower topic: Electrode potential is measured and used within electrochemical cells.

• Electromotive forceBroader topic: Its reactions establish the chemical EMF that drives charge through a circuit.

• Faraday's laws of electrolysisRelated: The laws quantify matter transfer in the driven reactions of electrochemical cells.

• AnodeNarrower topic: Anodes are defined by their role within this broader class of systems.

• BatteryBroader topic: Each cell in a battery converts chemical energy into electrical energy.

• Electrochemical potentialRelated: Electrode and solution potentials govern the cell’s reaction driving force.

• Physical chemistryBroader topic: It puts electrochemical potentials and reaction thermodynamics to practical use.

• CathodeNarrower topic: The cathode is one of the two electrodes in every electrochemical cell.

• Half-reactionRelated: Its separated electrode reactions can be written as distinct half-reactions.

• Water electrolysisNarrower topic: An electrolyzer is an electrochemical cell operated with an external power supply.

• Reference electrodeNarrower topic: Reference electrodes operate as potential standards within electrochemical cells.

• Alessandro VoltaNarrower topic: The voltaic pile is an early form of this broader class of energy-converting devices.

• Electrochemical impedance spectroscopyNarrower topic: It is the physical system whose response the technique measures.

• Galvanic corrosionNarrower topic: Galvanic corrosion is an unintended electrochemical cell operating at a metal surface.

• Voltaic pileNarrower topic: The pile is an early form of this broader device.

• Walther NernstNarrower topic: Cells supplied the experimental setting for Nernst’s work on electrode potentials.

• Alkaline batteryNarrower topic: The alkaline battery is one particular arrangement of an electrochemical cell.

• PotentiometryNarrower topic: Potentiometry measures the voltage established across this broader electrochemical system.

• Standard hydrogen electrodeNarrower topic: The reference electrode is measured in a cell paired with another electrode.

• CoulometryNarrower topic: Coulometric reactions take place in an electrochemical cell.

• Electrochemical sensorNarrower topic: Electrochemical sensors operate as measurement systems built around this arrangement.

• Primary cellNarrower topic: Primary cells are a class of electrochemical cells that produce current through chemical reactions.

• Rechargeable batteryNarrower topic: Rechargeable batteries are electrochemical cells whose reactions can be driven in reverse.

• Chemical energyRelated: Its separated reactions channel chemical energy into electric current.

• Concentration cellNarrower topic: A concentration cell is a galvanic electrochemical cell with identical electrode reactions.

• Electric batteryBroader topic: A battery consists of one or more cells that convert chemical energy into electrical energy.

• Redox indicatorNarrower topic: Redox potential is measured and interpreted within electrochemical systems.

• Gibbs–Helmholtz equationBroader topic: Temperature-dependent reaction free energy can be inferred from cell voltage.

• PolarographyNarrower topic: Polarographic measurements emerged within the broader practice of controlled electrochemical experiments.

• ElectrosynthesisNarrower topic: Electrosynthesis takes place in these cells, where electrode reactions convert electrical input into chemical change.

• History of the batteryNarrower topic: Each battery design in this history is built from one or more electrochemical cells.

• Jaroslav HeyrovskýNarrower topic: Polarography is a specialized measurement performed in an electrochemical cell.

• Reduction potentialNarrower topic: Its voltage arises from the difference between two electrode potentials.

• Chemical Actions and UsesNarrower topic: It is the broader system in which electrolysis is one direction of chemical–electrical conversion.

• Inorganic chemicalsBroader topic: Electrochemical cells harness or induce inorganic redox reactions.