Linked from

The 145 pages that link to Combustion, each with the reason it gives.

• OxygenRelated: Atmospheric O₂ supports many familiar combustion reactions without itself being a fuel.

• OxidationRelated: Burning is a familiar oxidation process that releases energy.

• Computational fluid dynamicsRelated: CFD models how reacting flow, heat transfer, and mixing interact in engines and furnaces.

• Particulate matterRelated: Incomplete combustion emits soot and other particles from vehicles, fires, and industry.

• HydrogenRelated: Hydrogen combustion forms water and releases energy without carbon dioxide at the point of use.

• MethaneRelated: Burning methane with oxygen produces carbon dioxide, water, and energy.

• AlkaneRelated: Alkanes burn in oxygen to form carbon dioxide and water when combustion is complete.

• Fossil fuelRelated: Burning fossil fuels transfers their chemical energy into heat.

• HydrocarbonRelated: Hydrocarbon combustion converts carbon and hydrogen chiefly into carbon dioxide and water.

• Conservation of massRelated: Weighing reactants and products in combustion exposed mass changes hidden by escaping gases.

• Joseph PriestleyRelated: Priestley’s oxygen experiments examined how different airs affected burning.

• Polycyclic aromatic hydrocarbonRelated: Incomplete combustion of fuels and organic matter forms many PAHs.

• Bond dissociation energyRelated: Bond breaking and formation energies help account for combustion’s heat release.

• ButaneRelated: Butane releases heat by reacting with oxygen to form carbon dioxide and water.

• EthaneRelated: Ethane burns in oxygen to form carbon dioxide and water.

• KilnRelated: Fuel-fired kilns use combustion to generate the energy needed for firing.

• TurbojetRelated: Fuel combustion heats the compressed air without requiring onboard oxygen storage.

• OxideRelated: Burning elements and fuels often generates characteristic oxides.

• Potassium nitrateRelated: In pyrotechnic mixtures, nitrate can support combustion by supplying oxygen.

• BoilerRelated: Fuel combustion supplies heat in many boilers, though electric and other heat sources are also used.

• PropaneRelated: Propane releases heat by reacting with oxygen, ideally forming carbon dioxide and water.

• Solid-propellant rocketRelated: Combustion in the grain generates the hot, pressurized exhaust.

• Mass flow rateRelated: Fuel and oxidizer mass flow rates set the mixture supplied to a combustor.

• AcetyleneRelated: Acetylene burns rapidly in oxygen and can produce an intensely hot flame.

• Henry CavendishRelated: Cavendish showed that burning hydrogen in air produced water.

• IncenseRelated: Incense releases smoke and fragrance as its combustible ingredients react with oxygen.

• KeroseneRelated: Burning kerosene releases heat and can produce pollutants when combustion is incomplete.

• Wok heiRelated: Flames licking a wok can ignite vaporized oil and impart brief smoky notes.

• Dimethyl etherRelated: Its oxygen-containing molecule burns cleanly when supplied with sufficient oxygen.

• GasRelated: Many combustion processes depend on gaseous fuels or oxygen moving to reaction sites.

• Jet fuelRelated: The engine burns atomized jet fuel with compressed air.

• Chemical RevolutionRelated: Explaining combustion through oxygen rather than phlogiston became a decisive test of the new chemistry.

• Gas-phase chemistryRelated: Many flame reactions proceed through chains of gas-phase radical reactions.

• Thermal power stationRelated: It is the heat-releasing process in fossil-fuel-fired boilers.

• Fossil fuel power stationRelated: Burning fossil fuels supplies the heat that drives the station’s power cycle.

• MischmetalRelated: The sparks from a mischmetal-based flint are burning metal particles.

• Smoke detectorRelated: Incomplete combustion is a common source of the particles that trigger smoke detectors.

• Vehicle emissionsRelated: Incomplete combustion produces carbon monoxide, hydrocarbons, and soot.

• CyclopentaneRelated: Cyclopentane burns readily in air, so its vapor presents a fire hazard.

• PentaneRelated: Pentane burns in oxygen, producing carbon dioxide and water when combustion is complete.

• Direct numerical simulationRelated: Reactive-flow DNS resolves interactions among turbulence, heat transfer, and chemical reactions.

• Saturated compoundRelated: Saturated hydrocarbons burn in oxygen to form carbon dioxide and water under complete combustion.

• Ammonium perchlorateRelated: Decomposition products react with propellant fuels in the combustion zone.

• DodecaneRelated: Complete oxidation of dodecane produces carbon dioxide and water.

• Fire whirlRelated: The whirl's flame and hot gases are produced by combustion, which also powers its buoyant flow.

• Aliphatic compoundRelated: Many aliphatic hydrocarbons release energy through combustion.

• IsobutaneRelated: Isobutane burns in oxygen, producing carbon dioxide and water under complete combustion.

• ThermochemistryRelated: Fuel heating values quantify the heat released when fuels burn.

• DecaneRelated: Decane releases energy when it reacts with oxygen, producing carbon dioxide and water under complete combustion.

• HexadecaneRelated: Hexadecane burns in oxygen to form carbon dioxide and water when combustion is complete.