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The 93 pages that link to Oxygen, each with the reason it gives.

• Aerobic capacityNarrower topic: Its uptake and use define the capacity being measured.

• Anesthesia machineRelated: It is the principal gas used to prevent inadequate oxygen delivery during anesthesia.

• ChalcogenBroader topic: Oxygen is the lightest chalcogen and differs sharply from heavier members in its chemistry.

• Diatomic moleculeBroader topic: Ground-state O₂ is a diatomic molecule with two unpaired electrons.

• FuranRelated: One oxygen atom occupies a vertex of furan’s five-membered ring.

• Liquid oxygenNarrower topic: Cooling molecular oxygen produces this liquid form without changing its chemical identity.

• PerchlorateRelated: Four oxygen atoms surround chlorine in the perchlorate ion.

• Air–sea gas exchangeBroader topic: Photosynthesis and respiration can reverse the direction of its net surface exchange.

• ChromiteRelated: Oxygen forms the anion framework in chromite’s oxide structure.

• Coal gasificationRelated: Gasifiers use controlled oxygen input to generate heat and partially oxidize coal.

• GasificationRelated: Controlled oxygen input provides heat without burning all feedstock completely.

• Sodium oxideNarrower topic: Oxygen gains two electrons in sodium oxide to form oxide ions.

• SulfiteRelated: Three oxygen atoms surround sulfur in sulfite.

• Sulfur trioxideRelated: Three oxygen atoms bonded to sulfur make up each SO₃ molecule.

• Tea oxidationRelated: Exposure to oxygen enables key enzyme-driven reactions in processed leaves.

• AnataseRelated: Oxygen atoms coordinate titanium throughout anatase's crystal structure.

• Bacterial bioluminescenceRelated: Molecular oxygen is a required reactant in the luciferase light-producing reaction.

• RustRelated: Atmospheric oxygen accepts electrons during ordinary rust formation.

• Rutile structureRelated: Oxygen atoms form the octahedral coordination around metal cations in rutile.

• Beryllium oxideRelated: Oxygen combines with beryllium to form the oxide's stable ionic-covalent lattice.

• Potassium perchlorateRelated: Oxygen released by heated potassium perchlorate can sustain combustion.

• Copper(I) oxideRelated: Oxygen forms the oxide anions in Cu₂O.

• Lithium oxideRelated: Oxygen becomes oxide, O²⁻, in Li₂O.

• Potassium bromateBroader topic: Three oxygen atoms surround bromine in the bromate ion.

• Potassium peroxideNarrower topic: Two oxygen atoms remain bonded together in the peroxide ion.

• Potassium superoxideRelated: The oxygen released by KO₂ reactions can replenish air in confined spaces.

• Barium peroxideRelated: Heating barium peroxide can release oxygen gas.

• Lead dioxideRelated: Oxygen combines with lead in the dioxide’s PbO₂ composition.

• Mercury(II) oxideRelated: Oxygen gas is one product of HgO decomposition.

• Allotropes of oxygenNarrower topic: Its atoms form the distinct elemental structures O₂ and O₃.

• Boron trioxideRelated: Oxygen combines with boron in the stoichiometric oxide B₂O₃.

• Oxygen difluorideRelated: Oxygen is the central atom in OF₂, unusually carrying a positive oxidation state.

• Period 2 elementBroader topic: Its high electronegativity and anomalous ionization trend reveal important row-level patterns.

• Silver oxideRelated: Oxygen supplies the oxide ions in silver(I) oxide.

• Strontium oxideRelated: Oxygen becomes the doubly charged anion in strontium oxide.

• Sulfur monoxideNarrower topic: Oxygen supplies the second atom in SO.

• Blood–air barrierRelated: Oxygen diffuses from alveolar air across the barrier into blood.

• Lead(II,IV) oxideRelated: Heating Pb₃O₄ releases oxygen as the solid loses its higher oxidation-state component.

• Manganese heptoxideRelated: Decomposition of Mn₂O₇ releases oxygen gas along with manganese oxide products.

• Metallization pressureBroader topic: Compressed solid oxygen becomes metallic in a high-pressure phase.

• Michael SendivogiusCompared with: Later accounts of air’s active component invite comparison, but Sendivogius did not identify oxygen as a modern element.

• NebuliumCompared with: The supposed element's spectral signature belongs to ionized oxygen instead.

• Peroxymonosulfuric acidRelated: The extra oxygen and peroxide linkage distinguish H₂SO₅’s composition.