Linked from

The 97 pages that link to Oxidation, each with the reason it gives.

• ZirconiumRelated: Zirconium readily forms oxide, including the protective surface layer that supports corrosion resistance.

• Acrylic acidRelated: Industrial manufacture converts propylene first to acrolein and then to acrylic acid by oxidation.

• BetalainRelated: Oxidative reactions can degrade betalains and diminish pigment intensity.

• Carbonyl compoundRelated: Oxidation can convert aldehydes into carboxylic acids and alter other carbonyl compounds.

• DisproportionationRelated: One fraction of the disproportionating species undergoes this change.

• Iron(II) sulfateRelated: Air can oxidize dissolved Fe²⁺ toward Fe³⁺, especially under suitable conditions.

• Native copperRelated: Copper’s resistance to rapid oxidation helps elemental metal persist in some geological settings.

• RustRelated: Iron oxidation supplies the iron ions and electrons involved in rusting.

• Vat dyeingRelated: Air or another oxidant restores the dye’s insoluble colored form after application.

• CatechinRelated: Catechin can oxidize during food processing and storage.

• Maleic anhydrideNarrower topic: Industrial manufacture forms maleic anhydride by oxidizing hydrocarbons.

• Noble metalNarrower topic: Resistance to oxidation is central to the defining behavior of noble metals.

• Oxide mineralRelated: Oxidation can produce metal oxides as minerals in rocks and weathering environments.

• UluruRelated: Iron-bearing minerals oxidize at the surface, contributing to Uluru’s reddish color.

• UrushiolRelated: Urushiol can oxidize after exposure to air, altering its chemical reactivity.

• FerroceriumRelated: Oxidation of tiny scraped particles releases the heat and light of ferrocerium sparks.

• Gallic acidRelated: Oxidation of gallic acid produces colored compounds and can alter its antioxidant activity.

• Peracetic acidNarrower topic: Peracetic acid transfers oxygen to susceptible compounds, oxidizing microbial components and other materials.

• Sodium metabisulfiteRelated: The compound slows oxidation of susceptible ingredients by reacting with oxidants first.

• ToxicodendronRelated: Urushiol compounds oxidize after exposure to air, contributing to their darkening on surfaces.

• Native metalRelated: Resistance to oxidation helps elemental metals survive in Earth’s crust.

• PhosphineRelated: Phosphines readily undergo oxidation at phosphorus, often yielding phosphine oxides.

• RedoxBroader topic: This is the electron-loss half of every redox process.

• Calcium hypochloriteNarrower topic: Its bleaching and microbial damage result from oxidizing reactions.

• GeraniolRelated: Air oxidation can alter geraniol and produce compounds with different sensory and allergenic properties.

• GlycolaldehydeRelated: Oxidation of ethylene glycol can yield glycolaldehyde.

• HumuleneRelated: Exposure to oxygen can alter humulene during storage and processing.

• JarositeRelated: Oxidation converts dissolved iron into Fe³⁺, a key ingredient in jarosite precipitation.

• ManganateRelated: Converting manganate to permanganate is an oxidation by one electron per manganese.

• Oxygen cycleRelated: Oxidation transfers oxygen into minerals and other compounds, removing it from free-oxygen reservoirs.

• Sodium permanganateNarrower topic: The salt serves as a reagent for oxidizing compounds in solution.

• AdrenochromeNarrower topic: It converts adrenaline into adrenochrome.

• Allyl alcoholRelated: Oxidation of allyl alcohol can yield acrolein or acrylic acid, depending on conditions.

• ErythriteRelated: Oxidation of cobalt-bearing ores creates the near-surface conditions in which erythrite forms.

• IndigoferaRelated: Exposure to air helps convert soluble indoxyl into insoluble blue indigo.

• Reduction potentialCompared with: Every reduction is paired with oxidation in a redox reaction.

• ResorcinolRelated: Oxidation can transform resorcinol into colored quinonoid products.

• Selenium dioxideNarrower topic: SeO₂ belongs to the broader class of reagents that oxidize organic molecules.

• Tincture of iodineRelated: Iodine’s reactions with cellular molecules contribute to its broad antimicrobial effects.

• 2-MercaptoethanolCompared with: 2-Mercaptoethanol is oxidized as it reduces disulfide bonds.

• Ammonium iron(II) sulfateRelated: Iron(II) is oxidized to iron(III) in the salt’s common analytical reactions.

• BenzofuranRelated: Oxidative reactions can transform benzofuran’s unsaturated oxygen-containing ring.

• Dichlorine monoxideNarrower topic: Cl₂O acts as an oxidant in reactions where substrates are converted to more oxidized products.

• Environmental biotechnologyCompared with: It can act faster than biological treatment but often requires chemical inputs.

• Isatis tinctoriaRelated: Exposure to air converts reduced dye within fibers into visible blue indigo.

• Pelargonic acidRelated: Oxidative cleavage of longer unsaturated fatty acids can produce shorter acids, including nonanoic acid.

• Reactivity seriesRelated: Metals near the reactive end readily lose electrons as they form positive ions.