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The 66 pages that link to Oxidizing agent, each with the reason it gives.

• CombustionRelated: An oxidizer enables the fuel's exothermic reaction; it need not be atmospheric oxygen.

• OxidationRelated: It causes oxidation by taking the electrons the oxidized substance loses.

• Corrosive substanceRelated: Oxidizers corrode by driving electron-transfer reactions that alter the contacted material.

• Chemical burnRelated: Oxidizers such as bleach can injure tissue through chemical reactions distinct from acid or alkali corrosion.

• Electrochemical seriesRelated: Higher standard reduction potentials correspond to stronger oxidizing agents.

• Potassium nitrateRelated: Nitrate can supply oxygen during reactions that make potassium nitrate useful in pyrotechnics.

• Perchloric acidRelated: Concentrated perchloric acid can react violently with organic or reducing materials.

• Solid-propellant rocketRelated: The motor carries oxidizer with its fuel, so burning does not depend on atmospheric oxygen.

• Hypochlorous acidRelated: Hypochlorous acid accepts electrons while oxidizing microbial and other chemical targets.

• PyrotechnicsRelated: Many pyrotechnic mixtures carry their own oxidizer, allowing combustion without relying on air.

• FireworksRelated: Firework compositions need oxidizers to sustain rapid combustion.

• Liquid-propellant rocketRelated: Carried oxidizer lets the engine burn fuel beyond Earth’s atmosphere.

• PyrophoricityRelated: Air acts as the oxidizing environment for many pyrophoric materials.

• RocketRelated: Rocket combustion can continue beyond the atmosphere because the oxidizer travels onboard.

• DisinfectantRelated: Oxidizers such as chlorine compounds damage microbial proteins, membranes, and genetic material.

• Sodium chlorateRelated: Sodium chlorate can intensify fires even though it is not itself a fuel.

• Chemical storageRelated: It must be kept apart from fuels and other incompatible substances.

• Liquid oxygenRelated: Liquid oxygen intensifies combustion by supplying concentrated oxygen to fuels.

• Sodium nitrateRelated: Nitrate can accept electrons in high-temperature reactions, making sodium nitrate useful in some oxidizing mixtures.

• Chlorine trifluorideRelated: ClF₃ drives oxidation while being reduced in reactions with many materials.

• Barium nitrateRelated: Its nitrate content can accelerate fires when mixed with combustible materials.

• Bromic acidRelated: Bromic acid’s bromine can be reduced as the acid oxidizes other substances.

• Calcium hypochloriteRelated: Calcium hypochlorite is a strong oxidizer, which explains its fire and reaction hazards.

• Copper(II) nitrateRelated: Nitrate can participate in oxidation reactions, especially under strongly heated conditions.

• Sodium bromateRelated: This chemical role accounts for sodium bromate’s principal reactivity.

• Aluminium nitrateRelated: Nitrate can support oxidizing reactions, especially when heated or combined with fuels.

• Ammonium dichromateRelated: Dichromate’s oxidizing action contributes both to its demonstrations and to its reactivity hazards.

• Lithium nitrateRelated: Nitrate can act as an oxidizer, especially in energetic mixtures.

• Magnesium nitrateRelated: Nitrate can support oxidation reactions, especially when magnesium nitrate is heated with combustible material.

• ReagentRelated: Oxidizing reagents change reaction partners by taking electrons.