Linked from

The 38 pages that link to Ozone, each with the reason it gives.

• OxygenBroader topic: Ozone is a distinct allotrope with atmospheric effects unlike those of O₂.

• Molecular orbital theoryBroader topic: Its molecular orbitals describe equivalent O–O bonds despite distinct Lewis structures.

• Oxidizing agentBroader topic: Its oxidizing power is used to treat water and break down contaminants.

• ChlorineCompared with: It offers a chlorine-free alternative for water treatment, though it leaves no lasting disinfectant residual.

• Hydrogen peroxideCompared with: Ozone is another strong oxidizer used in disinfection and treatment, but it is a gas.

• Ozone layerNarrower topic: The ozone layer is one location and role of this molecule.

• AllotropyBroader topic: It differs from ordinary oxygen in molecular structure and chemical behavior.

• Aviation emissionsRelated: Aircraft nitrogen oxides can increase ozone at cruise altitudes while influencing ozone chemistry elsewhere.

• Sodium hypochloriteCompared with: It treats water through oxidation but leaves no persistent chlorine residual.

• Chlorine dioxideCompared with: Ozone is another strong water-treatment oxidant, but it leaves no persistent disinfectant residual.

• Hypochlorous acidCompared with: Ozone offers a chlorine-free oxidation route for applications that use hypochlorous acid.

• Secondary organic aerosolRelated: Ozone reacts with unsaturated organic gases and can generate condensable products.

• Corona dischargeRelated: Corona in air can generate ozone, an oxidant that can irritate the respiratory system.

• PeroxidesCompared with: Ozone is a powerful oxidant without the peroxide O–O single-bond structure.

• Air quality indexRelated: Ground-level ozone is another common input to daily index calculations.

• Singlet oxygenCompared with: Ozone is a distinct oxygen-derived oxidant, not an electronically excited O₂ molecule.

• Ozone–oxygen cycleBroader topic: Ozone is the molecule repeatedly formed and broken in the cycle.

• ChloramineCompared with: Unlike chloramine, ozone typically leaves no lasting disinfectant residual in distribution pipes.

• OzonolysisNarrower topic: Ozone is the reagent that initiates the transformation.

• Atmospheric absorptionBroader topic: Ozone absorbs ultraviolet radiation and also contributes to infrared absorption.

• ChalcogenBroader topic: Ozone is a distinct oxygen allotrope whose properties differ markedly from O₂.

• Resonance structureBroader topic: Its resonance structures explain why its two oxygen–oxygen bonds have equal lengths.

• SuperoxideCompared with: It is a powerful oxygen oxidant formed and reacting by pathways distinct from superoxide.

• Atmospheric aerosolCompared with: Ozone is a gaseous pollutant, whereas aerosols are suspended particles or droplets.

• Bent molecular geometryBroader topic: Ozone’s bent structure shows that a molecule made from one element can have this geometry.

• Peracetic acidCompared with: Both oxidants act rapidly, but ozone is generated on site and leaves no persistent disinfectant residual.

• MonochloramineCompared with: Unlike monochloramine, ozone leaves no lasting disinfectant residual in distribution pipes.

• Calcium hypochloriteCompared with: Ozone provides an alternative oxidizing disinfectant but leaves no persistent chlorine residual.

• Oxygen cycleRelated: Atmospheric chemistry continually forms and destroys ozone, interconverting oxygen-bearing gases.

• Ozone therapyNarrower topic: Its reactivity is the basis of therapeutic claims and the source of tissue damage.

• Sodium permanganateCompared with: Ozone can oxidize water contaminants without introducing a dissolved metal ion.

• AllotropeBroader topic: Ozone and diatomic oxygen are molecular allotropes in the gaseous state.

• Allotropes of oxygenBroader topic: It is the reactive allotrope contrasted with ordinary molecular oxygen.

• GeosminCompared with: Ozone can accompany storm smells, but its sharp scent differs from geosmin's earthy odor.

• AntozoniteRelated: The historical explanation of antozonite's smell invoked ozone as well as fluorine.

• Carbonyl sulfideCompared with: Unlike carbonyl sulfide, ozone is short-lived and strongly absorbs ultraviolet radiation.

• Dinitrogen pentoxideRelated: It helps oxidize nitrogen dioxide toward dinitrogen pentoxide at night.

• Peroxymonosulfuric acidCompared with: It offers a chemically distinct alternative oxidant in some treatment settings.