A highly reactive modification of oxygen whereby the two oxygen atoms in oxygen (02) are increased to three (03).
A form of oxygen consisting of molecules of three oxygen atoms (03), as compared with atmospheric oxygen with two oxygen atoms (CL).
Toxic gas containing three atoms of oxygen per molecule (not the usual two) found in the upper atmosphere, where it shields out ultraviolet radiation from the sun. There is concern that the manufacture of various chemicals, as fluorocarbons used as propellants in aerosol sprays, and the effects of high-flying aircraft are destroying this protective layer and allowing excessive amounts of ultraviolet radiation to penetrate the earth’s atmosphere, thus subjecting humans to increased dangers of skin cancer and other health problems.
A form of oxygen in which the molecules contain three atoms instead of the usual two. Ozone is formed when oxygen is exposed to the silent discharge of electricity, which accounts for the distinctive odor of the air following a thunderstorm and the air immediately surrounding high-voltage electrical equipment. Ozone occurs naturally in small amounts in the stratosphere (the ozone layer), where it protects life on earth by absorbing solar ultraviolet radiation.
A poisonous gas containing three oxygen atoms per molecule. Ozone is a very powerful oxidizing agent, formed when oxygen or air is subjected to electric discharge. Ozone is found in the atmosphere at very high altitudes and is responsible for destroying a large proportion of the sun’s ultraviolet radiation. Without this absorption by ozone the earth would be subjected to a lethal amount of ultraviolet radiation.
An especially active and poisonous form of oxygen. It is an allotrope of oxygen, being a triatomic molecule consisting of three oxygen atoms. Ozone has a characteristic smell and is a strong oxidizing agent. Formed when an electrical charge is passed through oxygen or air, it is found at high altitudes in the atmosphere, where it screens out much of the sun’s ultraviolet radiation.
A form of oxygen present in the stratosphere in which three atoms of the element combine to form the molecule 03. Depletion of the ozone in the stratosphere permits increased exposure to ultraviolet light. This favors the development of skin cancers and cataracts and may impair cellular immunity.
A form of oxygen that chemically reacts with many substances.
A gas present in the Earth’s atmosphere, ozone forms a protective layer approximately 15 miles (24 kilometers) above the planet’s surface. This ozone layer aids in safeguarding living organisms against the harmful impact of the sun’s ultraviolet rays.
Ozone (O3), a variant of oxygen, is a slightly bluish and toxic gas generated through the effects of electrical discharges (like lightning) on oxygen molecules (O2), as well as through interactions between hydrocarbon pollutants and sunlight.
Naturally, ozone is present in the upper atmosphere, functioning as a shield against the majority of the sun’s detrimental ultraviolet radiation. However, the ozone layer is undergoing depletion due to atmospheric pollutants, which results in a greater influx of ultraviolet radiation to the Earth’s surface. Consequently, there’s an escalated likelihood of the impacted populations experiencing elevated instances of specific diseases and conditions, like skin cancer and cataracts.
Elevated ground-level ozone concentrations serve as an indicator of diminished air quality. During such situations, the heightened levels significantly raise the probability of exacerbating respiratory issues for individuals with allergic lung conditions, especially when engaging in physical exercise.
Ozone is a variant of oxygen. While oxygen is typically represented chemically by two oxygen atoms (O2), ozone is made up of three oxygen atoms (O3). Ozone is utilized as a disinfectant.