Unpaired electron
In chemistry, an unpaired electron is an electron that occupies an orbital of an atom singly, rather than as part of an electron pair. Each atomic orbital of an atom (specified by the three quantum numbers n, l and m) has a capacity to contain two electrons (electron pair) with opposite spins. As the formation of electron pairs is often energetically favourable, either in the form of a chemical bond or as a lone pair, unpaired electrons are relatively uncommon in chemistry, because an entity that carries an unpaired electron is usually rather reactive. In organic chemistry they typically only occur briefly during a reaction on an entity called a radical; however, they play an important role in explaining reaction pathways.
Barium ferrateBiological functions of nitric oxideCarbon nanofoamCharles J. PedersenChromium(I) hydrideElectron configurationElectron pairElectron paramagnetic resonanceFenton's reagentFerrate(VI)FerromagnetismFree electronGlossary of chemistry termsIonIron(II) hydrideIron oxide nanoparticleKoelsch radicalMagnetochemistryMass spectral interpretationMetallic bondingNeodymium magnetNitric oxideOrganic peroxideParamagnetismPascal's constantsPolyatomic ionRadical (chemistry)Rare-earth magnetSpin isomers of hydrogenSulfur trifluorideSuperoxideUltramarineYtterbium(III) chloride
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Unpaired electron
In chemistry, an unpaired electron is an electron that occupies an orbital of an atom singly, rather than as part of an electron pair. Each atomic orbital of an atom (specified by the three quantum numbers n, l and m) has a capacity to contain two electrons (electron pair) with opposite spins. As the formation of electron pairs is often energetically favourable, either in the form of a chemical bond or as a lone pair, unpaired electrons are relatively uncommon in chemistry, because an entity that carries an unpaired electron is usually rather reactive. In organic chemistry they typically only occur briefly during a reaction on an entity called a radical; however, they play an important role in explaining reaction pathways.
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Con il termine elettrone spaia ...... H3• indica il radicale metile.
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Een ongepaard elektron is een ...... n zeven ongepaarde elektronen.
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In chemistry, an unpaired elec ...... etism, and antiferromagnetism.
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Un electró desaparellat o és a ...... ue tenen el mateix valor del .
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Un electrón desparejado o elec ...... o hacia los polos de un imán).
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Un électron célibataire (ou no ...... tique des réactions chimiques.
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Неспа́рений електро́н — електр ...... ні парамагнітних властивостей.
@uk
不対電子(ふついでんし、英: unpaired electr ...... ある。 対になっていない電子があることが磁性の特性をきめる。
@ja
不成對電子指在分子軌道中只以單顆存在的電子,而不形成電子對。 ...... 形式短暫出現於化學反應中,此概念在以解釋反應的過程尤為重要。
@zh
홀전자(영어: unpaired electron) 또는 ...... 는 원소만이 상자성, 강자성, 반강자성을 지니게 된다.
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Con il termine elettrone spaia ...... con un doppietto elettronico.
@it
Een ongepaard elektron is een ...... t aantal belangrijke reacties.
@nl
In chemistry, an unpaired elec ...... explaining reaction pathways.
@en
Un electró desaparellat o és a ...... les seves propietats òptiques.
@ca
Un electrón desparejado o elec ...... o hacia los polos de un imán).
@es
Un électron célibataire (ou no ...... e du cortège électronique). En
@fr
Неспа́рений електро́н — електр ...... ні парамагнітних властивостей.
@uk
不対電子(ふついでんし、英: unpaired electr ...... ある。 対になっていない電子があることが磁性の特性をきめる。
@ja
不成對電子指在分子軌道中只以單顆存在的電子,而不形成電子對。 ...... 形式短暫出現於化學反應中,此概念在以解釋反應的過程尤為重要。
@zh
홀전자(영어: unpaired electron) 또는 ...... 전자가 다른 물질의 전자와 쌍을 이루지 못하게 한다.
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label
Electró desaparellat
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Electrón desapareado
@es
Elettrone spaiato
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Ongepaard elektron
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Unpaired electron
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Électron célibataire
@fr
Неспарений електрон
@uk
不対電子
@ja
不成對電子
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홀전자
@ko