Klein–Nishina formula
The Klein–Nishina formula gives the differential cross section of photons scattered from a single free electron in lowest order of quantum electrodynamics. At low frequencies (e.g., visible light) this yields Thomson scattering; at higher frequencies (e.g., x-rays and gamma-rays) this yields Compton scattering. For an incident unpolarized photon of energy , the differential cross section is: Note that this result may also be expressed in terms of theclassical electron radius : Note that if , and the Klein–Nishina formula reduces to the classical Thomson expression.
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Klein-Nishima FormulaKlein-Nishin formulaKlein-Nishina FormulaKlein-Nishina cross-sectionKlein-Nishina cross sectionKlein-Nishina effectKlein-Nishina formulaKlein-Nishina scatteringKlein-Nishina scattering formulaKlein-nishima formulaKlein–Nishina FormulaKlein–Nishina cross sectionKlein–Nishina effect
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1929 in scienceAnn T. NelmsCentrifugal mechanism of accelerationClassical electron radiusCompton scatteringGamma ray cross sectionJapanese nuclear weapon programKlein-Nishima FormulaKlein-Nishin formulaKlein-Nishina FormulaKlein-Nishina cross-sectionKlein-Nishina cross sectionKlein-Nishina effectKlein-Nishina formulaKlein-Nishina scatteringKlein-Nishina scattering formulaKlein-nishima formulaKlein–Nishina FormulaKlein–Nishina cross sectionKlein–Nishina effectList of effectsOskar KleinQuantum field theoryScientific phenomena named after peopleThomson scatteringX-rayYoshio Nishina
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Klein–Nishina formula
The Klein–Nishina formula gives the differential cross section of photons scattered from a single free electron in lowest order of quantum electrodynamics. At low frequencies (e.g., visible light) this yields Thomson scattering; at higher frequencies (e.g., x-rays and gamma-rays) this yields Compton scattering. For an incident unpolarized photon of energy , the differential cross section is: Note that this result may also be expressed in terms of theclassical electron radius : Note that if , and the Klein–Nishina formula reduces to the classical Thomson expression.
has abstract
In elettrodinamica quantistica ...... ello scattering Compton e vale
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Klein-Nishinas formel är en re ...... parbildning observerats 1933.
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La fórmula de Klein–Nishinadón ...... e la fórmula de Klein–Nishina:
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Rumus Klein–Nishina adalah rum ...... nggunakan rumus Klein–Nishina:
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The Klein–Nishina formula give ...... of the Klein–Nishina formula:
@en
Фо́рмула Кле́йна — Ниси́ны — ф ...... ренциальное сечение рассеяния.
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Формула Клейна—Нісіни — формул ...... ренційний переріз розсіювання.
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クライン＝仁科の公式（クライン＝にしなのこうしき、英: Kl ...... イン＝仁科の公式を表せば となってトムソンの公式が得られる。
@ja
克莱因-仁科公式给出了最低阶的量子电动力学中从单个自由电子散 ...... 射；在更高频率下（例如X射线以及伽马射线）可推出康普顿散射。
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In elettrodinamica quantistica ...... ello scattering Compton e vale
@it
Klein-Nishinas formel är en re ...... med den för Thomsonspridning.
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La fórmula de Klein–Nishinadón ...... secció eficaç diferencial és:
@ca
Rumus Klein–Nishina adalah rum ...... penampang diferensial adalah:
@in
The Klein–Nishina formula give ...... classical Thomson expression.
@en
Фо́рмула Кле́йна — Ниси́ны — ф ...... ренциальное сечение рассеяния.
@ru
Формула Клейна—Нісіни — формул ...... анні визначається формулою: м,
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クライン＝仁科の公式（クライン＝にしなのこうしき、英: Kl ...... 一致する公式となるクライン＝仁科の公式が導かれる事となった。
@ja
克莱因-仁科公式给出了最低阶的量子电动力学中从单个自由电子散 ...... 射；在更高频率下（例如X射线以及伽马射线）可推出康普顿散射。
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label
Formula di Klein–Nishina
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Fórmula de Klein-Nishina
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Klein-Nishina-Wirkungsquerschnitt
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Klein-Nishinas formel
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Klein–Nishina formula
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Rumus Klein–Nishina
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Формула Клейна — Нисины
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Формула Клейна — Нісіни
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クライン＝仁科の公式
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克萊因-仁科公式
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