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TA Notes

Arthur Holly Compton was awarded the Nobel Prize in 1927 for his work (published in 1923) of careful spectroscopic measurements of x-rays scattered at various angles by light elements. He found that x-rays scattered at larger angles had systematically larger wavelengths, and he was able to explain these observations by considering the scattering as a collision between a single photon and a single electron in which energy and momentum are conserved; this effect now b…</description>
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Arthur Holly Compton was awarded the Nobel Prize in 1927 for his work, published in 1923, of careful spectroscopic measurements of x-rays scattered at various angles by light elements. He found that x-rays scattered at larger angles had systematically larger wavelengths. He discovered that the observations were accounted for by considering the scattering as a collision between a single photon and a single electron in which energy and momentum are conserved. This effect now be…</description>
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        <description>Analysis of Compton Scattering data by MCC.  July/August 2017.
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TA Notes

Arthur Holly Compton was awarded the Nobel Prize in 1927 for his work (published in 1923) of careful spectroscopic measurements of x-rays scattered at various angles by light elements. He found that x-rays scattered at larger angles had systematically larger wavelengths, and he was able to explain these observations by considering the scattering as a collision between a single photon and a single electron in which energy and momentum are conserved; this effect now b…</description>
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