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A beam of ë† mesons contaminated with µ+ mesons is pa iron absorber. Given that the interaction cross-section of iron is 600 mb/nucleus, calculate the thickness of iron necess the beam by a factor of 500. Explain why muons will 0001 -2

A beam of ë† mesons contaminated with µ+ mesons is pa iron absorber. Given that the interaction cross-section of iron is 600 mb/nucleus, calculate the thickness of iron necess the beam by a factor of 500. Explain why muons will 0001 -2

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A beam of mesons contaminated with μ+ mesons is passed through an iron absorber. Given that the interaction cross-section of л mesons with iron is 600 mb/nucleus, calculate the thickness of iron necessary to attenuate the beam by a factor of 500. Explain why muons will be reduced to a much less extent. (The density of iron is 7,900 kg m-2, the atomic mass being 55.85 amu)
Transcribed Image Text:A beam of mesons contaminated with μ+ mesons is passed through an iron absorber. Given that the interaction cross-section of л mesons with iron is 600 mb/nucleus, calculate the thickness of iron necessary to attenuate the beam by a factor of 500. Explain why muons will be reduced to a much less extent. (The density of iron is 7,900 kg m-2, the atomic mass being 55.85 amu)
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