Will a 5.5 MeV Alpha Particle Experiment Work With Current Detector Limits?

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SUMMARY

The discussion centers on the feasibility of a scattering experiment using a 5.5 MeV alpha particle source directed at a gold foil. Researchers aim to detect 1 particle per second at a 50-degree angle, while their detector has a maximum count rate of 2,000 particles per second. To determine if the experiment can proceed without modifying the detector, the Rutherford differential cross section formula must be applied. Specifically, the ratio of the cross sections at 6 degrees and 50 degrees must be calculated to ensure it is less than 2,000.

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  • Understanding of Rutherford scattering principles
  • Familiarity with differential cross section calculations
  • Knowledge of alpha particle interactions with matter
  • Basic proficiency in experimental physics
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  • Study the Rutherford differential cross section formula in detail
  • Learn about the behavior of alpha particles in scattering experiments
  • Research detector limitations and optimization techniques
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Experimental physicists, researchers in nuclear physics, and anyone involved in designing particle detection systems will benefit from this discussion.

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here is the question.
Researchers want to construct a scattering experiment using a powerful source of 5.5 MeV alpha-particles to scatter from a gold foil. They want to be able to count 1 particle/s at 50 degree. Their detector subtends a small angle and is limited to a maximum count rate of 2,000 particles/s.
Will their experiment work without modifying the detector if the other angle they want to measure is 6 degree.

Can anyone help me out on this question? I do not know which equation I have to apply. (Rutherford eq probably??)
 
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You need the formula for the Rutherford differential cross section.
Then check if sigma(6)/sigma(50) is less than 2000.
 

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