Can 96-Cm-247 Undergo Alpha Decay?

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SUMMARY

The discussion centers on the potential for 96-Cm-247 to undergo alpha decay. Participants emphasize the importance of presenting calculations clearly, suggesting the use of LaTeX for better readability. The conversation highlights the need for precise data and methodologies in nuclear decay analysis, reinforcing the significance of clear communication in scientific discussions.

PREREQUISITES
  • Understanding of nuclear decay processes
  • Familiarity with alpha decay mechanisms
  • Proficiency in LaTeX for scientific documentation
  • Knowledge of isotopes and their stability
NEXT STEPS
  • Research the alpha decay process of isotopes
  • Learn how to use LaTeX for scientific calculations
  • Explore the stability of heavy isotopes like 96-Cm-247
  • Investigate experimental methods for detecting alpha decay
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Physicists, nuclear chemists, and students studying nuclear physics who are interested in alpha decay and isotope stability.

dcarmichael
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Homework Statement
We are asked to calculate the half life of 96-Cm-247 using equations from class, and to compare this calculated value to the real value. When comparing there appears to be a very large discrepancy. I'm wondering if this is to be expected or if there is a calculation error on my part. Ill attach my attempt at a solution
Relevant Equations
attached
nuclear 1.jpg
Nuclear 2.jpg
 
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I am unable to read your attachments. I suggest you type in your calculations. Try to use latex.
 
thank you I will update it.
 

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