Alpha & Gamma Radiation Effects on CR-39 Detectors

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SUMMARY

The discussion focuses on the optical effects of alpha and gamma radiation on CR-39 detectors. The user seeks references for UV/Vis spectroscopy, specifically regarding absorption and fluorescence, as well as information on alpha track effects. The conversation highlights the niche nature of the topic, indicating that expertise may be limited within the forum. Users are encouraged to conduct thorough online research and consult with instructors or colleagues for additional insights.

PREREQUISITES
  • Understanding of CR-39 detectors and their applications in radiation detection.
  • Knowledge of UV/Vis spectroscopy techniques, including absorption and fluorescence.
  • Familiarity with alpha and gamma radiation properties and their interactions with materials.
  • Research skills to locate scientific literature and references on specialized topics.
NEXT STEPS
  • Research UV/Vis spectroscopy methods for analyzing CR-39 detectors.
  • Explore scientific literature on alpha track formation in CR-39 materials.
  • Investigate the effects of gamma radiation on polymeric materials like CR-39.
  • Consult academic databases for peer-reviewed articles on radiation detection technologies.
USEFUL FOR

Researchers, physicists, and materials scientists interested in radiation detection, particularly those working with CR-39 detectors and spectroscopy techniques.

jhon
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hi
i am study the optical effect of alpha radiation and gamma radiation on cr-39 detector

i want good reference for uv/vis spectroscopy ( obsorption and Fluorescence)
and any good reference alpha track effect
 
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does anyone can help me
 
Last edited:
You are asking for help on a very very specific topic. Don't be suprised if no one here knows anything about CR-39 detectors. Someone might, but the more specific and advanced the topic of your question is, the less likely someone has experience with it. In the meantime, make sure you do a thorough search online. You could also try asking any instructors, colleagues, or someone else like that for assistance, if you haven't already.
 

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