Photon and charged particle interactions with matter

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SUMMARY

The discussion centers on teaching "Photon and charged particle interactions with matter" in an introductory medical physics course focused on radiation therapy. The instructor seeks appropriate textbooks that include problems suitable for bachelor students, as they will spend approximately 8 hours on this topic. Key concepts to be covered include dose-volume histograms, Bragg peaks for charged particles, the Bethe equation, and the mechanisms of direct and indirect ionization. The instructor is looking for resources that simplify these complex topics for a foundational understanding.

PREREQUISITES
  • Basic understanding of radiation therapy principles
  • Familiarity with dose-volume histograms
  • Knowledge of Bragg peaks and their significance in charged particle therapy
  • Understanding of ionization processes in medical physics
NEXT STEPS
  • Research textbooks on introductory medical physics that include problem sets
  • Explore resources on the Bethe equation and its applications in radiation therapy
  • Investigate online courses or lectures covering photon interactions with matter
  • Look into case studies involving dose-volume histograms in clinical settings
USEFUL FOR

Medical physics educators, bachelor students in medical physics, and professionals involved in radiation therapy who seek foundational knowledge and teaching resources on photon and charged particle interactions with matter.

Denver Dang
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I am about to teach some of an introductory course for bachelor students in the field of medical physics. More specifically the topic "Photon and charged particle interactions with matter" in respect to radiation therapy (again, medical physics). I know there are a lot of topics within radiation therapy, but this is the topic I was given by my supervisor to teach. My problem is that I also need to find problems within this topic, and the books I have myself (beyond a bachelor level introductory course) are probably a bit to much for bachelor students.
So I was hoping some of you might be able to point me in the direction of a good textbook that also contains problems with regards to this topic ? It should be noted that the students might spend about 8 hours in total on this topic - which I know isn't a lot. But again, it's an introductory course.

Thanks in advance.Regards
 
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Could you give more details about the material that is going to be presented on the subject?
 
DrClaude said:
Could you give more details about the material that is going to be presented on the subject?
That is kind of the deal. My supervisor has told me that I (and other PhD students) would have to find textbooks etc. on our different topics. And then they would go through the material as well. So basically my topic would be about how radiation is deposited into matter (i.e. the body of a human being in the case of cancer treatment). This would probably include some dose-volume-histograms, Bragg peaks for charged particles (maybe even the Bethe equation), direct and indirect ionization, and so forth.
 

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