The discussion focuses on calculating the linear attenuation coefficient (μ) for gamma rays using experimental data on count rates against material thickness. Participants confirm that plotting the natural logarithm of the count rate ratio (C/C0) against thickness is a valid method to derive μ. It is emphasized that separate plots should be made for each material, such as aluminum (Al), lead (Pb), and iron (Fe). The intensity value is not required for this calculation, simplifying the process for users.
PREREQUISITESStudents in physics or engineering, researchers in radiation physics, and anyone involved in experimental setups for gamma ray attenuation studies.
Yes. Be sure to make separate plots for each material. You don't need "Intensity" to figure out μ. Just plot the ratio C/C0 that is the ratio of counting rate at a given thickness to the counting rate without any absorber.adamworth said:Can I do this by plotting the natural log of count rate against thickness?