- #1
PiratePhysicist
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I'm currently working on my junior project (it's basically a senior project, but for some reason you're supposed to take it third year), which is to measure the energy distribution of cosmic muons. We're doing this by measuring the muon flux that reaches a scintillator paddle below a stack of lead and varying the size of the stack of lead. Of course we're using the Bethe-Bloch equation. Now I've found in both a book from the library and chapter 27 of the PDG's works that there is no working model for the 0.01 \leq \beta \leq 0.05 range, so in the equation
<br /> R(T_0)=R_0(T_{min})+{\int_{T_{min}}}^T_0\left(\frac{dE}{dx}\right)^{-1}dE<br />
The values for R_0 and T_{min} are empirically determined. So is there anyway I can find these value? Any help at all? Thanks.
--
Kristopher
<br /> R(T_0)=R_0(T_{min})+{\int_{T_{min}}}^T_0\left(\frac{dE}{dx}\right)^{-1}dE<br />
The values for R_0 and T_{min} are empirically determined. So is there anyway I can find these value? Any help at all? Thanks.
--
Kristopher