Python code to estimate detection efficiency at different energies for AmBe in outer tungsten capsule centered on GeIII endcap face in near orientation.
python version: Python 3.10.10
jupyter version:
IPython : 8.14.0
ipykernel : 6.24.0
ipywidgets : not installed
jupyter_client : 8.3.0
jupyter_core : 5.3.1
jupyter_server : 2.7.0
jupyterlab : 4.0.3
nbclient : 0.8.0
nbconvert : 7.6.0
nbformat : 5.9.1
notebook : 6.5.4
qtconsole : not installed
traitlets : 5.9.0
matplotlib version: 3.7.2
numpy version: 1.25.1
pandas version 2.0.3
scipy version 1.11.1
iminuit version 2.22.0
Author: Mariia Fedkevych, mariia.fedkevych@gmail.com
-
Download and open Analysis_GeSim_AmBe_with_outer_W_endcap_near_total_efficiency.ipynb as a jupyter notebook. Give a correct path to the output simulation .root file produced by the code in AmBe_GeSim_efficiency (of AmBe source in the outer tungsten capsule centered on the endcap face of GeIII in near orientation), and run the code.
-
It will produce a spectrum histogram for each gamma energy simulation with a zoomed region of the detected peak at this energy and count the number of events in this peak, the plot and fit the detection efficiency curve corresponding to this geometry.