This software uses Geant4 simulation toolkit for computing detector efficiency in terms of peak efficiency and gross efficiency. It is designed mainly for gamma detectors (NaI or HpGe) but can be extended for beta or any other radiation type. Radiation source can be frontal beam, point source, Sarpagan baker (cylinder) and Marinelli baker. Due to the nature of Monte Carlo simulation technique, all geometries involved must be well known for accurate results!

Can be used along with RadiationHelper (Beta_Gamma_MC module with Geant4 checkbox selected) but make sure that inside RadiationHelper folder there is MonteCarloPath.txt file having the first line pointing to the path of detector.exe folder (e.g. D:\\DetectorCalibration\\Build) and, if on Linux, next lines pointing to the Geant4 data.
RadiationHelper is found here: https://sourceforge.net/projects/radiationhelper/

Source code included. Also, available on GitHub:
https://github.com/ZiliasTheSaint/DetectorCalibration.git

Project Activity

See All Activity >

Categories

Physics, Education

License

BSD License

Follow DetectorCalibration

DetectorCalibration Web Site

Other Useful Business Software
Stay in Flow. Let Zenflow Handle the Heavy Lifting. Icon
Stay in Flow. Let Zenflow Handle the Heavy Lifting.

Your AI engineering control center. Zenflow turns specs into shipped features using parallel agents and multi-repo intelligence.

Zenflow is your engineering control center, turning specs into shipped features. Parallel agents handle coding, testing, and refactoring with real repo context. Multi-agent workflows remove bottlenecks and automate routine work so developers stay focused and in flow.
Try free now
Rate This Project
Login To Rate This Project

User Reviews

Be the first to post a review of DetectorCalibration!

Additional Project Details

Intended Audience

Education, Science/Research

Programming Language

C++

Related Categories

C++ Physics Software, C++ Education Software

Registered

2017-04-05