Computational Analysis and Simulation of Geiger-Müller Counter Instrument F-factor Using Wolfram Mathematica Software: Case Study of LARA 10 as integrated part of Radiation Laboratory LR-M2

Abstract

This paper introduces an interactive simulation developed using the Wolfram Mathematica software package for determination of the device F-factor for the Geiger-Müller counter component LARA 10, within the context of the LR-M2 radiation laboratory. LR-M2, a military-origin laboratory established in the early 1980s, houses the LARA 10 device, which is crucial for radiation detection and measurement. The simulation focuses on computing the F-factor based on the registered radiation intensity with different radiation filters. Through an interactive interface, users can explore the impact of varying radiation levels and filter types on F-factor calculations, providing valuable insights into the device's performance characteristics. This interactive approach enhances understanding and facilitates experimentation, enabling users to optimize radiation detection processes in the LR-M2 laboratory setting. The findings contribute to the advancement of radiation monitoring technology, particularly in civilian applications, ensuring enhanced capabilities for effective radiation hazard management.