iRPC studies based on Backend-electronics

This study begins with a brief overview of the data acquisition system of iRPC (improved Resistive Plate Chambers) and the data analysis procedure. Two main projects are discussed which are data analysis to find the gap spacer structure from random trigger data with gamma-ray source in GIF++ and the second project is obtaining the efficiency of the newly assembled chamber with cosmic rays. The results are presented in project sections and conclusions are discussed in each section.