Measurements of the ionization cross section with electron impact of methane molecule on coplanar geometry

In this research, the ionization cross section measurements of the methane molecules with electron impact were taken at coplanar geometry. It was done the differential cross sections (DDCS) measurements of methane molecules depending on the angular distrubitons of outgoing electrons for (5-50 eV) detection energies which is reveal from activating the methan molecules with the electron molecules 50-100-150 eV energies. In electron-molecule collision experiments, an electron beam with a specified energy collides with target gas molecules and the outgoing particles after the reaction are detected depending on their angles and energies. Correct expression of interection potential and particle wave functions provides to understand scattering event. Understanding the multiple particle system give imortant information on the ionization dynamics and the structure of the target. The basic knowledge taken from electron scattering experiments will help us to better understand the event in nature. The experiments in this work are taken on the electron spectrometer at Afyon Kocatepe University, e-COL Laboratory.