Scattering of electrons is a fundamental phenomenon where energetic electrons interact with matter. Knowledge of electron scattering cross sections is an important and indispensable tool for the quantitative and qualitative analysis of various interaction processes. Present work finds the applications in varieties of fields such as gas discharges, plasma, radiation chemistry, planetary atmospheres mass spectrometry, studies relevant to astrophysics, atmospheric physics, Plasma physics, radiation physics etc. For any model study towards understanding the local chemistry, one requires electron...

The persistent interest in the investigation of the electron atom/molecule collisions is driven by the increase in importance of the electron assisted processes in the development of modern technologies. Apart from the importance of the scattering data in the various applied fields they are also of fundamental importance as scattering is one of the most basic processes to study the structure and properties of the target. Therefore, electron atom/molecule collisions have been investigated both by theoretical and by experimental atomic and molecular physics communities since the early years of...

Scattering of electrons is a fundamental phenomenon occurring either as a primary or secondary process whenever ionizing radiation interacts with matter. Energy deposition models, to study the interaction of radiation with matter and radiation damage, require scattering cross section data for all possible processes. Knowledge of electron scattering cross sections is therefore the most important and indispensable tool for the quantitative analysis of radiation impact phenomena. Electron impact ionization cross sections find practical applications in many branches of science viz. fusion edge...