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Total and Single Differential Cross Sections for the Electron Impact Ionization of the Ground State of Helium

T S C Singh, Keka Basu Choudhury, Mala Singh, Narayan Chandara Deb, Soumava Mukherjee, P. S. Mazumdar

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Abstract

\nTotal cross sections (TCS) and single differential cross sections (SDCS) have been computed for the single ionization of the ground state of helium by electron impact in a distorted wave formalism which takes into account the effects of the initial and final channel distortions. The present TCS and SDCS results are in fair agreement with the measured values and other theoretical predictions for the incident electron energy $E_{\\rm i} > 150$ eV.\n

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\nTotal cross sections (TCS) and single differential cross sections (SDCS) have been computed for the single ionization of the ground state of helium by electron impact in a distorted wave formalism which takes into account the effects of the initial and final channel distortions. The present TCS and SDCS results are in fair agreement with the measured values and other theoretical predictions for the incident electron energy $E_{\\rm i} > 150$ eV.\n

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Available abstract

\nTotal cross sections (TCS) and single differential cross sections (SDCS) have been computed for the single ionization of the ground state of helium by electron impact in a distorted wave formalism which takes into account the effects of the initial and final channel distortions. The present TCS and SDCS results are in fair agreement with the measured values and other theoretical predictions for the incident electron energy $E_{\\rm i} > 150$ eV.\n

Key concepts: Helium, Ground state, Ionization, Atomic physics, Electron ionization, Electron, Differential (mechanical device), Physics

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Total and Single Differential Cross Sections for the Electron Impact Ionization of the Ground State of Helium — Research Paper | ScholarLens