Electron impact elastic scattering and vibrational excitation of ethylene

POSTER

Abstract

Experimental and theoretical (Schwinger Multi-Channel model) differential scattering cross sections for low energy electron elastic scattering plus vibrational excitation (4 energy loss features) of ethylene are presented. The incident electron energy range is from 0.5eV to 100eV and scattering angles of 5 to 130 degrees. Comparisons with theory and past available measurements show good agreement in general.

*Funded by a National Science Foundation Collaborative Research Grant to CSUF and Caltech

Authors

  • Murtadha Khakoo

    • Cal State Univ- Fullerton

  • Sabaha Khakoo

    • Cal State Univ- Fullerton

  • Ahmad Sakaamini

    • Cal State Univ- Fullerton

  • Leigh Hargreaves

    • Cal State Univ- Fullerton

  • Carl Winstead

    • California Institute of Technology
    • Caltech

  • Vince McKoy

    • California Institute of Technology
    • Caltech