AMODS

This page is a mirror of Electron Impact Excitation/Ionization Sub-Database of AMODS

1. Electron Impact Total Ionization Cross Sections [Theoretical]

data source : Y. K. Kim
Choose one of the Target Atoms or Molecules and click

O [DATA]
C [DATA]
N (from 4S 2D 2P) [DATA]
N (from 2D only) [DATA]
N (from 2P only) [DATA]

2. Electron Impact Elastic Differential Cross Sections [Experimantal]

data source : H. Cho and H. Tanaka
Choose one of the Target Molecules and input the incident electron energy, then click

CF3Cl   [1.5 - 100.0 eV]   [DATA] [ref]
CF3Br   [0.7 - 100.0 eV]   [DATA] [ref]
CF3I     [1.5 - 60.0 eV]   [DATA] [ref]
H2O     [4.0 - 50.0 eV]   [DATA] [ref]

Energy or energies of incident electron :

3. Electron Impact Differential Cross Sections [Experimantal]

data source : T. W. Shyn experimental method: crossed beam experiment
Choose one of the Target Atoms or Molecules

O2 N2 H2 H2O CO2 SO2 CH4 O H He

Choose one of the scattering processes from the following list:

    Elastic Scattering Differential Cross Section (DCS) [ref]
    [2 - 200 eV] [DATA]

    Vibrational Excitation DCS of Electronic Ground State [ref]
    Vibrational level 1 (v=1) [5 - 15 eV] [DATA]
    Vibrational level 2 (v=2) [5 - 15 eV] [DATA]
    Vibrational level 3 (v=3) [7 - 15 eV] [DATA]
    Vibrational level 4 (v=4) [7 - 15 eV] [DATA]

    Electronic Excitation DCS of a and b states [5 -20 eV] [ref]
    a 1Deltag [DATA]
    b 1Sigmag [DATA]

    Electronic Excitation DCS of Schumann-Runge Continuum [15 - 50 eV] [ref]
    1 3Pig(v) state [DATA]
    B 3Sigmau state [DATA]
    Unknown states [DATA]

    Electronic Excitation DCS of the longest and the second bands [15 -50 eV] [ref]
    The longest band [DATA]
    The second band [DATA]

    Doubly Differential Cross Section of Secondary Electron [ref]
    at impact energy of 25 eV [1 - 6 eV] [DATA]
    at impact energy of 50 eV [1 - 19 eV] [DATA]
    at impact energy of 75 eV [1 - 31.4 eV] [DATA]
    at impact energy of 100 eV [1 - 43.9 eV] [DATA]
    at impact energy of 150 eV [1 - 69 eV] [DATA]
    at impact energy of 250 eV [1 - 118.7 eV] [DATA]

Energy or energies of incident electron :