Difference between revisions of "Electronic stopping"
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| − | <code>electronic_stopping</code> sets the option for doing a radiation cascade simulation where the electronic stopping and electronic energy loss will be | + | <code>electronic_stopping</code> sets the option for doing a radiation cascade simulation where the electronic stopping will be taken into account and and electronic energy loss will be calculated. This is typically invoked while simulating collision cascades of atoms. There are three input keywords for which inputs need to be provided if this calculation is invoked. These are as follows: |
<code>eel_cut</code>, <code>eel_freq_out</code>, <code>estop_filename</code>. | <code>eel_cut</code>, <code>eel_freq_out</code>, <code>estop_filename</code>. | ||
Revision as of 11:11, 28 September 2023
electronic_stopping sets the option for doing a radiation cascade simulation where the electronic stopping will be taken into account and and electronic energy loss will be calculated. This is typically invoked while simulating collision cascades of atoms. There are three input keywords for which inputs need to be provided if this calculation is invoked. These are as follows:
eel_cut, eel_freq_out, estop_filename.
Summary
| Required/optional | Type | Accepted values | Default | See also | Remarks |
|---|---|---|---|---|---|
| Optional | Boolean | .true. or .false.
|
.false.
|
eel_cut, eel_freq_out, estop_filename
|
Required functionality for simulating collision cascades |
Example
electronic_stopping = .true. eel_cut = 1.0 ! in eV eel_freq_out = 10 estop_filename = 'stopping-data-file'
