Spin and Binary scattering information
Description
Spin information defines the spin precession algorithm and BinaryScattering will introduce binary scattering processes, for instance, the nuclear reaction, into the simulation.
Options
Spin
| Parameter | Value Type | Description |
|---|---|---|
| spinInfo | Table | A table that contains information about the spin of the particles. |
| use_spin | Boolean | A boolean value that determines whether or not to use spin in the simulation. |
| use_bmt | Boolean | A boolean value that determines whether or not to use the Bogoliubov-Mann transformation in the simulation. |
| use_mbmt | Boolean | A boolean value that determines whether or not to use the modified Bogoliubov-Mann transformation in the simulation. |
spin
[spinInfo]
use_spin = false
use_bmt = false
use_mbmt = false
Binary scattering
| Parameter | Value Type | Description |
|---|---|---|
| biScatterInfo | Table | A table that contains information about the bi-scattering process. |
| speciesInitial | Array of Strings | An array of strings that specifies the initial species for each bi-scattering event. |
| speciesFinal | Array of Strings | An array of strings that specifies the final species for each bi-scattering event. |
| fileNames | Array of Strings | An array of strings that specifies the names of the output files for each bi-scattering event. |
| scatteringName | String | A string value that specifies the name of the scattering process. |
binary scattering
[[biScatterInfo]]
speciesInitial = ["electron", "electron"]
speciesFinal = ["positron", "positron"]
fileNames = ["energy.txt", "crossSection.txt"]
scatteringName = "gammaNuclear"