Difference between revisions of "Ionator"
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IONATOR is a custom element for the simulation of electron impact ionization in General Particle Tracer (GPT). It uses Monte Carlo algorithms to calculate ionization probabilities and secondary electron energies, then calculates the trajectories of the ion, secondary electron, and scattered electron using relativistic kinematics. | IONATOR is a custom element for the simulation of electron impact ionization in General Particle Tracer (GPT). It uses Monte Carlo algorithms to calculate ionization probabilities and secondary electron energies, then calculates the trajectories of the ion, secondary electron, and scattered electron using relativistic kinematics. | ||
| − | Currently | + | Currently H<sub>2</sub> |
[[CIS Codes | Back to CIS Codes]] | [[CIS Codes | Back to CIS Codes]] | ||
[[Josh Yoskowitz | Josh Yoskowitz's Ciswiki Page]] | [[Josh Yoskowitz | Josh Yoskowitz's Ciswiki Page]] | ||
Revision as of 13:10, 25 October 2022
Welcome to the IONATOR home page!
IONATOR is a custom element for the simulation of electron impact ionization in General Particle Tracer (GPT). It uses Monte Carlo algorithms to calculate ionization probabilities and secondary electron energies, then calculates the trajectories of the ion, secondary electron, and scattered electron using relativistic kinematics.
Currently H2