Implements barrier suppression ionization(BSI) in AtomicPhysics(FLYonPIC) as an ionization potential depression(IPD) contribution in the ApplyIPDIonization-kernel.
ATTENTION: The BSI IPD contribution is only considered in IPDIonization.
Other ionizing transition only consider particle based IPD contributions, like Stewart-Pyatt, when determining the ionization energy.
This is due to Field-based IPD contributions requiring the electric field at the particle position, therefore necessitating access to every superCell cell's field value, which currently is not available in all ChooseTransitionKernels.
A future rework of the IPD implementation is planed that will fix this, but this will take some time.
Implements barrier suppression ionization(BSI) in AtomicPhysics(FLYonPIC) as an ionization potential depression(IPD) contribution in the
ApplyIPDIonization-kernel.ATTENTION: The BSI IPD contribution is only considered in IPDIonization.
Other ionizing transition only consider particle based IPD contributions, like Stewart-Pyatt, when determining the ionization energy.
This is due to Field-based IPD contributions requiring the electric field at the particle position, therefore necessitating access to every superCell cell's field value, which currently is not available in all ChooseTransitionKernels.
A future rework of the IPD implementation is planed that will fix this, but this will take some time.