m_transport_data.f90 File Reference

Go to the source code of this file.

Modules
module	m_transport_data
	Module that provides routines for reading in arbritrary transport data.

Functions/Subroutines
subroutine, public	m_transport_data::transport_data_initialize (cfg)
	Initialize the transport coefficients.

Variables
integer, parameter, public	m_transport_data::td_mobility = 1
	Electron mobility.
integer, parameter, public	m_transport_data::td_diffusion = 2
	Electron diffusion constant.
integer, parameter, public	m_transport_data::td_alpha = 3
	Ionization coefficient.
integer, parameter, public	m_transport_data::td_eta = 4
	Attachment coefficient.
integer, public, protected	m_transport_data::td_energy_ev = -1
	Electron energy in eV (used with chemistry)
type(lt_t), public, protected	m_transport_data::td_tbl
type(lt_t), public, protected	m_transport_data::td_ee_tbl
integer, public, protected	m_transport_data::td_ee_mobility = 1
	Electron mobility as a function of energy.
integer, public, protected	m_transport_data::td_ee_diffusion = 2
	Electron diffusion coefficient as a function of energy.
integer, public, protected	m_transport_data::td_ee_loss = 3
	Electron energy loss.
integer, public, protected	m_transport_data::td_ee_field = 4
	Field as a function of energy.
logical, public, protected	m_transport_data::td_old_style = .false.
	Whether old style transport data is used (alpha, eta, mu, D vs V/m)
real(dp), public, protected	m_transport_data::td_max_ev = 20.0_dp
	Maximal energy (eV) in input data (automatically updated)
type(ion_transport_t), public	m_transport_data::transport_data_ions
real(dp), public, protected	m_transport_data::ion_se_yield = 0.0_dp
	Secondary electron emission yield for positive ions.