This is a theory containing the bandstructure parameters of
the semiconductor.
The effective density of states for the conduction bands
usually denoted by .
The effective density of states for the valence bands
usually denoted by .
The conduction band edge usually denoted by .
The valence band edge usually denoted by .
N.B.: The band gap of the semiconductor is given by Eg = .
This is a theory containing spatial variation of the
quasi-Fermi potential for the electrons.
This is a basic variable of the system
Spatial variation of the quasi-Fermi potential for the electrons,
usually denoted by .
This is a theory containing spatial variation of the
quasi-Fermi potential for the holes.
This is a basic variable (unknown) of the system.
Spatial variation of the quasi-Fermi potential for the holes,
usually denoted by .
This is a theory containing spatial variation of the
electrostatic potential.
This is a basic variable (unknown) of the system.
Spatial variation of the electrostatic potential,
usually denoted by .
This is a theory containing state equation for the
electron density for the Boltzmann approximation (exp).
Formula for the electron density for the Boltzmann approximation.
This is a theory containing state equation for the
hole density for the Boltzmann approximation (exp).
Formula for the hole density for the Boltzmann approximation.