Add to ORKGA model of a dielectric in which the charge carriers are electrons and holes is considered. The flow of charge is described by the Gauss equation, the continuity equation and an equation for the kinetics of carrier recombination. The boundary conditions are determined on the basis of the investigated mechanisms of injections of charge carriers from the electrode into the dielectric. The effect of injection mechanisms, carrier mobility and recombination coefficient on time curves of absorption intensity is investigated. The problem is solved numerically
A numerical method for computing the carrier and field distributions has been used to simulate the t...
The transient current in a dielectric material containing two types of carriers with the same mobili...
In this paper the problem of the current flow between the two electrodes is further continued. The s...
A model of a dielectric in which the charge carriers are electrons and holes is considered. The flow...
Electric conduction in a dielectric with deep traps is analysed. The space charge is made up of free...
In this paper the model of solid dielectric is presented, in which the space-charge is formed by fre...
A dielectric model in which electrons and holes are the charge carriers was studied. The space charg...
In this model system there is presented t,he electric conduction with three mobilities of carriers w...
A dielectric model in which electrons and holes are the charge carriers was studied. The space charg...
A numerical method is used to resolve transport equations in dielectrics. A model with electrons, ho...
Transport of free positive charge carriers and of trapped negative charge carriers in a model dielec...
This work presents an analysis of the transport of "hot carriers" of charge in the planar capacitor ...
A model of dielectric with bipolar injection of charge and with trapping taken into account is prese...
ABSTRACT: By using a triangular symmetric signal the total electric charge that flows through a diel...
Excess charge carrier transport and relaxation in semiconductor layered structures have been numeric...
A numerical method for computing the carrier and field distributions has been used to simulate the t...
The transient current in a dielectric material containing two types of carriers with the same mobili...
In this paper the problem of the current flow between the two electrodes is further continued. The s...
A model of a dielectric in which the charge carriers are electrons and holes is considered. The flow...
Electric conduction in a dielectric with deep traps is analysed. The space charge is made up of free...
In this paper the model of solid dielectric is presented, in which the space-charge is formed by fre...
A dielectric model in which electrons and holes are the charge carriers was studied. The space charg...
In this model system there is presented t,he electric conduction with three mobilities of carriers w...
A dielectric model in which electrons and holes are the charge carriers was studied. The space charg...
A numerical method is used to resolve transport equations in dielectrics. A model with electrons, ho...
Transport of free positive charge carriers and of trapped negative charge carriers in a model dielec...
This work presents an analysis of the transport of "hot carriers" of charge in the planar capacitor ...
A model of dielectric with bipolar injection of charge and with trapping taken into account is prese...
ABSTRACT: By using a triangular symmetric signal the total electric charge that flows through a diel...
Excess charge carrier transport and relaxation in semiconductor layered structures have been numeric...
A numerical method for computing the carrier and field distributions has been used to simulate the t...
The transient current in a dielectric material containing two types of carriers with the same mobili...
In this paper the problem of the current flow between the two electrodes is further continued. The s...