A STUDY ON A NUMERICAL-SOLUTION OF THE TRANSPORT-EQUATIONS FOR THIN INSULATING FILMS WITH 2 BLOCKING ELECTRODES

The transport equations in the case of thin insulating films, sandwiched between two blocking electrodes, have been solved numerically. The mobility of the charge is considered to be field and temperature dependent and it is related to the time dependence of the electric field. A trial function for this dependence is introduced. The time evolution of the charge and voltage distribution within the thin film are obtained and the resulting transient current is compared with experimental results.