نقل الإلكترون خلال نقطتين كميتين مقترنة إلى ثلاثة أقطاب

Abstract EN

We have provided a theoretical study of the characteristics of Electron transport through double quantum dots coupled to three leads, (right lead which is a reservoir of electrons and two leads left are the source of electrons), the theoretical model formats using electron single model by allocating influential levels individually for each of the quantum dots and get the equations of basic movement concerning the likelihood of full capacity of all levels of the system.

The impact of the ongoing electronic levels of the leads was taken into consideration where we've made that impact within the broad approximation electronic energy package is to add a fictional value for each of the energy levels of the dots which represent the amount of exposure at all levels of play.

Analytical solution to the equations of motion have been using Laplace transforms technology, which we were able to right the possibility of full account of the lead, as well as the current real-time passing rate in the lead right account.

The Our results calculations of the dynamics of the electron time-dependent transport has provided general aspects are taken into account has been taken in detail, including the impact of changing site energy levels for points quantity ratio to the site of the level of Fermi left of the leads, as well as study the effect of shedding voltage bias is suitable for both right lead or the left, as well as study the effect of the amount of connections between quantum dots, as well as change the connections to the QD values with lead levels.