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The dynamics of excitons and trions in resonant tunneling diodes

机译:共振隧穿二极管中激子和三重子的动力学

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The aim of this work is to study the dynamic formation and dissociation of trions and excitons in double barrier resonant tunneling diodes. We propose a system of rate equations that takes into account the formation, dissociation and annihilation of these complexes inside the quantum well. From the solutions of the coupled equations, we are able to study the modulation of excitons and trions formation in the device as a function of the applied bias. The results of our model agree qualitatively with the experiments showing the viability of these rate equations system to study the dynamics of complex systems.
机译:这项工作的目的是研究在双势垒共振隧穿二极管中三元和激子的动态形成和离解。我们提出了一个速率方程系统,该系统考虑了量子阱内部这些络合物的形成,离解和an灭。从耦合方程的解中,我们能够研究器件中激子和三重子形成的调制与所施加偏置的关系。我们模型的结果在质量上与实验吻合,这些实验表明了这些速率方程系统在研究复杂系统动力学方面的可行性。

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