Three-dimensional modeling of vacuum nanoelectronic devices /
Mohammad Elsayed Khalifa Hussein
Three-dimensional modeling of vacuum nanoelectronic devices / نموذج ثلاثى الأبعاد للنبائط النانو إلكترونية المفرغة Mohammad Elsayed Khalifa Hussein ; Supervised Nadia H. Rafat , Ashraf H. Badawi , Tamer A. Ali - Cairo : Mohammad Elsayed Khalifa Hussein , 2017 - 122 P. : facsimiles , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mathematics and Physics
In this thesis, short-channel vacuum nanotriodes are studied at low operating voltages and high frequencies up to the optical range. A three-dimensional analysis based on the transfer-matrix method is followed to model the behavior of these devices. Two structures are investigated; vertical and longitudinal vacuum nanotriodes. The eect of the gate voltage on the behavior of the devices is studied in detail. The analysis shows promising results in current rectification and control
Field emission Rectennas Vacuum nanotriodes
Three-dimensional modeling of vacuum nanoelectronic devices / نموذج ثلاثى الأبعاد للنبائط النانو إلكترونية المفرغة Mohammad Elsayed Khalifa Hussein ; Supervised Nadia H. Rafat , Ashraf H. Badawi , Tamer A. Ali - Cairo : Mohammad Elsayed Khalifa Hussein , 2017 - 122 P. : facsimiles , photographs ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Mathematics and Physics
In this thesis, short-channel vacuum nanotriodes are studied at low operating voltages and high frequencies up to the optical range. A three-dimensional analysis based on the transfer-matrix method is followed to model the behavior of these devices. Two structures are investigated; vertical and longitudinal vacuum nanotriodes. The eect of the gate voltage on the behavior of the devices is studied in detail. The analysis shows promising results in current rectification and control
Field emission Rectennas Vacuum nanotriodes