Browsing by Author "Panahov, A.Z."

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High Frequency Energy Radiation of N-Type Semiconductors at Constant Electric and Magnetic Field
(2013) Hasanov, E.R.; Panahov, A.Z.; Demirel, A.I.
The aim of this study is investigation of some properties of n-type doped semiconductors. Compound semiconductors having minimum points more than one, radiate high frequency energies in electric and magnetic fields at the certain values of them. Depending of the electric and magnetic field values, high frequency energy radiation states have been studied theoretically in this work. © 2013 Eladar Rasuloglu Hasanov et al.
Instability in Semiconductors With Deep Traps in the Presence of Strong (Μ ± H>>c) External Magnetic Field
(2011) Hasanov, E.R.; Hosseyn, P.N.; Panahov, A.Z.; Demirel, A.I.
The unstable wave in semiconductors with certain deep traps in the presence of external constant electric and strong magnetic fields has been theoretically investigated. The wave frequency and increment are found. The interval of magnetic field and critical value of electric field of the instability appearance have been determined.
Radiations of Electron-Type Conductivity Environments in Elecrtric and Magnetic Field
(2012) Demirel, A.I.; Hasanov, E.R.; Panahov, A.Z.
It has firstly been shown that, in electron-type conductivity environments declined waves occur depending on the environment. Internal and external declined waves frequencies have been calculated. It has been proven that, the amplitudes of the occurring waves depend on the time as exponential form.
Ultrahigh Frequency Generation in Gaas-Type Two-Valley Semiconductors
(2009) Hasanov, E.R.; Gasimova, R.K.; Panahov, A.Z.; Demirel, A.I.
It is theoretically shown that in GaAs-type two-valley semiconductors in the certain interval of an external magnetic field an unstable wave is appeared. The frequency and increment of this wave are determined. The amplitude and frequency of the oscillations are calculated.