AJP Fizika E
Institute of Physics
Ministry of Science and Education
Republic of Azerbaijan
ISSN 1028-8546
Azerbaijan Journal of Physics
Published from 1995. Registration number: 514, 20 02 1995
Ministry of Press and Information of Azerbaijan Republic
2021 03 en p.12-15 | E.R. Hasanov1,2, Sh.G. Khalilova2, R.K. Mustafayeva1, Determination of frequency in two valley semiconductors such as GaAs |
ABSTRACT It is shown that the dimensions of the crystal play an essential role in the excitation of an unstable wave with a certain frequency and growth rate, and it is possible to regulate the appearance of current oscillations with a magnetic field. The values of the frequency of the current oscillation are found. The value of the external electric field and the frequency of current oscillation are determined at the initial point. Keywords: instability, oscillations, growth rate, frequency, radiation. PACS: 72.70.m, 72.70.+m, 73.40.Gk, 73.40.Jn, 73.40.Mr, 73.43.Jn. DOI:- Received: 05.07.2021 AUTHORS & AFFILIATIONS 1. Baku State Uviversity Acad. Z.Khalilov, str.23, Baku, Azerbaijan Republic 2. Institute of Physics, ANAS, AZ-1143, H. Javid 131, Baku, Azerbaijan Republic, E-mail: shahlaganbarova@gmail.com |
REFERENCIES [1] J.B. Gunn. “Microwave Oscillations of Current in III -V Semiconductors”, Solid State Comm., Vol. 1, № 4, p. 88, Sept. 1963. [2] B.I. Davydov. “On the theory of the motion of electrons in gases and in semiconductors”, ZhETF. T.7, p. 1069, 1937. [3] B.K. Ridley, T.B. Watkins. “The Possibility of Negative Resistance Effects in Semiconductors”, Proc.Phys.Soc. V. 7, p. 293, 1961. [4] E.R. Hasanov, Sh.G. Khalilova, R.K. Mustafayeva and G.M. Mammadova. “Oscillations of Current in Two-Valley Semiconductors in a Strong Electric Field”, Advanced Studies in Theoretical Physics, Vol. 15, №3, p. 145 – 152, 2021. [5] E.R. Hasanov, R.K. Mustafayeva, G.M. Mammadova, Sh.G. Khalilova, E.O. Mansurova, “Excitation of Growing Waves in Impurity Semiconductors with Two Current Fluctuations in Two-Valley Semiconductors in Strong Electric and Magnetic Fields”, IOSR Journal Of Applied Physics (IOSR-JAP) e-ISSN: 2278-4861.Vol. 13, p. 55-62 Jan. – Feb. 2021. |