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IETE Journal of Research Volume 23, 1977 - Issue 6
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Original Articles

Microwave Propagation in a Longitudinally Magnetized Solid-State Plasma Waveguide

P. N. GuptaElectronics and Radio Physics Laboratory, Department of Physics, Faculty of Science, Banaras Hindu University, Varanasi221005.
&
S. K. TolpadiElectronics and Radio Physics Laboratory, Department of Physics, Faculty of Science, Banaras Hindu University, Varanasi221005.
Pages 370-374 | Received 15 May 1976, Published online: 11 Jul 2015

REFERENCES

  • Barlow (H E M) and Koike (R). Microwave Propagation in a Waveguide Containing a Semiconductor to which is Applied a Steady Transverse Magnetic field. Proc. IEE. 110, 12; 1963; 2177–2181.
  • Toda (M). Propagation in a Solid-State Plasma Waveguide in a Transverse Magnetic Field. J. Phys. Soc. (Japan). 19, 7; 1964; 1126–1130.
  • Toda (M). A New Isolator Using a Solid-State Plasma Waveguide. IEEE Trans. MTT-13, 1; 1965; 126–127.
  • Hirota (R) and Suzuki (K). Propagation of Waves in a Bounded Solid-State Plasma in Transverse Magnetic Field. J. Phys. Soc. (Japan). 21, 6; 1966; 1112–1118.
  • Suzuki (K). Room Temperature Solid-State Plasma Nonreciprocal Microwave Devices. IEEE Trans. ED-16, 12; 1969; 1018–1021.
  • Hirota (R) and Suzuki (K). Field Distribution in a Magneto-Plasma Loaded Waveguide at Room Temperature. IEEE Trans. MTT-18, 4; 1970; 188–195.
  • Hirota (R). Theory of Solid-State Plasma Waveguide in a Transverse Magnetic Field. J. Phys. Soc. (Japan). 19, 7; 1964; 1130–1134.
  • Arnold (R M) and Rosenbaum (F J). Nonreciprocal Wave Propagation in Semiconductor Loaded Waveguide in the Presence of a Transverse Magnetic Field. IEEE Trans. MTT-19, 1; 1971; 57–65.
  • Engineer (M H) and Nag (B R). Propagation of Electro-magnetic Waves in Rectangular Guides Filled with a Semiconductor in the Presence of a Transverse Magnetic Field. Ibid. MTT-13, 5; 1965; 641–646.
  • Nejib (U R) and Ruduski (M S). a. Wave Propagation through a Semiconductor in a Strong Magnetostatic Field. Int. J. Electronics. 34, 2; 1973; 161–176.
  • Nejib (U R) and Ruduski (MS), b. Wave Propagation through a Highly Restrained Solid-State Plasma. Int. J. Electronics. 35, 3; 1973; 353–364.
  • Gupta (P N), Jain (P K) and Tolpadi (S K). Propagation Characteristics of Semiconductor-Loaded Waveguide with Transverse Magnetic Field. J. Inst. Telecom. Engrs. 19, 12: 1973; 695–696.
  • Gupta (P N), Tiwari (G N) and Tolpadi (S K). a. Wave Propagation in a Bounded Solid-State Plasma in Strong Transverse Magnetic Field. Ibid. 21, 10; 1975; 556–559.
  • Gupta (P N) and Tolpadi (S K). b. Wave Propagation through a Semiconductor Filled Waveguide in a Transverse Magnetic Field. Ind. J. Radio and Space Physics. 4, 2; 1975; 138–143.
  • Kuno (H J) and Hershberger (W D). Solid-State Plasma Controlled Nonreciprocal Microwave Devices. IEEE Trans. MTT-14; 1; 1967; 57–58.
  • May (W G) and McLeod (BR). A Waveguide Isolator Using InSb. Ibid. MTT-16, 10; 1968; 877–878.
  • McLeod (B R) and May (W G). A 35-GHz Isolator Using a Coaxial Solid-State Plasma in a Longitudinal Magnetic Field. Ibid. MTT-19, 6; 1971; 510–516.
  • Allis (WP), Buchsbaum (S J) and Bers (A). Waves in Anisotropic Plasma. 1963. Cambridge, Mass. MIT Press. P 132.
  • Furdyna (J K) and Broersma (S). Microwave Faraday Effect in Silicon and Germanium. Phys. Rev. 120, 6; 1960; 1995–2003.
  • Smith (R A). Semiconductors. 1964. Cambridge Press, Cambridge. P 345.

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