Mathematical Modeling of the Fiber-Optic Converter on the Magneto-Optical Faraday Effect
Abstract
This work we are engaged in research in the field of fiber –optic sensors, fiber - optic converters, magneto –optics and mathematical modeling. In recent years, a new type of fiber-optic measuring devices and systems on the magneto-optical Faraday effect was shown which was an important class of scientific equipment due to special advantages: very low inertia, passivity of the sensitive elements (no power supply); immunity; miniaturization, remote measurement with high sensitivity and performance. They may be in demand in the different fields of modern instrumentation.
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Okosi, T. Volokonno-opticheskie datchiki [Text]: /T. Okosi, M. Otsu, H. Nisihara, K. Hatate; Pod red. T. Okosi: Per. s yap.- L. Energoatomizdat. Leningr. otd.-nie, 1991. -255 s.
Urakseev, M.A. Primenenie magnitoopticheskogo elementa Faradeya v informacionno-izmeritelnyh sistemah kontrolya magnitnogo polya i elektricheskogo toka / M.A. Urakseev, T.M. Levina // Prikaspiiskii journal: upravlenie i vysokie tehnologii– 2008. – №2 (2). –S.24-31.
Levina,T.M. Primenenie elekrtobezopasnyh datchikov v sisteme upravleniya technologicheskim protsessom obessolivaniya nefti/ T.M. Levina, Yu.A. Zharinov, F.F. Shamaev// Prikaspiiskii journal: upravlenie i vysokie tehnologii–Astrahan: Izdatelstvo AGU, 2012. – №4. –S.18-23.
Levina,T.M. Methods of controlling spark and explosion-proof sensors on the CDU/T.M. Levina, Yu.A. Zharinov //Eurodoc 2013, Azerbaijan, 2013.
Klaus Bonert. Proryv v oblasti izmereniya silnyh postoyannyh tokov/Klaus Bonert, Peter Gugenbah //ABB Revyu, 2005.–№1.–S.6-10.
Pat. Rossii № 62712 kl. G01R29/00 Informacionno-izmeritelnoe ustroistvo kontrolya elektricheskogo toka i magnitnogo polya. Pat. Rossii № 136190 kl. G01R29/00 Intellektualnyi preobrazovatel magnitnogo polya i elektricheskogo toka.
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