Straintronic Elements of the Basis of Magnetostriction

APA 6th edition
In-text: (Amelichev, Belyakov, Vasilyev, Zhukov, Kazakov, Kasatkin, Kostyuk, Krikunov, Kupriyanova & Orlov, 2016)
Your Bibliography: Amelichev, V., Belyakov, P., Vasilyev, D., Zhukov, D., Kazakov, Y., Kasatkin, S., Kostyuk, D., Krikunov, A., Kupriyanova, M. & Orlov, E. (2016). Straintronic Elements of the Basis of Magnetostriction. International Journal of Environmental and Science Education, 11(18), 10923-10940.

Harvard
In-text: (Amelichev, Belyakov, Vasilyev, Zhukov, Kazakov, Kasatkin, Kostyuk, Krikunov, Kupriyanova and Orlov, 2016)
Your Bibliography: Amelichev, V., Belyakov, P., Vasilyev, D., Zhukov, D., Kazakov, Y., Kasatkin, S., Kostyuk, D., Krikunov, A., Kupriyanova, M. and Orlov, E. (2016). Straintronic Elements of the Basis of Magnetostriction. International Journal of Environmental and Science Education, 11(18), pp. 10923-10940.

Chicago 16th edition
In-text: (Amelichev, Belyakov, Vasilyev, Zhukov, Kazakov, Kasatkin, Kostyuk, Krikunov, Kupriyanova and Orlov 2016)
Your Bibliography: Amelichev, Vladimir, Petr Belyakov, Dmitry Vasilyev, Dmitry Zhukov, Yury Kazakov, Sergey Kasatkin, Dmitry Kostyuk, Alexey Krikunov, Mariya Kupriyanova and Evgeniy Orlov (2016). "Straintronic Elements of the Basis of Magnetostriction". International Journal of Environmental and Science Education 11 (18):10923-10940.

Abstract

Background/Objectives: The subject of the submitted article lies within the scope of the heightened interest for magnetostriction. This interest demonstrates itself through the idea of combining opposite effects in one device, whereas straintronics is on the forefront. Methods/Statistical analysis: An extended report is made on resonant-type and non-resonant magnetoelastic transducers, and within the first group actuators employing the effect of magnetic tunnel junction, cantilevers, sensors of mechanical quantities, and high-frequency sensors are dwelt upon. Findings: The paper offers a review of principal results of use of direct and reverse magnetoelastic effects in the development of straintronic devices. The author undertakes a detailed investigation into the structure and principles of functioning of different types of strainmeters. Actual and possible instances of their practical application are outlined, where biomedical use as most promising is paid particular attention.

Keywords: Magnetoelastic films, tensile and compression strain, anisotropic magnetoscription, ferromagnetic layer, magnetization, mechanical deformation, strain gauge, hybridization, magnetoimpedance effect

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