Engineering Physics Annotation << Back SPIN TRANSPORT AND THE POSSIBILITIES OF SPIN NANOOSCILLATORS K.A. Zvezdin, M.Yu. Chinenkov, A.F. Popkov, N.A. Dyuzhev, A.K. Zvezdin This article is the second part of the review on the problems of spin transfer and its practical applications in nanoelectronics. In the first part of the review [1] the physical basis of this new physical process and its application for the development of magnetic memory are discussed. This paper is devoted to issues related to the generation of autooscillations in magnetic nanostructures under the influence of spin-polarized current and based on this effect the spin-transfer nanooscillators. The line width of homogeneous oscillations remains a problem. Being developed vortex nanogenerators. They have a much more narrow line and higher power. Key words: spin-polarized transport, spintronic nanogenerator, spin-valve nanostructure, magnetodynamics. Pp. 27-44.