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A possibility of fabrication of a microelectromechanical tunneling sensor without a feedback loop is demonstrated. The tunneling gap of less than 10 nm shows a long-term stability at room conditions. The sensor can be used for construction of an accelerometer in which the linear acceleration causes mutual displacements of mobile microelectrodes. Acceleration can be detected due to a strong dependence...
Results of investigations of ferromagnetic nanostructures enclosing the monolayer ferromagnetic nanodisks of various forms as well as multilayer ferromagnetic nanomagnets are presented. Methods of magnetic force microscopy were applied to observe magnetic states in such nanosystems. We have produced the spin-valve elements on the basis of CoFe/AlOx/CoFe, which perform the 10% alteration of the effect...
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