The Calculation of Magnetoresistance Coefficient for Multilayer Magnetic StructuresRomanovskiy, Dmitriy E.,
Prudnikov, Vladimir V.,
Prudnikov, Pavel V.,
Романовский, Дмитрий Е.,
Прудников, Владимир В.,
Прудников, Павел В. of
magnetoresistance
coefficient is implemented in case of CPP geometry for the different thicknesses
Monte Carlo Simulation of Magnetic Multilayered Structures with the Effects of Giant MagnetoresistanceRomanovskiy, Dmitriy E.,
Mamonova, Marina V.,
Prudnikov, Vladimir V.,
Prudnikov, Pavel V.,
Романовский, Дмитрий Е.,
Мамонова, Марина В.,
Прудников, Владимир В.,
Прудников, Павел В. . The
calculation of the magnetoresistance
coefficient is carried out for different thicknesses of the ferromag
Invariant convex bodies for strongly elliptic systems priori restrictions on the
coefficient matrices are imposed. © 2018, Hebrew University
Magnes Press.
Accuracy of determination of self-diffusion coefficients in studies of porphyrin-based complexes by 2D DOSY of the self-diffusion
coefficients for an inverted porphyrin complex was proposed. The values obtained using
Solvability of degenerating hyperbolic differential equations with unbounded operator coefficients and with operator
coefficients in a Banach space and establish sufficient conditions for the unique solvability
Experimental-calculated study of the forced convection magnetic nanofluids field was carried out. Dependence study of the magnetic nanofluid heat transfer
coefficient Existence of solutions for a nonlocal reaction-diffusion equation in biomedical applications operators with discontinuous
coefficients allows the application of the implicit function theorem to prove