11 research outputs found
Non-exponential spin relaxation in magnetic field in quantum wells with random spin-orbit coupling
Full text linkWe investigate the spin dynamics of electrons in quantum wells where the
Rashba type of spin-orbit coupling is present in the form of random nanosize
domains. We study the effect of magnetic field on the spin relaxation in these
systems and show that the spatial randomness of spin-orbit coupling limits the
minimum relaxation rate and leads to a Gaussian time-decay of spin polarization
due to memory effects. In this case the relaxation becomes faster with increase
of the magnetic field in contrast to the well known magnetic field suppression
of spin relaxation.Comment: published version, minor change
Time characteristics of a backscattered X-ray pulse close to the interface between two media
No full textCollective excitations in optical spectra of nanosize exciton and electron-positron droplets
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Determination of the rate constants of the reaction of pentaerythritol tetravalerate peroxy radicals with polyfunctional phosphites at high temperature
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Method for calculating photoionization cross sections of fullerenes in the local density and random phase approximations
No full textQSAR Modelling of Thymidylate Synthase Inhibitors in a Series of Quinazoline Derivatives
No full textThe study of structure-antiarrhythmic activity relationship of N-phenylacetamide derivatives and aromatic carbonic acid amides
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