Study of Spin-Polarized Transport Properties for Spin-FET Design OptimizationA Monte Carlo method developed previously for
spin dynamics is applied to study
spin Investigation of the proton spin at HERAInvestigation of the proton
spin at HERA
Study of Spin-Polarized Transport Properties for Spin-FET Design OptimizationA Monte Carlo method developed previously for
spin dynamics is applied to study
spin Thermodynamics of the model of equal spin-spin interactionsWe consider the thermodynamics of the model of equal
spin-spin interactions. We obtain exact
The NMR line shape of a system of nuclear spins with equal spin-spin coupling constantsWe obtain an expression for the NMR line at low temperatures for a system of nuclear
spins Thermodynamics of the model of equal spin-spin interactionsWe consider the thermodynamics of the model of equal
spin-spin interactions. We obtain exact
Spin injection in spin FETs using a step-doping profileWe investigate the effect of a step-doping profile on the
spin injection from a ferromagnetic metal
The role of the non-secular spin-spin interactions in nuclear relaxationThe role of the connection between the secular part of the
spin-spin interactions through the non
NMR study of enriched195Pt metalThe natural Pt metal has many isotopes. Among them only 195Pt has the nuclear
spin, I = 1/2. The Pt
The NMR line shape of a system of nuclear spins with equal spin-spin coupling constantsWe obtain an expression for the NMR line at low temperatures for a system of nuclear
spins