A two-fluid hydrodynamic model is used to examine the electrical conductivity of collinear magnetic micro- and nanoconductors without the electric field screening typical of wires. It is shown that the… Click to show full abstract
A two-fluid hydrodynamic model is used to examine the electrical conductivity of collinear magnetic micro- and nanoconductors without the electric field screening typical of wires. It is shown that the transport properties of these wires are qualitatively different from the usual behavior. An electro-spin effect is predicted.
               
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