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Lateral spin valves are used to generate and characterize pure spin currents.Non-local voltage measured in such structures provides information about spinpolarization and spin decay rates. For wide high-transparency F/N contacts itwas shown that the Johnson-Silsbee non-local effect is substantially enrichedby closed-loop electric currents driven by local spin injection in theelectrically dangling part of the valve. For valves with low-transparency F/I/Ntunnel contacts such circular currents are strongly suppressed, yet we showthat the voltage modifications persist, may be significant, and must beaccounted for in the data analysis.

Closed-loop electric currents and non-local resistance measurements with wide F/I/N tunnel contacts