Spin-pump-induced spin transport in a thermally-evaporated pentacene film
arXiv:1507.06063 · doi:10.1063/1.4938132
Abstract
We report the spin-pump-induced spin transport properties of a pentacene film prepared by thermal evaporation. In a palladium(Pd)/pentacene/Ni80Fe20 tri-layer sample, a pure spin-current is generated in the pentacene layer by the spin-pumping of Ni80Fe20, which is independent of the conductance mismatch problem in spin injection. The spin current is absorbed into the Pd layer, converted into a charge current with the inverse spin-Hall effect in Pd, and detected as an electromotive force. This is clear evidence for the pure spin current at room temperature in pentacene films prepared by thermal evaporation.
22 pages, 5 figures, Supplemental material. To be appeared in Appl. Phys. Lett
References in corpus (6)
- Spin Injection into a Graphene Thin Film at Room Temperature
- Self-induced inverse spin Hall effect in permalloy at room temperature
- An experimental demonstration of room-temperature spin transport in n-type Germanium epilayers
- Spin-pump-induced spin transport in a thermally-evaporated pentacene film
- Observation of spin-charge conversion in CVD-grown single-layer graphene
- Spin transport and spin conversion in compound semiconductor with non-negligible spin-orbit interaction
Cited by in corpus (5)
- Spin-pump-induced spin transport in a thermally-evaporated pentacene film
- Spin current relaxation time in thermally evaporated pentacene films
- Spin transport properties in a naphthyl diamine derivative film investigated by the spin pumping
- An energy harvesting technology controlled by ferromagnetic resonance
- Spin current relaxation time in thermally evaporated naphthyl diamine derivative films