2006Unpublished venueRequires access

Magnetoresistance in doble-wall carbon nanotubes contacted by ferromagnetic electrodes

Woon Song, Sunkyung Moon, Nam Kim, Byung-Chill Woo, Soon-Gul Lee, Jinhee Kim

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Abstract

have measured magnetoresistances in Co/carbon nanotube/Co spin-valve devices at 2 K. The resistance of a spin valve is normally lower when the magnetizations of the two electrodes are parallel. However, the magnetoresistance of our devices shows large peaks and dips, which represents complex nature of spin transport in the devices.

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What this paper is about

have measured magnetoresistances in Co/carbon nanotube/Co spin-valve devices at 2 K. The resistance of a spin valve is normally lower when the magnetizations of the two electrodes are parallel. However, the magnetoresistance of our devices shows large peaks and dips, which represents complex nature of spin transport in the devices.

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Available abstract

have measured magnetoresistances in Co/carbon nanotube/Co spin-valve devices at 2 K. The resistance of a spin valve is normally lower when the magnetizations of the two electrodes are parallel. However, the magnetoresistance of our devices shows large peaks and dips, which represents complex nature of spin transport in the devices.

Key concepts: Magnetoresistance, Spin valve, Ferromagnetism, Carbon nanotube, Materials science, Condensed matter physics, Electrode, Giant magnetoresistance

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