2006Unpublished venueRequires access

Spin polarization in nanotubes

Hao Shao

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Abstract

Structural defects and dopingcan result in spin polarization in nanotubes, which could then use electron spin as the information carrier in one-dimensional spintronic devices. Nanotubes with different spin polarization structures may possibly be applied in different spintronic devices. Considerable experimental and theoretical efforts have been devoted to this field, but there are still many unclear problems to be studied and solved.

About this research paper

What this paper is about

Structural defects and dopingcan result in spin polarization in nanotubes, which could then use electron spin as the information carrier in one-dimensional spintronic devices. Nanotubes with different spin polarization structures may possibly be applied in different spintronic devices. Considerable experimental and theoretical efforts have been devoted to this field, but there are still many unclear problems to be studied and solved.

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Available abstract

Structural defects and dopingcan result in spin polarization in nanotubes, which could then use electron spin as the information carrier in one-dimensional spintronic devices. Nanotubes with different spin polarization structures may possibly be applied in different spintronic devices. Considerable experimental and theoretical efforts have been devoted to this field, but there are still many unclear problems to be studied and solved.

Key concepts: Spintronics, Spin polarization, Polarization (electrochemistry), Condensed matter physics, Spin (aerodynamics), Materials science, Spinplasmonics, Nanotechnology

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