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Paper detail

Indirect Exchange Interaction in Fully Metal-Semiconductor Separated SWCNTs Revealed by ESR

The ESR response from highly metal-semiconductor(M-SC) separated SWCNTs for temperatures T between 0.39 and 200 K is characteristically different for the two systems. The signal originates from defect spins but interaction with free electrons leads to a larger line width for M tubes. The latter decreases with increasing T whereas it increases with T for SC tubes. The spins undergo a ferromagnetic phase transition below around 10 K. Indirect exchange is suggested to be responsible for the spin-spin interaction, supported by RKKY interaction in the case of M tubes. For SC tubes spin-lattice relaxation via an Orbach process is suggested to determine the line width.

preprint2012arXivOpen access
M. HavlicekW. JantschZ. WilamowskiK. YanagiH. KatauraM. H. RummeliH. MalissaA. TyryshkinS. LyonA. ChernovH. Kuzmany
cond-mat.mtrl-sci
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M. HavlicekW. JantschZ. WilamowskiK. YanagiH. KatauraM. H. RummeliH. MalissaA. TyryshkinS. LyonA. ChernovH. Kuzmany

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