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- W982312880 abstract "Publisher Summary This chapter discusses electronic structure and magnetic properties of small deposited transition metal clusters. The chapter tries to exemplify the very intriguing properties of small deposited transition metal clusters in the size range below 20 atoms. In this size range, fundamental aspects of the evolution of magnetic moments from the atom to the surface or bulk values can be studied. Further, in this size range competing exchange interactions lead to the formation of complex spin structures for the clusters that involve quite often also a rearrangement of the spins in the first layer of the substrate. Ferromagnetic clusters show a strong enhancement of the spin magnetic moments and an even stronger enhancement of the orbital magnetic moments with decreasing cluster size. It is important to stress that to understand magnetic properties of size-selected clusters in contact with surfaces in detail requires experiments which determine spin and orbital moments as a function of the number of cluster atoms. Every atom counts in this size regime, therefore, mono-sized clusters have to be investigated. As the geometrical structure of the clusters has a profound impact on the magnetic properties, it would be desirable to obtain information about structural properties of small metal clusters on surfaces." @default.
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- W982312880 date "2007-01-01" @default.
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- W982312880 title "Chapter 12 Electronic structure and magnetic properties of small deposited transition metal clusters" @default.
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- W982312880 doi "https://doi.org/10.1016/s1571-0785(07)12012-5" @default.
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