Titlebook: Electronic Structure and Magnetism of Complex Materials; David J. Singh,Dimitrios A. Papaconstantopoulos Book 2003 Springer-Verlag Berlin

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https://doi.org/10.1007/978-3-642-22128-6only a few host materials have been explored at present, this property is likely shared by most III–V semiconductors. In this chapter we will discuss some of the theoretical pictures that are being developed to explain the magnetic and transport properties of these materials. Our development will be

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Andreas Herrmann,Frank Huber,Torsten Tomczaklkaline-earth ions, respectively) have been the focus of enormous research attention during the past few years. The renewed interest in these systems has been been spurred mainly by the rediscovery of the phenomenon of colossal magnetoresistance, that is a gigantic suppression (by more than 100 000%

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Calculation of Magneto-crystalline Anisotropy in Transition Metals,se electricity to do work. The basic premise of an electro-motor is that the currents in a coil generate a magnetic moment that pushes against an external magnetic field. Without magnetic anisotropy this force would simply result in a change in direction of the external field, and no rotation of the

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Electronic Structure and Magnetism of Correlated Systems: Beyond LDA,e very important in the modern microscopic theory of magnetism. The magnetic properties of parent high-temperature superconducting oxides, nondoped manganites and different ladder compounds are closely related to the electronic structure of these systems, which appeared to be the Mott insulators [1]

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