Titlebook: Magnetic Properties of Rare Earth Metals; R. J. Elliott Book 1972 Springer Science+Business Media New York 1972 alloy.electrons.magnetic p

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書目名稱Magnetic Properties of Rare Earth Metals影響因子(影響力)




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脫離

Sam Legvoldcs. We consider dependent event types indexed by thematic roles and illustrate how, in the presence of refined event types, subtyping plays an essential role in semantic interpretations. We consider two extensions with dependent event types: first, the extension of Church’s simple type theory as emp

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Introduction,IIA elements of the periodic table like yttrium (Y). This arises of course from the fact that the 4. shell of electrons is being filled at this point in the periodic table, while the number of outer valence electrons remains unchanged. The 4. electrons are closely bound inside the outer closed shell

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Phenomenological Theory of Magnetic Ordering: Importance of Interactions with the Crystal Lattice,lly understood in terms of a very simple physical picture. The key element of this picture is that one makes a sharp distinction between localized, magnetic, 4. electrons and outer-shell conduction electrons; and one takes the magnetic system for these metals as a lattice of localized tripositive ra

遺忘

Magnetic Structures of Rare Earth Metals and Alloys,in the last ten years from neutron diffraction experiments. Complementary structural data have been provided by the results of classical magnetizaton experiments. A detailed survey of such data is given in Chapter 4. Ideally, both techniques should be, and indeed have been, used to obtain the maximu

Outwit

Bulk Magnetic Properties,he material to the microscopic interactions discussed in other chapters of this volume. The study of bulk features complements atomic scale experiments such as neutron diffraction, M?ssbauer and other resonance studies and is often required as a basic aid in their interpretation. In the areas of dir