Titlebook: Developments in the Structural Chemistry of Alloy Phases; Based on a symposium B. C. Giessen Book 1969 Springer Science+Business Media New

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Robert J. Gatchel,Izabela Z. Schultzonly influence on . vs . relationships is structural, the energy-band factor may still control the choice of structure when the geometrical factor operates..Factors controlling the layer stacking sequence of close packed arrays of atoms are discussed, particularly with reference to the lanthanons an

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Graphics and Image Processing Librariesented for: U.RhNi, NaT1-type, a. = 6.419 ? and five isostructural compounds; ThRhA1, Fe.P-type, a. = 7.183 ?, c. = 4.120 ? and 28 isostructural compounds; and UCo., PuNi.-type, a. = 4.849 ?, c. = 24.317 ?..Thoride-rich compounds with nickel exhibit larger average atomic volumes than those with cobal

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Developments in the Structural Chemistry of Alloy Phases978-1-4899-5564-7

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The Concept of a Partial Electron Concentration Value and its Application to Problems in Crystal Che, 1963), the group of ternary σ and related complex phases with high atom coordination (Nevitt, 1963), the group of shift structures (“Verwerfungsstrukturen”) based on the Cu.Au type (Schubert, 1964), and the group of the normal and defect tetrahedral structures (Parthé 1964).

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https://doi.org/10.1007/978-3-319-11891-8er. reported to be a cube that has an edge length slightly over 30? and contains about 384 sodium atoms and 768 cadmium atoms. The space group is Fd3m (O..) . Thus, we see that the existence of this most complex compound has been known for U5 years, ever since the first structure determination of an intermetallic compound was published.

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R. C. Sobti,Nirmal K. Ganguly,Rakesh Kumaron to having borides, carbides, nitrides, and oxides lumped together in one class. It is indeed rare, but not impossible, to find an individual structure type that spans the entire range from borides to oxides. On the other hand, there is so much overlap between types that a common classification does seem justified.