Titlebook: Crystallography and Crystal Chemistry of Materials with Layered Structures; F. Lévy Book 1976 D. Reidel Publishing Company, Dordrecht, Hol

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structure and the chemical and physical properties are emphasized. The first three contributions are devoted to the transition metal dichalcogenides whose physical properties have been investigated in detail. The crystallographic data and crystal growth conditions are presented in the first paper. The second 978-94-010-1435-9978-94-010-1433-5

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Crystallography and Crystal Chemistry of Materials with Layered Structures978-94-010-1433-5

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What is Intellectual History Now?, to several thousands of ?ngstr?m units in certain substances. Another consequence of the identity of the layers is that all the polytypes of a substance necessarily have their cell heights equal to an integral multiple of the fundamental repeat period of a single layer. A polytypic substance usuall

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What is Intellectual History Now?,1?2.(.?..)] exp [(9./8)·(..?...)], where . is the linear thermal expansion coefficient in the fault plane, and . the Debye temperature of the crystal. The model is applied specifically to silver, in which the stacking fault is pictured as a locally layered structure. Agreement between theory and exp

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Thermal Behavior of Stacking Faults,1?2.(.?..)] exp [(9./8)·(..?...)], where . is the linear thermal expansion coefficient in the fault plane, and . the Debye temperature of the crystal. The model is applied specifically to silver, in which the stacking fault is pictured as a locally layered structure. Agreement between theory and exp