Abstract
Hooke's law is used to calculate the elastic stress and strain in interstitial magnets. Emphasis is put on spherical and plate-like Sm 2Fe 17N x particles with continuous and discontinuous interstitial concentration profiles, hypothetical high-performance Sm 2Fe 17N 3−δ/ Fe Co composites, and ‘natural’ multilayers such as Nd 6Fe 13CuH x, where the recently discovered large anisotropic lattice expansion is shown to arise from the crystal structure. Das Hookesche Gesetz wird benutzt, um elastische Spannungen und Dehnungen in Zwischengittermagneten zu berechnen. Hauptgegenstand der Untersuchung sind kugelförmige und flache Sm 2Fe 17N x Teil-chen mit kontinuierlichen und diskontinuierlichen Zwischengitterkonzentrations-profilen, hypothetische Sm 2 Fe 17N 3−δ/ Fe Co Hochleistungskomposite und natürliche Vielfachschichten wie Nd 6Fe 13CuH x, deren unlängst entdeckte groβe anisotrope Gitteraufweitung auf die Kristallstruktur zurückgeführt wird.
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