Titlebook: Crystal Field Effects in Metals and Alloys; A. Furrer Book 1977 Plenum Press, New York 1977 Holmium.Praseodym.Terbium.Ytterbium.cobalt.cry

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https://doi.org/10.1007/BFb0011851branches have been found which are almost independent of wave vector. The results are analysed in terms of a single-ion Hamiltonian containing a crystal-field and the effects of bilinear and quadrupolar pair interactions. At U.2 K excitedstate spin waves have been observed which correspond to transi

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Hans Jürgen Bestmann,Otto Vostrowskyns yields the crystal-field parameters x=0.79±0.03 and W=0.157±0.005 meV, which correspond to a Γ. ground state with an overall splitting of 74 K, and the paramagnetic molecular field parameter λ.=(1.8±0.3)×10. Oe./erg. The crystalfield parameters are consistent with susceptibility and zero-field ma

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Cybernetic principles of organization,d samples CeD. with concentrations between x = 1.94 and x = 2.75. For all samples investigated three crystal field transitions are observed which cannot be explained without taking into account a non-cubic surrounding of part of the Ce ions.

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Cybernetic principles of organization,d. Because one is looking at a crystalfield excited state resonance, the exchange, even if isotropic, does not act as a secular perturbation. This means that one obtains different effects and has access to more information about the dynamic effects of exchange than in conventional paramagnetic reson

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Interconnection networks for MIMD machines,ever observed for Gd in any host and is some three times greater than in any other pure metal. We discuss the parametrisation of our spectra and then compare the available results for b. parameters in metals and intermetallic compounds.

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Cybernetic principles of organization,t of a finite frequency peak to zero frequency (soft mode) or the divergence of a relaxation type response (central peak). Examples of these types of behaviour in systems with crystal field splitting are discussed. When the coupling to the phonons is important (Jahn-Teller effect), the mixing of the

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