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Lattice Dynamics II: Optical Studies, technique. Neutron scattering is of course the most powerful technique for examining the vibrational excitations of solids since one can examine the phonon dispersion curves throughout the wave-vector range of the Brillouin zone (BZ). In contrast, first-order infrared absorption/reflection spectros

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,New Graphite—Donor Compounds and Synthesis,mprehensive review by . and . [8.1]. Thanks to the efforts of a number of laboratories, many new species have been synthesized and studied. We have chosen to limit this survey to the synthesis, structure and the most important chemical properties of the compounds, leaving aside the very large number

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Ternary Systems,the compounds described contain the two components as solid solutions of various types: there are true homogeneous dispersions of component . in .; others contain atoms or molecules of type . in strong interaction — somewhat similar to solvation — with atoms (or molecules) of component .. Even if th

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https://doi.org/10.1007/b137544he open questions which were of pressing urgency ten years ago have meanwhile been dealt with and in many cases satisfactory answers have been found. These were questions concerning the origin of staging, the kinetics of stage formation and transitions, the complex structure of modulated intercalate

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