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- W2043282915 abstract "Minerals, metals, inorganic materials, ices, gas hydrates and clathrates are ’’traditional’’ systems for high-pressure studies. On the other hand, high-pressure studies of complex biological systems, in particular, of proteins, are becomingmore andmore common. The effects of high pressure on organic molecular crystals were described in the early classical works by P. Bridgman and L. Vereshchagin, but these systems remained very little studied until the systematic work initiated by A. Katrusiak in the late 1970s, who has combined precise X-ray single-crystal diffraction studies, spectroscopy and calorimetry. In the last years, however, more and more research groups join the highpressure studies of organicmolecular crystals, and in this presentation I shall try to illustrate on several examples, mainly from my own experience, why these studies are so challenging and promising. In particular, I shall consider: the studies of the anisotropy of structural strain within the range of stability of the same polymorph as a tool to study intermolecular interactions, thermodynamic and kinetic aspects of pressure-induced phase transitions, comparison of the low-temperature and highpressure behaviour, high-pressure studies of the polymorphism of drugs in relation to tabletting procedure in industry, organic molecular crystals as biomimetics high-pressure behaviour in relation to folding. Acknowledgments: Financial support has been obtained from Alexander von Humboldt Foundation, RFBR (05-03-32468), BRHE Program, and a grant from SB RAS." @default.
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- W2043282915 date "2006-08-06" @default.
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- W2043282915 title "Structural features related to pressure-induced electronic/magnetic phenomena in TM compounds" @default.
- W2043282915 doi "https://doi.org/10.1107/s0108767306098072" @default.
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