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- W3134819199 endingPage "2204" @default.
- W3134819199 startingPage "2196" @default.
- W3134819199 abstract "Owing to the recent developments in experimental techniques, the number of crystal structures determined under various external stimuli has considerably increased, giving the opportunity for specialized data analysis. In this paper, the nonambient temperature and pressure studies of crystals deposited in the Cambridge Structural Database have been surveyed to better understand the relations between two of the most fundamental properties of crystals, compressibility and thermal expansion. Based on 799 systematic series of experiments, a pressure–temperature correspondence rule was formulated, stating that pressure between 0.2 and 0.5 GPa can be expected to cause the same change of crystal volume as the temperature decrease from 300 to 100 K. The rule has been tested against a set of crystals undergoing monotonic changes and no phase transitions in neither of the investigated pressure or temperature ranges. Additionally, the changes of thermal expansion and compressibility in the function of pressure and temperature have been illustrated by the anisotropy-evolution plots. They demonstrate limited applicability of Hazen and Finger’s rule of the inverse relationship of pressure and temperature, particularly for metal–organic crystals." @default.
- W3134819199 created "2021-03-15" @default.
- W3134819199 creator A5038667320 @default.
- W3134819199 creator A5040708976 @default.
- W3134819199 creator A5084845825 @default.
- W3134819199 date "2021-03-04" @default.
- W3134819199 modified "2023-10-06" @default.
- W3134819199 title "Compression and Thermal Expansion in Organic and Metal–Organic Crystals: The Pressure–Temperature Correspondence Rule" @default.
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- W3134819199 cites W1970531471 @default.
- W3134819199 cites W1970804760 @default.
- W3134819199 cites W1980561298 @default.
- W3134819199 cites W1997939852 @default.
- W3134819199 cites W2000326839 @default.
- W3134819199 cites W2000884878 @default.
- W3134819199 cites W2004525817 @default.
- W3134819199 cites W2007241307 @default.
- W3134819199 cites W2011301426 @default.
- W3134819199 cites W2012872782 @default.
- W3134819199 cites W2018180514 @default.
- W3134819199 cites W2020458649 @default.
- W3134819199 cites W2024375728 @default.
- W3134819199 cites W2025103251 @default.
- W3134819199 cites W2026636118 @default.
- W3134819199 cites W2027840475 @default.
- W3134819199 cites W2037395289 @default.
- W3134819199 cites W2039491732 @default.
- W3134819199 cites W2055312970 @default.
- W3134819199 cites W2055385476 @default.
- W3134819199 cites W2059076592 @default.
- W3134819199 cites W2063983145 @default.
- W3134819199 cites W2073231134 @default.
- W3134819199 cites W2081865294 @default.
- W3134819199 cites W2107675582 @default.
- W3134819199 cites W2123895554 @default.
- W3134819199 cites W2130901654 @default.
- W3134819199 cites W2132398478 @default.
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- W3134819199 cites W2301734386 @default.
- W3134819199 cites W2310697786 @default.
- W3134819199 cites W2316302115 @default.
- W3134819199 cites W2318330007 @default.
- W3134819199 cites W2319902168 @default.
- W3134819199 cites W2332580477 @default.
- W3134819199 cites W2340013895 @default.
- W3134819199 cites W2394608087 @default.
- W3134819199 cites W2399831199 @default.
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- W3134819199 cites W2514632192 @default.
- W3134819199 cites W2564254882 @default.
- W3134819199 cites W2587036577 @default.
- W3134819199 cites W2592637986 @default.
- W3134819199 cites W2604546457 @default.
- W3134819199 cites W2607285724 @default.
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- W3134819199 cites W2792872743 @default.
- W3134819199 cites W2811078586 @default.
- W3134819199 cites W2888815027 @default.
- W3134819199 cites W2898935034 @default.
- W3134819199 cites W2901237830 @default.
- W3134819199 cites W2911048296 @default.
- W3134819199 cites W2919674347 @default.
- W3134819199 cites W2943665691 @default.
- W3134819199 cites W2947576927 @default.
- W3134819199 cites W2955413115 @default.
- W3134819199 cites W2962491962 @default.
- W3134819199 cites W2966534780 @default.
- W3134819199 cites W2968352198 @default.
- W3134819199 cites W2968760771 @default.
- W3134819199 cites W2971040383 @default.
- W3134819199 cites W2971851929 @default.
- W3134819199 cites W2982493048 @default.
- W3134819199 cites W2991914368 @default.
- W3134819199 cites W2998977354 @default.
- W3134819199 cites W3005613118 @default.
- W3134819199 cites W3006944198 @default.
- W3134819199 cites W3015033444 @default.
- W3134819199 cites W3016908324 @default.
- W3134819199 cites W3103145119 @default.
- W3134819199 cites W3105199905 @default.
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- W3134819199 doi "https://doi.org/10.1021/acs.cgd.0c01636" @default.
- W3134819199 hasPublicationYear "2021" @default.
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