ShareDynamics of supercooled water in confined geometry.
Author(s) : BERGMAN R., SWENSON J.
Type of article: Article
Summary
The article presents the conditions in which water can reach supercooling. Some liquids display highly non-Arrhenius temperature dependencies and they are called "fragile"; there are others, called "strong", whose behaviour is close to the Arrhenius law. For supercooled water, a unique "fragile-strong" transition around 228 K has been proposed. Different methods to study water behaviour in relation to temperature are presented.
Details
- Original title: Dynamics of supercooled water in confined geometry.
- Record ID : 2001-0541
- Languages: English
- Source: Nature - vol. 403 - n. 6767
- Publication date: 2000/01/20
- Document available for consultation in the library of the IIR headquarters only.
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A thermodynamic connection to the fragility of ...
- Author(s) : MARTINEZ L. M., ANGELL C. A.
- Date : 2001/04/05
- Languages : English
- Source: Nature - vol. 410 - n. 6829
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Thermodynamic determination of fragility in liq...
- Author(s) : ITO K., MOYNIHAN C. T., AUSTEN A.
- Date : 1999/04/08
- Languages : English
- Source: Nature - vol. 398 - n. 6727
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Clarifying the glass-transition behaviour of wa...
- Author(s) : YUE Y., ANGELL C. A.
- Date : 2004/02/19
- Languages : English
- Source: Nature - vol. 427 - n. 6976
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Absence of thermodynamic phase transition in a ...
- Author(s) : SANTEN L., KRAUTH W.
- Date : 2000/06/01
- Languages : English
- Source: Nature - vol. 405 - n. 6786
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Condensed matter: one substance, two liquids?
- Author(s) : DEBENEDETTI P. G.
- Date : 1998/03/12
- Languages : English
- Source: Nature - vol. 392 - n. 6672
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