Matches in SemOpenAlex for { <https://semopenalex.org/work/W2095685211> ?p ?o ?g. }
- W2095685211 endingPage "1878" @default.
- W2095685211 startingPage "1870" @default.
- W2095685211 abstract "Using nuclear magnetic resonance and quasi-elastic neutron scattering spectroscopic techniques, we obtain experimental evidence of a well-defined dynamic crossover temperature TL in supercooled water. We consider three different geometrical environments: (i) water confined in a nanotube (quasi-one-dimensional water), (ii) water in the first hydration layer of the lysozyme protein (quasi-two-dimensional water), and (iii) water in a mixture with methanol at a methanol molar fraction of x = 0.22 (quasi-three-dimensional water). The temperature predicted using a power law approach to analyze the bulk water viscosity in the super-Arrhenius regime defines the fragile-to-strong transition and the Stokes−Einstein relation breakdown recently observed in confined water. Our experiments show that these observed processes are independent of the system dimension d and are instead caused by the onset of an extended hydrogen-bond network that governs the dynamical properties of water as it approaches dynamic arrest." @default.
- W2095685211 created "2016-06-24" @default.
- W2095685211 creator A5000157841 @default.
- W2095685211 creator A5003062842 @default.
- W2095685211 creator A5017537902 @default.
- W2095685211 creator A5027763604 @default.
- W2095685211 creator A5037975948 @default.
- W2095685211 creator A5046649880 @default.
- W2095685211 creator A5088514677 @default.
- W2095685211 date "2010-01-08" @default.
- W2095685211 modified "2023-10-14" @default.
- W2095685211 title "Dynamical Crossover and Breakdown of the Stokes−Einstein Relation in Confined Water and in Methanol-Diluted Bulk Water" @default.
- W2095685211 cites W1492647257 @default.
- W2095685211 cites W1518327983 @default.
- W2095685211 cites W1528929242 @default.
- W2095685211 cites W157808733 @default.
- W2095685211 cites W1967006008 @default.
- W2095685211 cites W1971782949 @default.
- W2095685211 cites W1974178725 @default.
- W2095685211 cites W1974195642 @default.
- W2095685211 cites W1974470692 @default.
- W2095685211 cites W1982187091 @default.
- W2095685211 cites W1983438403 @default.
- W2095685211 cites W1984038258 @default.
- W2095685211 cites W1985384647 @default.
- W2095685211 cites W1990989967 @default.
- W2095685211 cites W1992210899 @default.
- W2095685211 cites W1992805370 @default.
- W2095685211 cites W1993365398 @default.
- W2095685211 cites W2000410164 @default.
- W2095685211 cites W2002973978 @default.
- W2095685211 cites W2006113164 @default.
- W2095685211 cites W2008502452 @default.
- W2095685211 cites W2008937980 @default.
- W2095685211 cites W2010088099 @default.
- W2095685211 cites W2012752527 @default.
- W2095685211 cites W2013700935 @default.
- W2095685211 cites W2016792199 @default.
- W2095685211 cites W2019357664 @default.
- W2095685211 cites W2020452411 @default.
- W2095685211 cites W2021641921 @default.
- W2095685211 cites W2024719709 @default.
- W2095685211 cites W2024943432 @default.
- W2095685211 cites W2027602813 @default.
- W2095685211 cites W2027923654 @default.
- W2095685211 cites W2028612487 @default.
- W2095685211 cites W2030784827 @default.
- W2095685211 cites W2031152349 @default.
- W2095685211 cites W2031510975 @default.
- W2095685211 cites W2034403339 @default.
- W2095685211 cites W2034470039 @default.
- W2095685211 cites W2037063156 @default.
- W2095685211 cites W2044753141 @default.
- W2095685211 cites W2045646743 @default.
- W2095685211 cites W2048421180 @default.
- W2095685211 cites W2048458072 @default.
- W2095685211 cites W2049254359 @default.
- W2095685211 cites W2049603070 @default.
- W2095685211 cites W2050945279 @default.
- W2095685211 cites W2051894952 @default.
- W2095685211 cites W2052900158 @default.
- W2095685211 cites W2053901070 @default.
- W2095685211 cites W2058473676 @default.
- W2095685211 cites W2059288041 @default.
- W2095685211 cites W2061461527 @default.
- W2095685211 cites W2062099300 @default.
- W2095685211 cites W2069836644 @default.
- W2095685211 cites W2074788452 @default.
- W2095685211 cites W2075092972 @default.
- W2095685211 cites W2078457847 @default.
- W2095685211 cites W2084761689 @default.
- W2095685211 cites W2085081102 @default.
- W2095685211 cites W2088798892 @default.
- W2095685211 cites W2089215515 @default.
- W2095685211 cites W2090667060 @default.
- W2095685211 cites W2091199278 @default.
- W2095685211 cites W2096588826 @default.
- W2095685211 cites W2114131956 @default.
- W2095685211 cites W2118487585 @default.
- W2095685211 cites W2126005523 @default.
- W2095685211 cites W2133806434 @default.
- W2095685211 cites W2138082545 @default.
- W2095685211 cites W2138446474 @default.
- W2095685211 cites W2139511716 @default.
- W2095685211 cites W2140193344 @default.
- W2095685211 cites W2145165951 @default.
- W2095685211 cites W2149384988 @default.
- W2095685211 cites W2152855567 @default.
- W2095685211 cites W2163440447 @default.
- W2095685211 cites W2170797104 @default.
- W2095685211 cites W2171836385 @default.
- W2095685211 cites W3101561440 @default.
- W2095685211 cites W3104719613 @default.
- W2095685211 cites W4211196861 @default.
- W2095685211 cites W4241182524 @default.
- W2095685211 cites W52485495 @default.
- W2095685211 doi "https://doi.org/10.1021/jp910038j" @default.
- W2095685211 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20058894" @default.