Matches in SemOpenAlex for { <https://semopenalex.org/work/W2981714145> ?p ?o ?g. }
- W2981714145 endingPage "5373" @default.
- W2981714145 startingPage "5373" @default.
- W2981714145 abstract "The hydrogen density of states (DOS) in confined water has been probed by inelastic neutron scattering spectra in a wide range of its P–T phase diagram. The liquid–liquid transition and the dynamical crossover from the fragile (super-Arrhenius) to strong (Arrhenius) glass forming behavior have been studied, by taking into account the system polymorphism in both the liquid and amorphous solid phases. The interest is focused in the low energy region of the DOS ( E < 10 meV) and the data are discussed in terms of the energy landscape (local minima of the potential energy) approach. In this latest research, we consider a unit scale energy (EC) linked to the water local order governed by the hydrogen bonding (HB). All the measured spectra, scaled according to such energy, evidence a universal power law behavior with different exponents ( γ ) in the strong and fragile glass forming regions, respectively. In the first case, the DOS data obey the Debye squared-frequency law, whereas, in the second one, we obtain a value predicted in terms of the mode-coupling theory (MCT) ( γ ≃ 1.6 )." @default.
- W2981714145 created "2019-11-01" @default.
- W2981714145 creator A5000157841 @default.
- W2981714145 creator A5003062842 @default.
- W2981714145 creator A5011203903 @default.
- W2981714145 creator A5017537902 @default.
- W2981714145 creator A5027945314 @default.
- W2981714145 date "2019-10-29" @default.
- W2981714145 modified "2023-10-12" @default.
- W2981714145 title "The Proton Density of States in Confined Water (H2O)" @default.
- W2981714145 cites W1901708166 @default.
- W2981714145 cites W1964852724 @default.
- W2981714145 cites W1968742823 @default.
- W2981714145 cites W1972258082 @default.
- W2981714145 cites W1975181677 @default.
- W2981714145 cites W1977186167 @default.
- W2981714145 cites W1977851577 @default.
- W2981714145 cites W1979189297 @default.
- W2981714145 cites W1982485870 @default.
- W2981714145 cites W1982620997 @default.
- W2981714145 cites W1984074476 @default.
- W2981714145 cites W1990103649 @default.
- W2981714145 cites W1996819251 @default.
- W2981714145 cites W1996886163 @default.
- W2981714145 cites W1997676547 @default.
- W2981714145 cites W1999679917 @default.
- W2981714145 cites W2001738413 @default.
- W2981714145 cites W2002973083 @default.
- W2981714145 cites W2005294752 @default.
- W2981714145 cites W2007301254 @default.
- W2981714145 cites W2008937980 @default.
- W2981714145 cites W2010088099 @default.
- W2981714145 cites W2016210187 @default.
- W2981714145 cites W2018399930 @default.
- W2981714145 cites W2019135922 @default.
- W2981714145 cites W2019357664 @default.
- W2981714145 cites W2021814568 @default.
- W2981714145 cites W2023282216 @default.
- W2981714145 cites W2024719709 @default.
- W2981714145 cites W2031475338 @default.
- W2981714145 cites W2034470039 @default.
- W2981714145 cites W2035374663 @default.
- W2981714145 cites W2035624040 @default.
- W2981714145 cites W2036263440 @default.
- W2981714145 cites W2038428552 @default.
- W2981714145 cites W2038995122 @default.
- W2981714145 cites W2042960050 @default.
- W2981714145 cites W2046099038 @default.
- W2981714145 cites W2048421180 @default.
- W2981714145 cites W2049603070 @default.
- W2981714145 cites W2050490913 @default.
- W2981714145 cites W2050710027 @default.
- W2981714145 cites W2052174431 @default.
- W2981714145 cites W2056878394 @default.
- W2981714145 cites W2057944119 @default.
- W2981714145 cites W2063691499 @default.
- W2981714145 cites W2066760012 @default.
- W2981714145 cites W2070265328 @default.
- W2981714145 cites W2071379444 @default.
- W2981714145 cites W2073694789 @default.
- W2981714145 cites W2074788452 @default.
- W2981714145 cites W2077134281 @default.
- W2981714145 cites W2078035870 @default.
- W2981714145 cites W2081926166 @default.
- W2981714145 cites W2083056514 @default.
- W2981714145 cites W2092015963 @default.
- W2981714145 cites W2092056305 @default.
- W2981714145 cites W2093587526 @default.
- W2981714145 cites W2093845377 @default.
- W2981714145 cites W2097952819 @default.
- W2981714145 cites W2111114270 @default.
- W2981714145 cites W2114131956 @default.
- W2981714145 cites W2124914646 @default.
- W2981714145 cites W2133431683 @default.
- W2981714145 cites W2133806434 @default.
- W2981714145 cites W2139552267 @default.
- W2981714145 cites W2149655632 @default.
- W2981714145 cites W2158036413 @default.
- W2981714145 cites W2161089162 @default.
- W2981714145 cites W2164767021 @default.
- W2981714145 cites W2168723961 @default.
- W2981714145 cites W2170797104 @default.
- W2981714145 cites W2171836385 @default.
- W2981714145 cites W2289463513 @default.
- W2981714145 cites W2297422337 @default.
- W2981714145 cites W2520299874 @default.
- W2981714145 cites W2566436355 @default.
- W2981714145 cites W2800124727 @default.
- W2981714145 cites W2889090640 @default.
- W2981714145 cites W2901996723 @default.
- W2981714145 cites W2948278032 @default.
- W2981714145 cites W2965564121 @default.
- W2981714145 cites W2968754276 @default.
- W2981714145 cites W3098290834 @default.
- W2981714145 cites W3104623136 @default.
- W2981714145 cites W3189349463 @default.
- W2981714145 doi "https://doi.org/10.3390/ijms20215373" @default.
- W2981714145 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6861890" @default.