431 citations
- Technical University of DenmarkDK18 papers
- IMDEA Software InstituteES11 papers
- University of CopenhagenDK10 papers
- Danish National Research FoundationDK8 papers
- Centre National de la Recherche ScientifiqueFR7 papers
- University of California, BerkeleyUS7 papers
- Institut Laue-LangevinFR5 papers
- Nankai UniversityCN5 papers
- The University of SydneyAU5 papers
- Aalborg UniversityDK4 papers
- Deutsches Zentrum für Luft- und Raumfahrt e. V. (DLR)DE4 papers
- Monash UniversityAU4 papers
6 papers · 1 filter
Solidity of viscous liquids II: Anisotropic flow events
Jeppe. C. Dyre
Recent findings on the displacements in the surroundings of isotropic flow events in viscous liquids [Phys. Rev. E, to appear Feb. 1999] are generalized to the anisotropic case. Al…
Fast and slow dynamics of hydrogen bonds in liquid water
Francis W. Starr, Johannes K. Nielsen, H. Eugene Stanley
We study hydrogen-bond dynamics in liquid water at low temperatures using molecular dynamics simulations. We find that bond lifetime (``fast dynamics'') has Arrhenius temperature d…
Solidity of Viscous Liquids
Jeppe C. Dyre
Recent NMR experiments on supercooled toluene and glycerol by Hinze and Bohmer show that small rotation angles dominate with only few large molecular rotations. These results are h…
A Statistical Mechanical Approximation for the Calculation of Time Auto-Correlation Functions
Jeppe C. Dyre
This paper considers the problem of estimating the time auto-correlation function for a quantity that is defined in configuration space, given a knowledge of the mean-square displa…
Why are glass-forming liquids non-Arrhenius?
Jeppe C. Dyre
A major mystery of glass-forming liquids is the non-Arrhenius temperature-dependence of the average relaxation time. This paper briefly reviews the classical phenomenological model…
Effective one-dimensionality of AC hopping conduction in the extreme disorder limit
Jeppe C. Dyre, Thomas B. Schroeder
It is argued that in the limit of extreme disorder AC hopping is dominated by "percolation paths". Modelling a percolation path as a one-dimensional path with a sharp jump rate cut…