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Idealized glass transitions for a system of dumbbell molecules
S. H. Chong,
W. Götze
TUM Emeriti of Excellence
Technical University of Munich
Research output
:
Contribution to journal
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Article
›
peer-review
96
Scopus citations
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Keyphrases
Glass Transition
100%
Dumbbell
100%
Glass Phase
100%
Density Fluctuations
66%
Packing Fraction
66%
Non-monotone
33%
Wave number
33%
Equations of Motion
33%
Reorientational Motions
33%
Ergodic
33%
Hard Spheres
33%
Phase Diagram
33%
Simple System
33%
Wave Vector
33%
Percus-Yevick
33%
Static Structure Factor
33%
Coupled Mode Theory
33%
Structure Variable
33%
Debye-Waller Factor
33%
Glassy Dynamics
33%
Molecular Liquids
33%
Hard-sphere System
33%
Reference Interaction Site Model
33%
Ideal Glass Transition
33%
Liquid Glass
33%
Dipole Motion
33%
First Sharp Diffraction Peak
33%
Transition Line
33%
Dipole Reorientation
33%
Engineering
Density Fluctuation
100%
Wave Number
50%
Simple System
50%
Constituent Molecule
50%