DF 3: Gl
äser I (gemeinsam FV DF/DY)
Dienstag, 9. März 2004, 09:30–12:30, H23
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09:30 |
DF 3.1 |
Hauptvortrag:
Theory of the glass transition for systems with trivial statics — •Rolf Schilling and Grzegorz Szamel
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10:00 |
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15 min. break
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10:15 |
DF 3.2 |
Mode coupling equations for molecular crystals — •Michael Ricker und Rolf Schilling
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10:30 |
DF 3.3 |
Das β-peak Phänomen in glasbildenden van-der-Waals Flüssigkeiten — •Matthias Sperl und Wolfgang Götze
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10:45 |
DF 3.4 |
Dielectric relaxation in binary organic glass formers: β process vs. HF-wing scenario and heterogeneous dynamics — •Thomas Blochowicz and Ernst Rössler
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11:00 |
DF 3.5 |
Structure and dynamics of Al–Ni melts: Computer simulations studies — •Jürgen Horbach, Subir Kumar Das, and Kurt Binder
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11:15 |
DF 3.6 |
The mixed alkali effect in ternary silicates: computer simulation studies — •Hans Knoth, Jürgen Horbach, and Kurt Binder
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11:30 |
DF 3.7 |
Nearly constant loss behavior in molecular glass-formers — •Catalin Gainaru, Alberto Rivera, Thomas Blochowicz, Christian Tschirwitz und Ernst A. Roessler
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11:45 |
DF 3.8 |
Secondary relaxation processes in organic glasses - comparison between dielectric and NMR spectroscopy — •Sorin Adrian Lusceac, Peter Medick, Catalin Gainaru, and Ernst A. Rössler
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12:00 |
DF 3.9 |
Mapping supercooled liquids on simple trap models for the long-time dynamics: justification and consequences — •Andreas Heuer, Aimorn Saksaengwijit, and Katharina Hobbeling
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12:15 |
DF 3.10 |
Relating the macroscopic dynamics of liquid silica to its potential energy landscape — •Aimorn Saksaengwijit and Andreas Heuer
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