CPP 17: Glasses II (joint session DY/DF/CPP)
Tuesday, March 12, 2013, 09:30–12:30, H46
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09:30 |
CPP 17.1 |
Towards reliable structural information of multicomponent glass systems — •Christoph Scherer, Friederike Schmid, and Martin Letz
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09:45 |
CPP 17.2 |
On the behavior of supercooled liquid water in Confinements formed by frozen water molecules: a molecular dynamics simulation study — •Felix Klameth and Michael Vogel
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10:00 |
CPP 17.3 |
Deuteron-NMR investigation on the dynamics of supercooled, confined water — •Matthias Sattig and Michael Vogel
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10:15 |
CPP 17.4 |
Modelling the relaxation of glass-forming systems at low temperatures: a potential energy approach — •Andreas Heuer and Christian Rehwald
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10:30 |
CPP 17.5 |
Microrheology on supercooled liquids in terms of a Potential Energy Landscape approach — •Carsten Friedrich Erich Schroer and Andreas Heuer
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10:45 |
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15 min. break.
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11:00 |
CPP 17.6 |
Simulation of Aging in SiO2: Single Particle Jump Analysis — •Katharina Vollmayr-Lee, Robin Bjorkquist, and Landon Chambers
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11:15 |
CPP 17.7 |
Excess free energy of supercooled liquids at disordered walls — •Ronald Benjamin and Jürgen Horbach
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11:30 |
CPP 17.8 |
Multiple reentrant glass transitions of soft spheres at high densities — •Michael Schmiedeberg
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11:45 |
CPP 17.9 |
Exact Nonlinear Response in the driven lattice Lorentz gas — •Sebastian Leitmann and Thomas Franosch
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12:00 |
CPP 17.10 |
From beta-relaxation to alpha-decay: Atomistic picture from molecular dynamics simulations for glass-forming Ni0.5Zr0.5 melt — •Helmar Teichler
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12:15 |
CPP 17.11 |
Interaction between tunnelling systems in glasses — •Gudrun Fickenscher, Christian Schötz, Paul Faßl, Alexander Archer, Alexander Burin, Manfred von Schickfus, Andreas Fleischmann, and Christian Enss
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