Simulations of large temperature up-jumps in a binary Lennard-Jones liquid show that the Tool-Narayanaswamy material-time concept collapses aging observables better for moderate jumps than for extreme ones.
Malek, How to distinguish nonexponentiality and nonlinearity in isothermal structural relaxation of glass-forming ma- terials, J
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Large temperature-up-jump simulations of a binary Lennard-Jones system
Simulations of large temperature up-jumps in a binary Lennard-Jones liquid show that the Tool-Narayanaswamy material-time concept collapses aging observables better for moderate jumps than for extreme ones.