Fig. 2: Lossy atom phase shift distribution 1 cycle after initial identification of lossy atoms at the strain of 2.5%. | Nature Communications

Fig. 2: Lossy atom phase shift distribution 1 cycle after initial identification of lossy atoms at the strain of 2.5%.

From: Ripples in the bottom of the potential energy landscape of metallic glass

Fig. 2

It is shown that at low temperatures, the mechanical relaxation is mostly reversible with lossy atoms remaining lossy (that is with \({\delta }_{{atom}}\approx \pi /2\)). As temperature increases, the distribution more closely resembles that of the distribution of all atoms for all cooling rates at (a) 100 K/ps, (b) 1 K/ps, (c) 0.1 K/ps, and (d) 0.01 K/ps.

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