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0004018304
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This expression was introduced in, Elsevier, Amsterdam Alternative expressions used in literature are 'annealing' (if the time-dependent changes are intentional) and 'structural relaxation'
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This expression was introduced in. Struick L.C.E. Physical Aging in Amorphous Polymers and Other Materials (1978), Elsevier, Amsterdam Alternative expressions used in literature are 'annealing' (if the time-dependent changes are intentional) and 'structural relaxation'
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34548789079
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note
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β where the β-relaxation occurs at 1 Hz. While the present aging temperature for xylitol fulfills this condition, in glycerol and PC this may not be the case (see [6] for information on the β-relaxation in these materials). However, Struick mainly treated polymers and his arguments are based on the interpretation of the β-relaxation as motions of side-groups or parts of chain segments. Thus most likely they cannot be generalized to non-polymeric glass formers, where the β-relaxation mostly is believed to be of intermolecular origin.
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34548773989
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note
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For comparing relaxation times from different evaluations, it is helpful to plot the average relaxation times instead of the fit parameters τ. For the CD-function, the average relaxation time is given by 〈τ〉 = τβ. For the HN function 〈τ〉 is not defined. As the HN function in the present case of xylitol is rather close to a CD function (small parameter α), 〈τ〉 ≈ τβ was used.
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