… Within the mode-coupling theory for idealized glass transitions, we study the evolution of
structural relaxation in binary mixtures of hard spheres with size ratios of the two components …

… the nature of the glass transition and the structural relaxation process in liquids is frequently
poorly … The purpose of this chapter is to explicate the glass transition, the structural relaxation …

… t curves, where the effect of relaxation can be overlooked. To take into account the effect of
structural relaxation on the nucleation process, we introduce a structural order parameter, ξ , …

… structure, a kinetic analysis of structural relaxation phenomena has been considered. In
such a way, by observing the changes induced by relaxation … responsible for the changes. …

… the structural relaxation behavior for 250 different amorphous material compositions reported
… below T g represents a scale for the structural relaxation rate described by the TNM, KAHR, …

… adjustable parameters to account for structural relaxation (A, AH* and x or B, Q and T 2) plus
a parameter such as fl to characterize the spectrum of relaxation times. Qualitatively, the TN …

… the effects of pressure on structural relaxation and … structural relaxation and T g in terms of
the free volume model. According to the measured results, the activation volume of relaxation …

… the heat effects and shear modulus changes occurring upon … shear susceptibilities for structural
relaxation and crystallization. … parameter linking structural relaxation and crystallization of …

… 5 exhibit a fourth important mixing effect, already reported in [6] for … same effect is also
shown by B q; t . Our results show that these mixing effects are structural relaxation phenomena …

… driving force leading to structural relaxation is linked to the … Studies that directly address
structural relaxation in PLGA … drug and polymer affect the rate of structural relaxation. Therefore, …