… of sixteen glass formers, covering the degrees of freedom in terms of spatial dimensions,
interaction potentials, compositions, and also state points in the phase space controlled by …

… The results for PCGE are quite similar to those for other polymeric glass formers. In table
1 we have collected data for various glass formers, both molecular and polymeric. The …

… cr and the complexity increases for reluctant glass formers that require very high cooling rates…
the physical parameters that control the crystallization rate. He observed that the stability of …

… In this work we used two glass stability (GS) parameters, … for many binary oxide glasses
(modifier + glass former), and briefly … Therefore, diffusivity is the main controlling parameter of this …

… control parameter that dominates the slow dynamics in glass-… In the former picture the
controlling parameter is temperature … In the latter picture, the controlling parameter is volume ( V ) …

… parameters of the susceptibility function: β specifies the exponent of the first and γ that of the
second power-law. The parameter c 0 controls … parameters (eg β, γ> and c 0 ) can be found. …

… changing from a viscosity-controlled to an Arrhenian-controlled process—was able to … for
the adjustable parameters. Our results suggest that viscous flow ceases to control the crystal …

… where D is the effective diffusion coefficient controlling nucleation and d 0 is a size parameter
or atomic jump distance. Experimental results that illustrate the establishment of a steady-…

… Temperature Tas a control parameter enters the theory via the temperature dependence
of S(q). This idealized version of the theory leads to a time correlation function 4 (t), which …

… glass former that we simulate [3]; see Fig. 1(b). Remarkably, we find that both s and our structural
parameter … The controlling of amorphous short-range order thus opens a route towards ‘‘…