Understanding the microscopic mechanism of the transition of glass remains one of the most
challenging topics in Condensed Matter Physics. What controls the sharp slowing down of …

For nonpolymeric supercooled liquids, the empirical correlation m= 56 T g Δ C p (T g)∕ Δ H
m provides a reliable means of correlating dynamic and thermodynamic variables. The …

It is shown that many simple glass‐forming liquids exhibit a phenomenon known in the area
of polymer science as the liquid–liquid transition. The phenomenon manifests itself as a third …

Using dielectric spectroscopy, some organic liquids consisting of mainly alkylhalides and
acetic acid esters, have been studied over a wide frequency (106 to 10− 3 Hz) and …

Within the overall understanding of the glass transition, the relationship between
microscopic dynamics and fragility is still to be clarified. Decalin is an organic glass former …

The diffusionless homogeneous electron-transfer system comprised of dye molecules
dissolved in melts of aromatic donor molecules is distinguished by its extremely small …

Using dielectric spectroscopy, we have studied different types of relaxation processes,
namely, primary (α), secondary (β), and other sub‐T g processes, in the supercooled liquids …

Dielectric constant and loss measurements have been made, between 10 and 105 Hz, on
seven dipolar substituted methanes from liquid nitrogen temperature up to and above the …

Glasses are amorphous materials which do not exhibit the long-range order or periodicity
found in crystalline solids. A glass is formed by cooling a liquid at a sufficient rate such that …

Dielectric measurements have been made on glass-forming mixtures of decalin with
chlorobenzene and decalin with tert-butylchloride, respectively. Whereas the temperature …