Controlling crystallization kinetics is key to overcome the temperature–time dilemma in
phase change materials employed for data storage. While the amorphous phase must be …

As2S3 is one of the chalcogenide glasses that have attracted increasing interests for
compression molding applications. This article aimed to evaluate the stress relaxation …

The present work investigates the validity of using the frequency and decay rate of free-free
beam vibration, which are measured by the impulse excitation technique (IET), to …

The present study investigates the influence of the crystal volume content on viscous crack
healing in glass ceramic glass sealants. To ensure constant microstructure during healing …

Detailed measurements of photoinduced fluidity in Ge-Se glasses were performed using a
novel shear relaxation test in torsion mode. It is shown that photofluidity is significant even at …

Enthalpy relaxation processes in chalcogenide fibers at room temperature are investigated
by differential scanning calorimetry and compared with bending‐stress relaxation …

Metallic glass-forming liquids (MGFLs) exhibit a quite unusual pattern in the temperature
dependence of the viscosity when plotted in a wide range of temperature. Among the fragile …

Chalcogenide glasses undergo viscosity decrease under light irradiation (“photofluidity”).
This effect has been known and investigated for many years now. Nevertheless, what is less …

When investigated as a function of deformation rate and time, model nano‐crystals exhibit a
clear threshold in mechanical and relaxation behavior, this observation being valid in both …

We propose here to investigate the non-equilibrium viscosity of Ge-Se glasses under and
after light irradiation. Ge 10 Se 90 and Ge 20 Se 80 fibers have been aged in the dark and …