While thermodynamic fluctuation theory has been extensively utilized in liquids for decades
to obtain direct thermodynamic information, such as Gibbs free energies, from local …

Using the available experimental and literature data, the linear temperature-dependent
interaction parameters of liquid binary alloys, subsystems of the Al-Cu-Ni system in the …

The thermodynamic properties of the full composition range of liquid Ni-Ti, Ni-Al, and Ti-Al
alloys were determined using the atom and molecule coexistence theory (AMCT), which is …

The present work proposes a novel methodology to extract direct thermodynamic
information, ie Gibbs free energies, from local composition fluctuations found in atom probe …

A complete information related to the mixing behaviours of Au alloyed with rare earth metals
or lanthanides is very scarce. Therefore, an attempt has been made in this work to compute …

Theoretical expressions of quasi–lattice model were used to assess the thermodynamic and
structural properties of Al–Er liquid alloy at different temperatures. The model fit parameters …

Different modeling equations were used to predict the mixing behaviors of Cu–Mg liquid
alloys at different temperatures. The thermodynamic and structural properties of the liquid …

We report on the formation of Ag-containing ZrCuAlNi thin film metallic glass (nano)
composites by a hybrid direct-current magnetron sputtering and high-power pulsed …

The compositional dependence of thermo-physical properties of Si-Ti liquid alloy has been
reassessed using different modeling equations at temperatures 2000 K, 2400 K and 2473 K …

Using experimental and literature data, the linear temperature-dependent interaction
parameters of the Redlich-Kister (RK) polynomial for binary subsystems of Al-Cu-Ni liquid …