Structural, thermodynamic, and atomic-transport properties of liquid Ni-Al alloys have been
studied by Monte Carlo and molecular-dynamics simulations based upon three different …

The local atomic structure of the liquid Ni–Si and Al–Ni–Si alloys has been studied by X-ray
diffraction and Reverse Monte Carlo simulations. The chemical short-range order and …

The phase behavior of a two-dimensional square-well model of width 1.5 σ, with emphasis
on the low-temperature and/or high-density region, is studied using Monte Carlo simulation …

Based on our two previous works (B. Grosdidier 2018 and 2019) and on rigorous
calculations, we investigate the structure and the order in the ternary alloy. We show that the …

We reexamine the phase diagram of the square-well potential, using both theoretical and
computer-simulation techniques, for not too short ranges of the potential. The phase diagram …

Thanks to the extension of the results of our four previous works (B. Grosdidier 2018, 2019,
2021, 2022), we now study the structure and the order parameters of the multicomponent …

We present our experimental results (structure factors) obtained by neutron scattering on
liquid Al–Ge alloys at 20, 40, 60, and 80 at.% aluminium at the temperature of 977° C. The …

We investigate the decomposition of the structure factor of a ternary alloy with spherical
symmetry into the largest number of linearly independent and invariant quantities under the …

In this paper we use the concept of ordering potential to calculate the atomic structure and
the thermodynamic asymptotic limit of the liquid Al–Ge alloy, for which we previously …

The Bhatia-Thornton concentration-concentration partial structure factor S CC (q) is a strong
indicator of the order in liquid alloys. Manganese is one of the four metals, which has a …