Structure of isomorphous liquid Ag–Au alloys

A Theoretical and Computational Study of Structure‐Property Relationship in Five Binary Liquid Alloys

“…However, the peak height increases from 2.13 to 2.73 as the atomic percent Cu increases from 76.5 % to 96.05 %. An increase in peak height with increasing Cu concentration in Au [40] x Cu x alloys shows a strong correlation between constituted atoms at higher Cu regions. Further, a bump before the peak can be seen at 76.5 % of Cu, which is an indication of chemical ordering in these melts.…”

“…We find a good agreement between computed and available experimental data. [40] The Fourier transform of S(k) gives g(r) and its first peak position is the main characteristic of real liquids. The computed values of the first peak position of g(r) and coordination numbers of Al 1-x Cu x , Ag 1-x Cu x , Au 1-x Cu x , Ag 1-x Al x , and Au 1-x Ag x alloys as a function of compositions are illustrated in Figures 4(a-e).…”

“…S(k) and g(r) of Au 1-x Ag x as a function of Ag composition were computed at 1423 K and depicted in Figure 3 and Table 2 respectively with experimental data. [40] The results of the first peak position and peak height of S(k) and g(r) are given in Table 2. We find a good agreement between computed and available experimental data.…”

Local atomic structure inheritance in Ag50Sn50 melt

“…The scanning step was 0. data processing can be found in Ref. 16. The error is less than 2% for r 1 and 5% for N m by the adopted method.…”

Hurst's Exponent Determination for Radial Distribution Functions of In, Sn and In-40 wt%Sn Melt

“…X-ray patterns from the samples were obtained using a liquid metal x-ray diffractometer, which was carried out by adopting the 𝑞-𝑞 type. After a series of data processing, [14] the structure factor, 𝑆(𝑄) is obtained from the scattering intensity…”