Atomic order and interionic pair potentials in Cu–Sn liquid alloys

Surface tension of liquid high-entropy equiatomic alloys of a Cu–Sn–Bi–In–Pb system

“…Results obtained for Cu-50% Sn alloy are consistent with the literature data [2,3,[22][23][24][25][26][27][28]. It should be noted that the absolute value of the temperature coefficient of surface tension is close to zero for liquid σ d dt where η is the specific surface entropy, can be used for theoretical calculations of the temperature coefficients of surface tension [29].…”

Interionic pair potential and entropy of mixing of Al–Mg compound forming binary molten alloys

“…The complex formation model allow us to express entropy of mixing of complex forming liquid alloys (Hoshino and Young [11]) (5) as: (16) where the contribution of the Pseudomolecules A and B has been accounted.The gas term S gas is given by…”

“…The hard sphere diameter has been evaluated by minimizing the pair-potential [8,12,16]. The computed hard sphere diameter has been utilized to evaluate the entropy of mixing of these alloys as a function of concentration.…”

“…The computed hard sphere diameter has been utilized to evaluate the entropy of mixing of these alloys as a function of concentration. The concentration dependent thermodynamic properties [3,[13][14][15][16] are greatly affected by the formation of intermetallic compound in the melt. Without understanding the cause of anomaly, one cannot get the real picture of mixing behaviour of such alloys.…”

Microscopic Structure And Thermodynamical Investigation Of Compound Forming Binary Liquid Alloy Cu - Sn

“…The study of Cu-Sn alloy is a matter of investigation since past few decades [1][2][3][4][5][6][7][8][9]. For metals, general rules for alloying have been given by Miedema et al, [10][11][12].…”