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![Calculated Pb-Zn phase diagram from [6]. Symbols (Pb) and (Zn) denote solid solutions, based on Pb and Zn, respectively.](profile/Valery-Vasilliev/publication/256646339/figure/fig1/AS:669410570297349@1536611325227/Calculated-Pb-Zn-phase-diagram-from-6-Symbols-Pb-and-Zn-denote-solid-solutions.png)
Calculated Pb-Zn phase diagram from [6]. Symbols (Pb) and (Zn) denote solid solutions, based on Pb and Zn, respectively.
Source publication
![Fig. 1. Calculated Pb-Zn phase diagram from [6]. Symbols (Pb) and (Zn)...](profile/Valery-Vasilliev/publication/256646339/figure/fig1/AS:669410570297349@1536611325227/Calculated-Pb-Zn-phase-diagram-from-6-Symbols-Pb-and-Zn-denote-solid-solutions_Q320.jpg)
![Fig. 2. Isothermal vacuum electrochemical cell [11].](profile/Valery-Vasilliev/publication/256646339/figure/fig2/AS:669410570276878@1536611325554/Isothermal-vacuum-electrochemical-cell-11_Q320.jpg)
Contexts in source publication
Context 1
... in the In-Pb-Zn system by means of EMF method and thermody- namic modeling of the system. This information is necessary for separation and affinage of Pb-Zn melts in metallurgical processes, where the most common admixtures are Cu, In, Sn. These admix- tures can change significantly the wide miscibility gap of the Pb-Zn system [1][2][3][4][5][6] (Fig. 1), which is due to the large difference in the densities of components and weak chemical interaction be- tween zinc and ...
Context 2
... x Zn = 0.663), corresponding to the lowest temperature (640.8 K) of liquid immiscibility in this system. Thin lines, denoting miscibility gap boundaries in the system In-Pb- Zn at 700-1000 K, change their shape when approaching to the binary system Pb-Zn. This is connected with the shape of the mis- cibility gap curve in given binary system (Fig. ...
