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Table 3 The absolute average deviation for viscosity of liquid metals

Table 3 The absolute average deviation for viscosity of liquid metals

Related Figures (7)

The PC-SAFT EoS is applied to metals in a wide range of temperature. All metallic systems are considered as
The PC-SAFT EoS is applied to metals in a wide range of temperature. All metallic systems are considered as
* Experimental data are taken from [36-38] Table 2 The absolute average deviation for liquid density of metals
* Experimental data are taken from [36-38] Table 2 The absolute average deviation for liquid density of metals
Table 4 The calculated absolute deviation for viscosity of Ag compared with experimental data [36]
Table 4 The calculated absolute deviation for viscosity of Ag compared with experimental data [36]
Fig. 1 Deviation plot for the predicted viscosity of metals compared with experiment Fig. 2, Comparison between calculated and experimental results for viscosity of alkali metals [Li (filled diamond), Na (filled circle), K (open diamond), Rb (multi symbol), Cs (filled triangle)|. The line markers show the calculated results and the corresponding filled ones are experimental data
Fig. 1 Deviation plot for the predicted viscosity of metals compared with experiment Fig. 2, Comparison between calculated and experimental results for viscosity of alkali metals [Li (filled diamond), Na (filled circle), K (open diamond), Rb (multi symbol), Cs (filled triangle)|. The line markers show the calculated results and the corresponding filled ones are experimental data
Fig. 3 Comparison between calculated and experimental results for viscosity of Mg (filled circle), Ca (filled triangle), Sr (open circle), Ba (plus symbol), Hg (open square), In (filled square), and Al (multi symbol)
Fig. 3 Comparison between calculated and experimental results for viscosity of Mg (filled circle), Ca (filled triangle), Sr (open circle), Ba (plus symbol), Hg (open square), In (filled square), and Al (multi symbol)
Fig. 4 Comparison between calculated and experimental results for viscosity of Ag (filled diamond), Ni (filled triangle), and Au (multi symbol)
Fig. 4 Comparison between calculated and experimental results for viscosity of Ag (filled diamond), Ni (filled triangle), and Au (multi symbol)
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Materials ScienceThermodynamicsChemistry
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