The determination of the viscosity of liquid gallium over an extended nrange of temperature

The phonon theory of liquid thermodynamics

“…We have taken viscosity data from the NIST database at the same pressures as c v and converted it to τ using the Maxwell relationship , where η is viscosity and G ∞ is infinite-frequency shear modulus, giving . Viscosities of liquid metals and F 2 were taken from Refs 202122232425. and Ref 26,.…”

Influence of Molecular Rotation on the Viscosity of Liquids

“…The existence of 12 "bands" in Ne and 15 in Ar leads one to conclude that there exist bound excited states of Ne2 and Ar2 with potential wells containing at least 12 and 15 bound states, respectively. The existence of 12 "bands" in Ne and 15 in Ar leads one to conclude that there exist bound excited states of Ne2 and Ar2 with potential wells containing at least 12 and 15 bound states, respectively.…”

Modeling of III-V-based Nanohole Filling

“…If the coefficient is 0 * = 0 , the coefficient is 1, the coefficient is 0 and the = 0 * , the the equation 18 is obtained. From this we can conclude, that the equation 35 is the microscopic form of equation 18. If exponential sum function was fitted to the point series (Figure 19), then the temperature-viscosity formula would be as follows:…”

“…In case of liquid metals, the viscosity can be determined in a multiple ways [16][17][18][19][20]. In this paper, the Arrhenius-Andrande equation is used [20], its formula is the following:…”