This study simplifies the phenomenological theory of viscosity previously proposed by the present authors. This simplified theory has only two thermodynamic properties and one parameter, as opposed to its predeces-sor, which has many, allowing for easy calculation of the liquid viscosities. The viscosity of liquid metals, an excellent test for checking the validity of the liquid theory, can be calculated using the equation based on the simplified theory. The calculated results by the current theory turn out to be good for the liquid metals, includ-ing sodium, potassium, rubbidium, cesium, lead and mercury
The development of theoretical bases for the measurement methods is the aim of the paper as well as ...
The paper deals with some of the more recent theoretical methods, which have successfully attempted ...
A discussion is given of some of the properties of liquid and amorphous metals under conditions when...
Viscosity is an important property which could determine the flow liquid metal characteristics and r...
In this paper, simple relations are reported for calculating viscosity (η), self-diffusion coefficie...
As one of the most important physical and chemical properties, viscosity plays a critical role in ph...
A new semi-empirical correlation between viscosity and density is proposed for molten iron. Equation...
A study of the applicability of CST towards predicting transport coefficients in liquid metals has b...
Equations for temperature dependence of the viscosity by Arrhenius, Hildebrand, and Andrade were com...
The results of calculations for static structure factors, S(q), and shear viscosities for less simpl...
The use of first-principles molecular dynamics to calculate the viscosity of liquid metals using the...
The use of first-principles molecular dynamics to calculate the viscosity of liquid metals using the...
The use of first-principles molecular dynamics to calculate the viscosity of liquid metals using the...
ALTHOUGH the liquid state is the first step of all founding operations no fundamental measure i...
Static structure factors, S(q), thermodynamic properties and shear viscosities for liquid Zn, Cd, Hg...
The development of theoretical bases for the measurement methods is the aim of the paper as well as ...
The paper deals with some of the more recent theoretical methods, which have successfully attempted ...
A discussion is given of some of the properties of liquid and amorphous metals under conditions when...
Viscosity is an important property which could determine the flow liquid metal characteristics and r...
In this paper, simple relations are reported for calculating viscosity (η), self-diffusion coefficie...
As one of the most important physical and chemical properties, viscosity plays a critical role in ph...
A new semi-empirical correlation between viscosity and density is proposed for molten iron. Equation...
A study of the applicability of CST towards predicting transport coefficients in liquid metals has b...
Equations for temperature dependence of the viscosity by Arrhenius, Hildebrand, and Andrade were com...
The results of calculations for static structure factors, S(q), and shear viscosities for less simpl...
The use of first-principles molecular dynamics to calculate the viscosity of liquid metals using the...
The use of first-principles molecular dynamics to calculate the viscosity of liquid metals using the...
The use of first-principles molecular dynamics to calculate the viscosity of liquid metals using the...
ALTHOUGH the liquid state is the first step of all founding operations no fundamental measure i...
Static structure factors, S(q), thermodynamic properties and shear viscosities for liquid Zn, Cd, Hg...
The development of theoretical bases for the measurement methods is the aim of the paper as well as ...
The paper deals with some of the more recent theoretical methods, which have successfully attempted ...
A discussion is given of some of the properties of liquid and amorphous metals under conditions when...