Materials science

Volume viscosity

Atomic physics

Range (aeronautics)

Relative viscosity

Thermodynamics

Physics

Temperature dependence of liquid viscosity

Composite material

Viscosity

Noble gas

Physica

From the data available in the literature of the last thirty five years for the viscosity coefficient of noble gases, an empirical series expansion in reduced parameters has been developed. This equation allows the calculation of the viscosity of noble gases to within a few percent over a wide range of densities and temperatures. A reduced equation is given also for the temperature dependence of the first density correction coefficient of the viscosity.

Corresponding states for the viscosity of noble gases up to high densities