Rheological and thermal properties of squalane. The thermal-viscosity coefficient is given for two expressions of the viscosity–temperature dependence: μ = μ0 exp(β1/T(1/T − 1/T0)) and μ = μ0 exp(βT(T − T0)).
Temperature | 293.15 | K |
Low shear viscosity η0 | 34.34 | mPa s |
Pressure–viscosity coefficient α* | 21.0 | GPa−1 |
Thermal conductivity k | 0.12 (ref. 30) | W m−1 K−1 |
Thermal-viscosity coefficient β1/T | 4063 | K |
Thermal-viscosity coefficient βT | 0.047 | K−1 |