二原子ガスの粘度および熱伝導度の推算法

抄録

A limited amount of viscosity and thermal conductivity data at high pressures have been utilized along the lines proposed by Owens and Thodos³⁴ to predict the viscosity and thermal conductivity of diatomic gases at elevated pressures and the liquid state. In addition, the available subatmospheric viscosity data of Johnston, Mattox and Powers¹⁹ for nitrogen have permitted the extension of this study to include pressures as low as 0.01mm of mercury.
Reduced state correlations of viscosity and thermal conductivity have been constructed from the data available for nitrogen. These correlations are capable of predicting these properties in the gaseous and liquid states for other diatomic gases.