| Title | Date | Views | Brief Description |
|---|
| The absorption and dispersion of sound waves in polyatomic gases |
1971 |
604 |
It is now generally agreed that the absorption of sound waves in a gas is, in most part, due to the exchange of energy between the sound wave and the translational and internal states of the gas molecules. We develop a theory using the 17-moment appr... |
| Relaxation in a binary gaseous mixture of Maxwell molecules |
1971 |
173 |
Over the years, much work has been done in developing sets of equations describing the physical properties of gaseous mixtures. One person to do such work was Walker1, who developed a set of equations for a gaseous mixture of Maxwell molecules. His t... |
| A quantum mechanical Boltzmann equation for a polyatomic gas in magnetic and electric fields |
1972 |
583 |
This paper proposes to examine the process by which a quantum mechanical Boltzmann equation for a dilute polyatomic gas, involving only binary collisons, is developed. The method employed parallels the work of R. F. Snider (Journal of Chemical Physic... |
| The kinetic theory of sound propagation in binary gaseous mixtures. |
1972 |
244 |
We develop a theory for the study of the absorption and dispersion of a sound wave propagating in a binary mixture of gases by using both the 13-moment approximation and the Navier - Stokes theory. This general theory is valid for a mixture of any tw... |
| Numerical analysis of the kinetic theory of sound propagation in a simple monatomic gas |
1975 |
125 |
The kinetic theory of plane sound wave propagation in simple monatomic gaaeous mixture has received increasing attention in recent years. Our research is a study of the numerical methods for calculating the absorption and dispersion of a sound wave p... |