首页> 外文期刊>Journal of Applied Mechanics and Technical Physics >EFFECT OF VIBRATIONAL EXCITATION OF MOLECULES ON THE VELOCITY OF SOUND IN A HIGH-TEMPERATURE DIATOMIC GAS
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EFFECT OF VIBRATIONAL EXCITATION OF MOLECULES ON THE VELOCITY OF SOUND IN A HIGH-TEMPERATURE DIATOMIC GAS

机译:分子振动激发对高温电离气体中声速的影响

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摘要

A formula for the velocity of sound, which is valid not only for barotropic gases, is derived on the basis of methods of the kinetic theory of gases. This formula is specified for various stages of relaxation of a high-temperature diatomic gas in the approximation of the model of anharmonic oscillators. A dependence between the populations of vibrational levels of molecules and the velocity of sound is found.
机译:根据气体动力学理论的方法,导出了不仅对正压气体有效的声速公式。在非谐振荡器模型的近似中,该公式用于高温双原子气体弛豫的各个阶段。发现分子振动水平的总体与声速之间的相关性。

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