Anisotropy of Random Molecule Velocity Induced by the Horizontal Wind. Experimental Checking of a Hypothesis
I.A. Delov, N.I. Slipchenko, and A.V. Leonidov
Kharkiv National University of Radio Engineering and Electronics,
14, Lenin Ave, Kharkiv, 61166, Ukraine
Abstract
The paper presents experimental data confirming the hypothesis put forward by the authors about the probability of the anisotropy of the random molecule velocity in the Earth atmosphere, that is associated with the horizontal wind. Numerous experimental data retrieved under various weather conditions, at various time of day and year prove that the random molecule velocity downwind is always lower than that upwind.
References
- Delov, I.A., Slipchenko, N.I., and Leonidov, A.V., (2006), On the question about the relation between the gravity and the atmosphere density and the magnitude of the vertical component of the random molecule velocity, Radiotekhnika. 125:107-113 (in Russian).
- Delov, I.A., Slipchenko, N.I., and Leonidov, A.V., (2008), Measuring technique for the anisotropy of the random velocity of air molecules. Patent application, Zayavka na Patent. ¹ 200803845 (in Russian).
- Delov, I.A., Slipchenko, N.I., and Leonidov, A.V., (2007), On the question of one gaseous medium property, Radiotekhnika. 150:22-27 (in Russian).
- GreatSovietEncyclopedia, 6:82 (in Russian).
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