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[期刊论文] 作者：Vladimir G. Kirtskhalia,
来源：声学期刊(英文) 年份：2012
It is demonstrated that contemporary conception on adiabaticity of sound in the Earth atmosphere is fair in sufficient approximation only for altitudes z ≤ 103...
[期刊论文] 作者：Vladimir G. Kirtskhalia,
来源：现代物理(英文) 年份：2013
It is shown that the criterion of incompressibility applicable to any medium, contradicts to the real meaning of this term. On the basis of expression of speed...
[期刊论文] 作者：Vladimir G. Kirtskhalia,
来源：声学期刊(英文) 年份：2014
Generalized equation for linear gravity waves in moving medium has been obtained. Sound wave is considered as a particular case and it is shown that in inhomoge...
[期刊论文] 作者：Vladimir G. Kirtskhalia,
来源：现代物理(英文) 年份：2015
It is shown that in the Earth’s atmosphere, due to influence of the gravitational field, coefficient of thermal expansion depends on altitude. The altitude int...
[期刊论文] 作者：Vladimir G. Kirtskhalia,Konstantin R. Ninidze,
来源：现代物理（英文） 年份：2021
The article solves the problem of surface gravitational waves using the theory of tangential discontinuity between media: air-water. Using the improved equation of mass continuity and taking into account the atmosphere inhomogeneity in the ......
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