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arXiv physics/0504019physics.flu-dynphysics.gen-ph
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任意状态方程下shock wave在非均匀一维介质中的运动

The motion of a shock wave through a non-uniform one-dimensional medium in the case of arbitrary equation of state

Serge A. Serov

摘要:

给出了孤立激波一维运动方程的推导过程。这一推导表明,如果在推导过程中所作的简化假设得以实现,则变面积通道中孤立平面激波的运动微分方程是精确的。但这些假设在平面几何中只能近似实现;球形和圆柱形激波的情况相反。

英文摘要:

The derivation of the equation of one-dimensional movement of a solitary shock wave is given. This derivation shows, that the differential equation of movement of a solitary plane shock wave in the channel with variable area, is exact, if simplifying assumptions, made during derivation, are realized. But these assumptions in plane geometry it is possible to realize only approximately; situation with spherical and cylindrical shock waves is opposite.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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