空泡的

Some results are compared with the measurement and calculation for nature cavitation.

部分结果和自然空泡的测量结果及有关计算结果作了比较，得到了有益的结论。

Based on optical beam deflection,a fiber-optic diagnostic system is proposed to investigate the propagation of a laser-induced plasma shock wave and the oscillation of a cavitation bubble .

实验得到了激光等离子体冲击波传播规律和空泡的动力学特性。

Based on the theory of cavitating flows,the definition of supercavitation ,the main idea of reducing drag by ventilated cavitation and the principle of supercavitation torpedo are introduced.

文章从空泡流理论出发，介绍了超空泡的定义、超空泡减阻的基本思想和超空泡鱼雷的工作原理，并分析了超空泡技术研究中的关键问题和未来发展趋势

Marceau抯 team revealed that the application of DMAE induces a quick and spectacular swelling of skin cell vacuoles called fibroblasts, which act as reservoirs and interface between the inside and the outside of the cell.

Marceau领导的试验小组进行的体外试验发现DMAE的应用诱使皮肤细胞空泡的迅速膨胀，皮肤细胞空泡作为细胞间的"储层水库"并衔接内外细胞。

It gives up the unreasonable spherical hypothesis which is out of accord with the reality.

考察了不同壁面、空泡离壁面的距离和空泡的气体含量对空泡演化及辐射噪声的影响，该方法将边界元方法得到的空泡演化情况与声学方程在特殊情况下的解结合起来，放弃理论分析上不合理的球形假设，并考虑了边界的影响，这样更符合实际的空化现象，得到了与实验相一致的结论。

So the developing of automatic ventilating control system has offer a reliable and powerful tool for the study of supercavitation.

因此，自动充气控制系统的开发，为超空泡的研究提供了有力的工具和可靠的试验平台。

This paper briefly introduces the current development of supercavitating torpedoes in the world,and explains some confusable terms,including cavity,supercavitation, natural supercavitation ,air supercavitation and cavity number.

在简要回顾各国超空泡鱼雷发展概况的基础上，解释了几个易混淆的与空泡有关的新术语(空泡、超空泡、自然超空泡、通气超空泡和空泡数)，分析了超空泡的形成机理和特点，详细阐述超空泡鱼雷在总体结构和性能、动力推进、控制系统和弹道形式等方面的技术特点，概括超空泡鱼雷与普通鱼雷在结构外形、流体动力布局、系统组成和工作特性等方面的不同之处。

However, it is not possible to determine whether the increase in autophagic vacuolization is an adaptive response or a harbinger of cell death.

然而，不可能确定自噬空泡的增加是否是一种适应性反应或细胞死亡的预兆。

It′s a fully cavitating model which used to calculate an axisymmetric body,and proved more accurate simulation of regional and length of the cavtiation.

运用完全空泡模型对轴对称回转体进行计算，验证了该方法能够比较精确地模拟空泡的区域及长度。

Furthermore, the research shows that the cavitator diameter has an important effect on the fineness ratio of the ventilated supercavity, which is not the same as the natural supercavity.

此外，研究表明空化器直径对通气超空泡的细长比的影响较大，这与对自然超空泡形态的影响不相同。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。