水物理激光干涉复合物

Sergey V. Yakovenko, Sergey S. Budrin, Stanislav G. Dolgikh, Vladimir A. Chupin, Vyacheslav A. Shvets
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引用次数: 0

摘要

在测量水圈压力变化的激光仪器的基础上,研制了一种新的水物理测量装置。该复合物先前已经过设计和实验验证。该设备允许在低频范围内研究水圈振动和波的幅相变化。综合设施的各项性能数据通过以往的运行经验得到了很大的改善。由于该设备配备了用于配套测量的新传感器和允许独立工作的容器,因此为设备提供了全新的机会。新的水物理测量系统更容易操作和维护,确保获得更高质量的数据和新的应用领域。
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Hydrophysical laser-interference complex

A new hydrophysical measuring complex has been developed on the basis of a laser instrument for measuring hydrospheric pressure variations. The complex was previously engineered and experimentally verified. This equipment allows to investigate the amplitude-phase variations of hydrospheric vibrations and waves in the low-frequency range. All performance data of the complex was considerably improved by virtue of the operating experience obtained previously. Radically new opportunities of the equipment were provided since the apparatus was rigged with new sensors for accompanying measurements and a container which allowed working independently. The new hydrophysical measuring complex is easier to operate and maintain, ensures higher quality of the data obtained and new spheres of application.

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