rus
Issue #7/2019
G. G. I. Dolgikh, S. S. Budrin; S. S. Dolgikh, A. A. Plotnikov, V. A. Chupin, V. A. Shvets, S. V. Yakovenko
Hydrophysical Laser-Interference Receiving Systems: Features and Application
Hydrophysical Laser-Interference Receiving Systems: Features and Application
DOI: 10.22184/1992-7296.FRos.2019.13.7.658.668
Several types of laser-interference instruments for measuring variations of hydrosphere’s pressure are reviewed in this article. Instruments’ frequency range is from conditionally 0 Hz (unbounded in principle) to 1000 Hz with accuracy of 1 mPa. Some of the results of using these laser-interference systems for recording vibrations and waves in the infrasound and sound ranges are briefly discussed.
Several types of laser-interference instruments for measuring variations of hydrosphere’s pressure are reviewed in this article. Instruments’ frequency range is from conditionally 0 Hz (unbounded in principle) to 1000 Hz with accuracy of 1 mPa. Some of the results of using these laser-interference systems for recording vibrations and waves in the infrasound and sound ranges are briefly discussed.
Теги: hydroacostics hydrophysical laser-interference receiving systems infra-gravity waves internal wave seiche sonar emitters wind waves ветровые волны внутренние волны гидроакустика гидроакустические излучатели гидрофизические лазерно-интерференционные приемные системы инфрагравитационные волны сейши
DOI: 10.22184/1992-7296.FRos.2019.13.7.658.668
Several types of laser-interference instruments for measuring variations of hydrosphere’s pressure are reviewed in this article. Instruments’ frequency range is from conditionally 0 Hz (unbounded in principle) to 1000 Hz with accuracy of 1 mPa. Some of the results of using these laser-interference systems for recording vibrations and waves in the infrasound and sound ranges are briefly discussed.
Several types of laser-interference instruments for measuring variations of hydrosphere’s pressure are reviewed in this article. Instruments’ frequency range is from conditionally 0 Hz (unbounded in principle) to 1000 Hz with accuracy of 1 mPa. Some of the results of using these laser-interference systems for recording vibrations and waves in the infrasound and sound ranges are briefly discussed.
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