Underwater Noises of Open-Circuit Scuba Diver
The features of respiratory noises and noises of fins for open-circuit scuba divers, indicating a multipole character of noises emission, are specified in cameral conditions. It demonstrates a possibility to detect low-frequency components of noises of fins with pressure gradient sensor in near fiel...
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| Veröffentlicht in: | Archives of acoustics 2020-01, Vol.45 (2), p.349-357 |
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| container_title | Archives of acoustics |
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| creator | Korenbaum, Vladimir Kostiv, Anatoly Gorovoy, Sergey Dorozhko, Veniamin Shiryaev, Anton |
| description | The features of respiratory noises and noises of fins for open-circuit scuba divers, indicating a multipole character of noises emission, are specified in cameral conditions. It demonstrates a possibility to detect low-frequency components of noises of fins with pressure gradient sensor in near field. A possibility of estimating the respiratory rate of an open-circuit scuba diver is demonstrated at distances up to 100 m in real sea. It gives an opportunity of estimating the bearing (time delay in a pair of hydrophones) for the open-circuit scuba diver by respiratory noises at distances up to 150 m in real sea. Thus, low-frequency underwater noises of open-circuit scuba divers may be successfully applied to monitor the safety of diving and to prevent waterside intrusion by trespassers. |
| doi_str_mv | 10.24425/aoa.2020.133155 |
| format | Article |
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| subjects | Acoustics Archives & records Circuits Fins Hydrophones Multipoles Noise Radiation Respiratory rate Science & Technology Sensors Technology Underwater Velocity |
| title | Underwater Noises of Open-Circuit Scuba Diver |
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