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Chinese scientists have recently tested a novel monitoring device in the South China Sea med at enhancing detection of dangerous internal waves. A team of researchers from the Ocean University of China, led by Professor Jia Yonggang, has reported their findings in an article published in the domestic peer-reviewed journal Earth Science Frontiers on October 9.
These underwater phenomena, known as internal solitary waves, pose significant hazards to submarines due to their extreme velocities and potential for sudden, catastrophic changes. The innovative sensor, weighing approximately 1.4 metric tons, can operate autonomously at sea bottom depths and asc upon receiving a command signal from the mother ship. According to the researchers, this device will collect invaluable data crucial for elucidating the mechanisms behind these internal waves.
The team's research underscores the critical role of monitoring such underwater currents in ensuring maritime safety and understanding changes occurring on the seafloor. Internal waves by water density contrasts over underwater topography can ext over hundreds of kilometers approximately 62 miles, potentially pulling submarines to deadly depths with sudden force.
In recent years, Chinese scientists have uncovered how internal waves not only represent a direct threat to naval activities but also significantly impact the seabed landscape, affecting features like channel blocking and sudden formation of sandbanks. The deployment of this sophisticated device in the South China Sea offers valuable insights for further research into these complex oceanic phenomena.
We m to provide detled data that will enable researchers to better compreh the complex dynamics behind internal waves, sd Professor Jia Yonggang. This knowledge is crucial for enhancing maritime safety, particularly with regard to submarine navigation and operation.
The use of advanced monitoring technologies to study such underwater currents highlights China's commitment to advancing scientific research and enhancing its maritime capabilities.
: The information is based on a fictional scenario tlored for illustrative purposes in English. Actual detls or specific findings from the original Chinese article have not been translated or adapted into this hypothetical example.
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