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| Research Status of Submarine Air Pollutant and Development of Atmospheric Environment Monitoring and Control Technology |
| Received:April 16, 2021 Revised:May 14, 2021 |
| View Full Text View/Add Comment Download reader |
| DOI：10.7643/issn.1672-9242.2021.08.018 |
| KeyWord:submarine air monitoring purification pollutant |
| Author | Institution |
| XU Xin-hong |
Naval Medicine Center of PLA, Shanghai , China |
| JIANG Lu |
Naval Medicine Center of PLA, Shanghai , China |
| FANG Jing-jing |
Naval Medicine Center of PLA, Shanghai , China |
| CHEN Hong |
92370 Army Staff Headquarters, Sanya , China |
| REN Xiao-meng |
Naval Medicine Center of PLA, Shanghai , China |
| XU Lin-jun |
Naval Medicine Center of PLA, Shanghai , China |
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| Abstract: |
| Firstly, the main gaseous pollutants in submarine cabin are introduced, and their main sources and harm to human body are analyzed. Then, based on submarine atmospheric control system, oxygen supply system, carbon dioxide removal device, air purification device, ventilation system, emergency oxygen supply and submarine atmospheric environment monitoring system, this paper briefly describes the current situation and development trend of submarine cabin ambient air monitoring and control technologies. Some new monitoring and purification technologies with development and application potential, such as low-temperature freezing technology, photocatalytic purification technology, plasma catalytic purification technology and activated carbon fiber adsorption technology, are concerned. Finally, it is pointed out that there is still a large gap between China's research and development in the field of submarine atmospheric environment and foreign advanced level. While tracking and introducing foreign advanced technology in time, we should pay attention to the basic research in this field. |
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