首页> 美国政府科技报告 >Research on Deep Submergence Diving Physiology and Decompression Technology Utilizing Swine: Evaluation of Swine as a Hyperbaric Analog to Man and Detection of Emboli by Use of the Ultrasonic Doppler Flowmeter: Y49433.
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Research on Deep Submergence Diving Physiology and Decompression Technology Utilizing Swine: Evaluation of Swine as a Hyperbaric Analog to Man and Detection of Emboli by Use of the Ultrasonic Doppler Flowmeter: Y49433.

机译:利用猪进行深度潜水潜水生理和减压技术的研究:利用超声多普勒流量计评估猪作为人的高压模拟和栓子的检测:Y49433。

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Attempts to define the no-decompression air limits for miniature swine were complicated by individual variance and bends tolerance development,but,based solely on clinical signs,they appear more resistant to bends than man except perhaps at depths beyond 140feet. Although 100feet/90minutes, 140feet/60minutes and 180feet/30minutes produces an 80% incidence of bends,they generally tolerate dives to from 60to 180feet for bottom times three times greater than the no-decompression limits for man. Temporary signs of middle ear distress are seen almost exclusively on ascent. (Author)

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