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20~36.5米氮氧饱和及50~70米空气巡回潜水模拟实验的呼吸功能研究

荆岩林 陈宝松 郑继昌

荆岩林, 陈宝松, 郑继昌. 20~36.5米氮氧饱和及50~70米空气巡回潜水模拟实验的呼吸功能研究[J]. 海洋学报, 1979, 1(2): 323-337.
引用本文: 荆岩林, 陈宝松, 郑继昌. 20~36.5米氮氧饱和及50~70米空气巡回潜水模拟实验的呼吸功能研究[J]. 海洋学报, 1979, 1(2): 323-337.
Jing Yanlin, Chen Baosong, Zheng Jichang. RESPIRATORY FUNCTION STUDIES DURING NITROGEN-OXYGEN SATURATION IN DEPTH OF 20-36.5 METERS AND AIR EXCURSION SIMULATED DIVING IN DEPTH OF 50-70 METERS[J]. Haiyang Xuebao, 1979, 1(2): 323-337.
Citation: Jing Yanlin, Chen Baosong, Zheng Jichang. RESPIRATORY FUNCTION STUDIES DURING NITROGEN-OXYGEN SATURATION IN DEPTH OF 20-36.5 METERS AND AIR EXCURSION SIMULATED DIVING IN DEPTH OF 50-70 METERS[J]. Haiyang Xuebao, 1979, 1(2): 323-337.

20~36.5米氮氧饱和及50~70米空气巡回潜水模拟实验的呼吸功能研究

RESPIRATORY FUNCTION STUDIES DURING NITROGEN-OXYGEN SATURATION IN DEPTH OF 20-36.5 METERS AND AIR EXCURSION SIMULATED DIVING IN DEPTH OF 50-70 METERS

  • 摘要: 饱和潜水的实验室摸似研究始于五十年代末,海上现场实验始于六十年代初.由于饱和潜水技术不但能大大提高潜水作业效率,而且被认为是进行大深度水下作业的必要手段,所以各国竞相发展.现在,国外已在海洋工程领域中开始应用.我国在七十年代才进行动物摸拟实验,1976年10月海军六所首次进行了人体20、30米空气饱和潜水摸拟实验;11月上海救捞局等单位又进行了人体10米空气饱和、30~40米巡回潜水16昼夜的摸拟实验.
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    Zocche,G.P.,…,1960.Fraction of Maxtimum Breathing Capacity Available for Prolonged Hyperventilation,J.APPL.Physiol.,(15):1073-1074.
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  • 收稿日期:  1979-03-18

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