空气潜水

空气潜水监督培训与资格考试探讨

The discussion on the training and certified examination of Air Diving Supervisor

GB12521-1990空气潜水减压技术要求

Technical requirements for air diving decompression

方法对5例空气潜水所致肺气压伤并发脑动脉气栓症患者进行了脑部MRI检查或脑部CT检查，分析脑动脉气栓所致脑影像学的变化。

Methods MRI and CT imaging of brain were examined and analysed on 5 cases of pulmonary barotrauma complicated with cerebral arterial gas embolism .

12～60m空气潜水减压表的模拟潜水实验观察

The Experimental Evaluation of the Underwater Stage Air-decompression Table for Divers to Depths Between 12 to 60 m

目的观察模拟60m空气潜水引起大鼠的氧化应激状态。

Objective To explore the status of oxidative stress in rats caused by 60 m simulated air repetitive divings .

结论60m模拟空气潜水引起大鼠明显的氧化应激，但能在3～5d内恢复；上述变化可能与压缩空气中的高分压氧有关。

Conclusion Rats suffered severe oxidative stress from 60 m simulated air repetitive divings , which was caused mainly by the high partial pressure of oxygen in compressed air and could be recovered in 3-5 days .

模拟空气潜水过程对兔血管内皮及血液系统的影响

Effect of simulating diving on animal vascular endothelium and hematology system

空气潜水致肺气压伤脑影像学表现

The cerebral imaging of pulmonary barotrauma in compressed air divers

我国空气潜水医学保障队伍的现状和发展对策

The situation and development countermeasure of diving medical team in our country

目的探讨空气潜水所致肺气压伤患者脑影像学改变。

Objective To investigate the cerebral imaging changes of pulmonary barotrauma in compressed air divers .

结论（1）空气潜水所致肺气压伤并发脑动脉气栓患者脑影像学有比较明显的改变；

Conclusions ( 1 ) The imaging of brain is obvious in divers of pulmonary barotrauma complicated with cerebral arterial gas embolism .

目的：观察模拟空气潜水前后兔血液内白细胞与血小板的变化。

Objective To investigate the change of white blood cell ( WBC ) and platelet of New Zealand rabbits induced by simulating diving condition .

文章介绍了石油钻井平台安装时的水下作业任务以及空气潜水和氮氧潜水医务保障情况。

In this paper , it is introduced of underwater operating mission when installing petroleum drilling platform and medical guarantee for air diving and oxygen-helium diving .

我们推荐依据《减压病加压治疗技术要求》（GB/T17870-1999）选择空气潜水减压病的治疗方案。

We recommend to choose the treatment procedures according to " Technical requirements of recompression therapy for decompression sickness " ( GB / T17870-1999 ) in the treatment of air diving DCS .

60m模拟空气反复潜水对大鼠免疫功能的影响

Effects of 60 m simulated air repetitive diving on immune functions in rats

目的：探讨60m（700kPa）模拟空气反复潜水对大鼠免疫功能的影响。

Objective : To explore the immune function changes after 60 m repetitive air diving in rats .

空气模拟潜水后小鼠的氧化应激状态研究

The Oxidative Stress State of Mice After Air Simulated Diving

空气密封潜水电泵绝缘问题的研究

An investigation on the insulation of water-immersed air tight ELECTRIC-PUMP

N-乙酰半胱氨酸预防大鼠模拟空气反复潜水后的免疫抑制

Preventive effect of N-acetylcysteine on immunosuppression after simulated air repetitive diving in rats

结论空气模拟潜水对大鼠是应激刺激，但很快能适应；

Conclusion In simulated air diving , rats suffered stress but adaptation rapidly occurred .

目的探讨空气模拟潜水前后小鼠氧化应激状态的变化。

Objective To study the oxidative stress state of mice before and after air simulated diving .

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

根据潜水深度的不同，空气常规潜水对机体免疫功能的影响因素包括高分压氧、压力及应激等多方面。

But there have been few of the articles about the air conventional diving on human immune functions and the results were varied .

结论在空气模拟潜水条件下小鼠氧化应激状态发生显著变化，高分压氧在其中扮演了极为重要的角色。

Conclusion The oxidative stress state of mice changed obviously in simulated air diving environment and hyperbaric oxygen may play an important role in it .

借助于面具、空气罐和潜水衣，人们能自由自在地在深水中和鱼儿一起邀游。

With face masks , air tanks and diving suits men can dive into deep water and be at home with the fish .