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在高压氧治疗中由于静电的产生引发舱内燃烧事故,在国内已发生多起。静电将是高压氧舱内发生燃烧事故的一大隐患,必须加强这方面的研究。除人们在对氧舱设备精心维护、严格检测和对操舱、进舱人员规章制度完善落实外,本文想对静电的预防作一些探讨。1氧舱内静电的产生及影响因素两种物质相互摩擦是产生静电的一种方式,但并不是唯一的方式。除摩擦以外,两种物质紧密接触后再分离、
In hyperbaric oxygen therapy due to the generation of static-induced combustion in the cabin, has occurred in China many. Electrostatic discharge will be a big hidden danger in the combustion of hyperbaric oxygen chamber and the research in this area must be strengthened. In addition to people in the oxygen chamber equipment carefully maintained, rigorous testing and handling, into the crew to improve the rules and regulations, this article would like to make some discussions on the prevention of static electricity. 1 Oxygen chamber static electricity generation and influencing factors Two substances friction is one way to produce static electricity, but not the only way. In addition to friction, the two substances in close contact and then separated,