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氨气在深潜水作业中发挥了重要作用,但它的自然资源有限。有人预计,到2000年,其资源将枯竭,且价格昂贵。为解决上述问题,以氢代替氦,或与氦共同使用,这可进一步延伸潜水作业深度,将使潜水事业得到更大发展。氢气资源丰富、生产方便,价格便宜,分子量轻,有抗高压神经症候群的作用,从而可提高工作效率且减少疲劳,有广阔的应用前景;唯一存在的是安全问题,在与一定比例的氧混合时,氢易燃、易爆。但实践证明,如能解决安全配制氢氧混合气及共处理装置,正确掌握氢和氧混合时易燃、易爆的特性,采取一系列预防措施,安全进行氢氧潜水是完全可能的,国际上巳安全使用多年。随着近海石油工业的发展和开发海
Ammonia plays an important role in deep-diving operations, but its natural resources are limited. It is estimated that by the year 2000, its resources will be depleted and expensive. In order to solve the above problems, hydrogen instead of helium, or with the use of helium, which can further extend the diving depth of operation, will make the diving business to achieve greater development. Hydrogen is rich in resources, easy to produce, cheap, low molecular weight, anti-high voltage neurological syndrome, which can improve work efficiency and reduce fatigue, has broad application prospects; the only existing security issues, with a certain percentage of oxygen mixed When hydrogen is flammable and explosive. However, it has been proved that if it is possible to solve the problem of flammable and explosive properties when hydrogen and oxygen are safely mixed and a proper series of preventive measures are taken to correctly control hydrogen-oxygen mixed gas and co-processing equipment, it is completely possible to safely and safely perform the hydrogen- Internationally, it has been used safely for many years. With the development of the offshore oil industry and development of the sea