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A review of the use of closed-circuit rebreathers for scientific diving

机译:闭路循环呼吸器用于科学潜水的回顾

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Rebreather diving systems have many advantages to standard open-circuit systems (or SCUBA). Re-breathers offer higher gas efficiency together with silent and bubble-free diving. Moreover, instead of cold and dry gas found in open-circuit systems the diver takes advantage of a warm and humid breathing gas. Stealth (through silent, bubble-free diving) can be beneficial for scientists exploring a range of natural ecological research areas. The high gas efficiency of rebreathers, combined with their lower operational costs, can provide longer autonomy and shortened decompression obligations that may assist the scientist with deeper diving explorations. The present paper gives an overview of today's rebreather technology and focuses especially on the needs of scientific divers. Moreover, it includes a short report about achievements in the field of deep coral explorations, where advanced electronically-controlled closed-loop rebreather systems were the key for efficient and successful missions.
机译:循环呼吸器潜水系统比标准的开路系统(或SCUBA)具有许多优势。再呼吸器具有更高的气体效率,同时还具有无声无气泡潜水功能。此外,潜水员可利用温暖潮湿的呼吸气体来代替开路系统中的冷干气体。隐身(通过无声,无气泡潜水)对于探索一系列自然生态研究领域的科学家可能是有益的。循环呼吸器的高瓦斯效率,再加上较低的运行成本,可以提供更长的自主权和更短的减压义务,从而可以帮助科学家进行更深入的潜水探索。本文概述了当今的循环呼吸器技术,并特别关注科学潜水员的需求。此外,它还包括一份关于在深层珊瑚勘探领域取得的成就的简短报告,在该领域中,先进的电子控制的闭环循环呼吸系统是有效和成功执行任务的关键。

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