海沟移动实验室初步设计

Weicheng Cui , Yong Hu , Wei Guo , Binbin Pan , Fang Wang
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引用次数: 20

摘要

hadal海沟以及栖息在其中的生物的生物学和生态学仍然是人们了解最少的海洋环境之一。对潜深沟的研究通常被称为潜深科学,需要着陆器、无人潜水器和载人潜水器等特殊技术设备的支持。将采样设备或探测车送到hadal深处在技术上具有挑战性且昂贵,因此,我们目前对hadal生态结构的理解仍处于起步阶段。上海海洋大学认识到深海科学的重要性,以及深海工作所提出的独特和具有挑战性的要求,已作出重大承诺,为促进中国深海科学的发展提供业务支持。“蛟龙”号研发团队应上海海洋大学的邀请,成立了hadal科学技术研究中心(HAST)。HAST的第一个重点是为hadal战壕建造一个可移动实验室,其中包括一艘母舰,一辆载人车辆,一辆自主和远程操作的车辆和几个着陆器。本文的目的是介绍移动实验室的基本原理和概念,以及载人潜水器、无人潜水器和着陆器的初步设计。通过这些设计,确定了全海洋深度测量和采样工具开发中需要解决的所有技术问题,并对关键技术问题的可能解决方案进行了讨论。
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A preliminary design of a movable laboratory for hadal trenches

The hadal trenches and the biology and ecology of the organisms that inhabit them remain one of the least understood marine environments. The study of hadal trenches which is often referred to as hadal science, needs special technical equipment support such as landers, unmanned submersibles and manned submersibles. Sending sampling devices or exploratory vehicles to hadal depths is technically challenging and expensive, consequently, our current understanding of hadal ecological structure is still very much in its infancy. In recognition of the significance that hadal science holds and the unique and challenging requirements that work in the deep ocean presents, Shanghai Ocean University has made a significant commitment to develop operational support for the promotion of hadal science in China. The present authors from the JIAOLONG development team were invited by Shanghai Ocean University to establish a hadal science and technology research center (HAST). The first focus of HAST is to construct a movable laboratory for hadal trenches which includes a mothership, an Human Occupied Vehicle, an Autonomous and Remotely-operated Vehicle and several landers. The purpose of this paper is to introduce the basic philosophy and concepts for the movable laboratory and the preliminary designs for the manned submersible, unmanned submersible and landers. Through these designs all the technical problems to be solved in the development of the full ocean depth surveying and sampling tools are identified and possible solutions to the key technical issues are discussed.

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