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首页> 外文期刊>The Leading Edge >Advances in AUW remote-sensing technology tor imaging deepwater geohaiards
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Advances in AUW remote-sensing technology tor imaging deepwater geohaiards

机译:AUW遥感技术在深水地质海豹成像中的进展

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摘要

Exploration geoscientists continue to make deepwater field discoveries at ever-increasing water depths around the world. Once these discoveries are sanctioned for development, headaches begin for the field development and pipeline engineers. With timelines for first oil or gas from these discoveries averaging less than three years, the need for high-resolution geophysical survey data required, for the front-end engineering design (FEED) is paramount. The speed and efficiency with which autonomous underwater vehicles (AUVs) can acquire survey data is vital to meeting deadlines for these projects. This paper provides a brief history, system overview, and planned sensor upgrades for AUVs developed by C & C Technologies. A brief discussion on a 3D AUV microseismic technique is presented.
机译:勘探地球学家继续在全球不断增加的水深中进行深水领域的发现。一旦将这些发现批准用于开发,现场开发和管道工程师就会开始头痛。从这些发现中获取第一批石油或天然气的时间平均不到三年,对于前端工程设计(FEED),需要高分辨率的地球物理勘测数据至关重要。自主水下航行器(AUV)可以获取调查数据的速度和效率对于在这些项目的截止日期之前至关重要。本文提供了由C&C Technologies开发的AUV的简要历史,系统概述和计划的传感器升级。简要讨论了3D AUV微地震技术。

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