subsea

简明释义

英[sʌbsiː]美[sʌbˈsi]

adj. 海底的

adv. 在海底

英英释义

单词用法

同义词

反义词

例句

1.The seabed terrain, sand wave migration and the growth of regional erosion ditch create subsea pipeline suspended span.

沙波沙脊区海底管线悬跨的产生，主要是海底地形、沙波的移动和区域性冲沟的发育所造成的。

2.This thesis introduces a new "No-filling material" field joint design for subsea pipeline.

介绍了一种“无填充材料”新型海底管道现场接点设计方案。

3.In floating offshore operations, the choke and kill lines exit the subsea BOP stack and run along the outside of the riser to the surface.

在海洋使用浮动船作业时，节流和压井管线是从海底防喷器组直接排出的，之后通过外部的导管到达海平面。

4.Petroleum engineers may specialize in drilling, production, reservoir analysis or subsea operations.

石油工程师有可能是钻井，生产，水库的分析或海底作业等方面的专家。

5.Blasting induces damage and fragmentation of covering rock mass in subsea tunnel that serious situation might cause tunnel collapse and water burst.

爆破会对海底隧道覆盖岩体造成损伤和破坏，严重情况会引起隧道塌方和突水等事故。

6.It is an important field to electric power supply of subsea facilities and structures in the ocean engineering.

海底结构设施的电力供应是海洋工程的一个重要方面。

7.River crossing pipelines and subsea pipelines usually involve composed structure in order to ensure safe operation.

河流穿越管道和海底管道一般采用组合结构，以保证其安全运行。

8.The oil company is investing heavily in subsea 海底 technology to enhance its drilling capabilities.

这家石油公司正在大力投资于海底技术，以增强其钻探能力。

9.We need to conduct a subsea 海底 survey to assess the environmental impact of the new pipeline.

我们需要进行一次海底调查，以评估新管道对环境的影响。

10.The subsea 海底 cable installation was completed ahead of schedule.

海底电缆的安装提前完成。

11.Engineers are developing subsea 海底 robots for deep-sea exploration.

工程师们正在开发用于深海探测的海底机器人。

12.The subsea 海底 pipeline is designed to withstand extreme pressure.

该海底管道设计用于承受极端压力。

作文

The term subsea refers to anything that exists or operates beneath the surface of the sea. This concept is crucial in various fields, particularly in marine engineering, environmental science, and underwater exploration. The subsea environment is characterized by unique challenges, including high pressure, low temperatures, and the absence of natural light. Understanding these conditions is essential for engineers and scientists who work on projects that involve subsea technology. One of the most significant applications of subsea technology is in the oil and gas industry. Many oil reserves are located deep beneath the ocean floor, requiring specialized equipment and techniques to extract resources safely and efficiently. Subsea drilling rigs and production systems have been developed to operate in these harsh environments, allowing companies to tap into these valuable resources while minimizing environmental impact. In addition to the oil and gas sector, subsea technology plays a vital role in renewable energy. Offshore wind farms, for example, utilize subsea cables to transmit electricity generated by wind turbines back to the mainland. These cables must be designed to withstand the corrosive effects of seawater and the physical stresses of ocean currents. Engineers must also consider the ecological impact of laying these cables, ensuring that marine life is protected during installation. Another fascinating aspect of subsea exploration is the study of marine ecosystems. Scientists are increasingly interested in understanding the biodiversity that exists in the deep sea, where many species remain undiscovered. Advanced subsea vehicles, such as remotely operated vehicles (ROVs) and autonomous underwater vehicles (AUVs), are used to explore these depths, capturing images and collecting data that can provide insights into the health of marine environments. Moreover, the subsea realm is not limited to exploration and resource extraction; it also includes the preservation of marine habitats. Conservationists advocate for the protection of subsea ecosystems, recognizing their importance in maintaining global biodiversity and supporting fisheries. Initiatives aimed at reducing pollution and mitigating climate change often focus on the subsea environment, as it plays a critical role in regulating the Earth's climate. As we continue to advance our understanding of the subsea world, it is essential to balance technological progress with environmental stewardship. Sustainable practices must be integrated into all subsea activities to ensure that we do not compromise the health of our oceans. This includes responsible resource management, careful planning of subsea infrastructure, and ongoing research to monitor the impacts of human activity on marine ecosystems. In conclusion, the concept of subsea encompasses a wide range of activities and considerations that are vital to our understanding of the ocean and its resources. From extracting fossil fuels to exploring uncharted territories and protecting marine life, the subsea environment presents both opportunities and challenges. As we move forward, it is imperative that we approach subsea endeavors with a commitment to sustainability and respect for the intricate web of life that exists beneath the waves.

“subsea”这个词指的是任何存在或在海洋表面以下运作的事物。这个概念在多个领域至关重要，特别是在海洋工程、环境科学和水下探索中。subsea环境具有独特的挑战，包括高压、低温和缺乏自然光。理解这些条件对于从事涉及subsea技术项目的工程师和科学家至关重要。 subsea技术最重要的应用之一是在石油和天然气行业。许多石油储藏位于海底深处，这需要专门的设备和技术来安全高效地提取资源。subsea钻井平台和生产系统已经开发出来，以便在这些恶劣环境中运作，使公司能够利用这些宝贵资源，同时将环境影响降到最低。 除了石油和天然气部门，subsea技术在可再生能源中也发挥着至关重要的作用。例如，离岸风电场利用subsea电缆将风力涡轮机产生的电力传输回大陆。这些电缆必须设计成能够承受海水的腐蚀性影响和海洋潮流的物理压力。工程师还必须考虑铺设这些电缆的生态影响，确保在安装过程中保护海洋生物。 subsea探索的另一个迷人方面是对海洋生态系统的研究。科学家越来越感兴趣于了解深海中存在的生物多样性，许多物种仍然未被发现。先进的subsea车辆，如遥控操作车辆（ROVs）和自主水下车辆（AUVs），用于探索这些深度，捕捉图像并收集数据，这可以提供关于海洋环境健康的洞察。 此外，subsea领域不仅限于探索和资源提取；它还包括海洋栖息地的保护。保护主义者倡导保护subsea生态系统，认识到它们在维持全球生物多样性和支持渔业方面的重要性。旨在减少污染和缓解气候变化的倡议通常集中在subsea环境上，因为它在调节地球气候中发挥着关键作用。 随着我们继续推进对subsea世界的理解，平衡技术进步与环境管理是至关重要的。可持续实践必须融入所有subsea活动，以确保我们不会损害海洋的健康。这包括负责任的资源管理、对subsea基础设施的仔细规划，以及持续的研究，以监测人类活动对海洋生态系统的影响。 总之，subsea的概念涵盖了广泛的活动和考虑因素，这对我们理解海洋及其资源至关重要。从提取化石燃料到探索未知领域，再到保护海洋生物，subsea环境既带来了机遇，也带来了挑战。随着我们向前发展，必须以可持续性和对波浪下复杂生命网络的尊重来处理subsea事业。