ice-breaking ship

简明释义

破冰船

英英释义

例句

1.The ice-breaking ship is essential for clearing shipping lanes in the Arctic during winter.

这艘破冰船在冬季清理北极的航道中至关重要。

2.The government commissioned a new ice-breaking ship to enhance its Arctic operations.

政府委托建造一艘新的破冰船以增强其北极行动。

3.An ice-breaking ship can break through several meters of ice to ensure safe passage.

一艘破冰船可以破冰几米，以确保安全通行。

4.Researchers used an ice-breaking ship to access remote areas of Antarctica for their studies.

研究人员使用一艘破冰船进入南极的偏远地区进行研究。

5.The ice-breaking ship navigated through thick ice to rescue stranded vessels.

这艘破冰船穿过厚厚的冰层，救援被困的船只。

作文

The world is filled with various types of ships designed for specific purposes, and among them, the ice-breaking ship plays a crucial role in navigating icy waters. These specialized vessels are engineered to break through thick layers of ice, allowing for safe passage for other ships and facilitating important activities such as shipping, research, and exploration in polar regions. The design of an ice-breaking ship incorporates a reinforced hull that can withstand the immense pressure exerted by ice, along with a unique bow shape that helps to lift and break the ice as the ship moves forward.Historically, the need for ice-breaking ships became apparent as trade routes expanded into Arctic and Antarctic waters. Countries with interests in these regions recognized that without adequate ice-breaking capabilities, their vessels would be trapped or significantly delayed by seasonal ice formations. As a result, nations invested in the development of these powerful ships, which not only serve commercial purposes but also support scientific research missions aimed at understanding climate change and its impact on polar ice caps.One notable example of an ice-breaking ship is the Russian vessel "Arktika," which was launched in 1975. This nuclear-powered icebreaker has the ability to navigate through ice up to three meters thick, showcasing the advancements in technology that have allowed for more efficient operations in extreme conditions. The presence of such ships has opened up new maritime routes, like the Northern Sea Route, which significantly reduces travel time between Europe and Asia by cutting across the Arctic Ocean.The environmental implications of ice-breaking ships cannot be overlooked. While they enable access to previously unreachable areas, they also raise concerns about the disturbance of fragile ecosystems. The increased human activity in these regions due to icebreaking operations poses risks to wildlife and contributes to the acceleration of climate change. Therefore, it is essential for governments and organizations to implement strict regulations and guidelines for the operation of ice-breaking ships, ensuring that they balance economic interests with environmental conservation.In conclusion, ice-breaking ships are vital for navigation in icy waters, supporting both commercial and scientific endeavors. Their unique design and capabilities allow them to operate in extreme conditions, breaking through ice barriers that would otherwise impede progress. However, as we continue to explore and exploit these remote areas, it is imperative to remain aware of the environmental consequences and work towards sustainable practices. The future of our planet depends on our ability to adapt and innovate while preserving the delicate balance of nature.

世界上有各种类型的船只，旨在满足特定的目的，其中破冰船在导航冰冷水域方面发挥着至关重要的作用。这些专门设计的船只能够打破厚厚的冰层，为其他船只提供安全通行，并促进在极地地区进行重要活动，如航运、研究和探索。破冰船的设计采用了加固的船体，可以承受冰块施加的巨大压力，以及独特的船头形状，有助于在船只前进时抬起并打破冰层。历史上，随着贸易路线扩展到北极和南极水域，破冰船的需求变得显而易见。对这些地区感兴趣的国家意识到，如果没有足够的破冰能力，他们的船只将在季节性冰层中被困或严重延误。因此，各国投资开发这些强大的船只，这些船只不仅服务于商业目的，还支持旨在理解气候变化及其对极地冰盖影响的科学研究任务。一个著名的例子是俄罗斯的“阿尔克蒂卡”号，这是一艘于1975年下水的核动力破冰船。该船能够在厚达三米的冰层中航行，展示了技术的进步，使得在极端条件下的操作更加高效。这类船只的存在打开了新的海上航道，如北海航道，它通过穿越北极海洋显著减少了欧洲与亚洲之间的旅行时间。破冰船的环境影响也不容忽视。虽然它们使得进入以前无法到达的区域成为可能，但也引发了对脆弱生态系统的干扰的担忧。由于破冰作业导致的人类活动增加，对野生动物构成了风险，并加速了气候变化。因此，各国政府和组织必须为破冰船的操作实施严格的法规和指导方针，确保在经济利益与环境保护之间取得平衡。总之，破冰船对于在冰冷水域的航行至关重要，支持商业和科学事业。它们独特的设计和能力使它们能够在极端条件下运行，打破本会阻碍进展的冰层。然而，随着我们继续探索和开发这些偏远地区，我们必须意识到环境后果，并努力实现可持续的做法。我们星球的未来取决于我们适应和创新的能力，同时保护自然的微妙平衡。