astern steam

简明释义

倒车用蒸汽

英英释义

例句

1.In rough seas, the use of astern steam can help stabilize the vessel.

在恶劣海况下，使用后方蒸汽可以帮助稳定船只。

2.The engineer monitored the pressure gauges to ensure the astern steam was functioning properly.

工程师监控压力表以确保后方蒸汽正常运作。

3.By applying astern steam, the ship was able to reverse quickly and avoid a collision.

通过施加后方蒸汽，船只能够迅速倒退以避免碰撞。

4.The captain ordered the crew to increase the astern steam to maneuver the ship away from the dock.

船长命令船员增加后方蒸汽以使船只远离码头。

5.During the drill, the crew practiced using astern steam to navigate tight spaces.

在演习中，船员练习使用后方蒸汽在狭窄空间内航行。

作文

In the world of maritime navigation, the term astern steam refers to the steam generated by a ship's engine when it is moving in reverse. This concept is crucial for understanding how vessels maneuver in tight spaces or during docking procedures. The ability to generate astern steam allows ships to not only slow down but also to move backward effectively, which is essential in avoiding obstacles and ensuring safe navigation.When a ship is at sea, it primarily travels forward, powered by its main engines. However, there are times when reversing is necessary, such as when approaching a port or navigating through narrow channels. In these situations, the crew must utilize the astern steam to control the vessel's movement precisely. The process involves adjusting the throttle and directing the steam produced by the engine to propel the ship backward.Understanding the mechanics behind astern steam is vital for maritime professionals. It encompasses knowledge of the ship's engine systems, including the boiler and propulsion mechanisms. The efficient use of astern steam can significantly impact a ship's maneuverability, especially in challenging conditions like strong currents or high winds.Moreover, astern steam plays a role in emergency situations. If a ship needs to quickly reverse to avoid a collision, the crew must be adept at generating astern steam swiftly. Training and simulations often include scenarios where quick responses are necessary, highlighting the importance of this skill in ensuring safety at sea.In addition to practical applications, astern steam also has implications for environmental considerations. Modern vessels are increasingly being designed with eco-friendly technologies that minimize emissions. Understanding how to efficiently produce astern steam without compromising environmental standards is a growing area of focus within the maritime industry. Innovations in engine design are making it possible to achieve effective reverse propulsion while reducing the carbon footprint.Furthermore, the concept of astern steam extends beyond just technical aspects; it also embodies the spirit of adaptability and problem-solving that is essential in maritime operations. Navigating a large vessel requires a combination of technical knowledge, teamwork, and quick thinking. The successful application of astern steam reflects a crew's ability to work together under pressure, showcasing their training and experience in handling complex situations.In conclusion, the term astern steam is not merely a technical jargon but a fundamental aspect of maritime navigation. It represents the ability to maneuver a vessel in reverse, which is crucial for safety and efficiency in various maritime operations. As technology evolves, the principles surrounding astern steam will continue to develop, emphasizing the need for ongoing education and innovation in the maritime industry. Understanding astern steam is essential for anyone involved in maritime activities, as it is a key component of effective ship handling and navigation.

在海事导航的世界中，术语astern steam指的是船舶引擎在向后移动时产生的蒸汽。这个概念对于理解船只在狭窄空间或停靠程序中的机动性至关重要。生成astern steam的能力使船舶不仅能够减速，还能有效地向后移动，这对于避免障碍物和确保安全导航是必不可少的。当一艘船在海上航行时，它主要是向前行驶，由主引擎提供动力。然而，在某些情况下，倒退是必要的，例如在接近港口或通过狭窄水道时。在这些情况下，船员必须利用astern steam来精确控制船只的运动。这个过程涉及调整油门并将引擎产生的蒸汽引导到船后，以推动船只向后移动。理解astern steam背后的机制对海事专业人士至关重要。它包括对船舶引擎系统的知识，包括锅炉和推进机制。有效利用astern steam可以显著影响船舶的机动性，特别是在强流或大风等艰难条件下。此外，astern steam在紧急情况下也发挥着作用。如果一艘船需要迅速倒退以避免碰撞，船员必须能够迅速产生astern steam。培训和模拟通常包括需要快速反应的场景，突显了这一技能在确保海上安全方面的重要性。除了实际应用外，astern steam还具有环境考虑的意义。现代船舶越来越多地采用环保技术，以减少排放。了解如何高效地产生astern steam而不妨碍环境标准是海事行业日益关注的领域。发动机设计的创新使得在减少碳足迹的同时实现有效的反向推进成为可能。此外，astern steam的概念不仅限于技术方面；它还体现了在海事操作中适应性和解决问题精神的重要性。导航大型船舶需要技术知识、团队合作和快速思维的结合。成功应用astern steam反映了船员在压力下协作的能力，展示了他们在处理复杂情况时的培训和经验。总之，术语astern steam不仅仅是技术术语，而是海事导航的一个基本方面。它代表了在逆向机动时的能力，这对于各种海事操作的安全性和效率至关重要。随着技术的发展，围绕astern steam的原则将继续发展，强调海事行业持续教育和创新的必要性。理解astern steam对任何参与海事活动的人来说都是至关重要的，因为它是有效船舶操控和导航的关键组成部分。