ship stabilizer

简明释义

船的防摇装置

英英释义

例句

1.Modern yachts often come equipped with advanced ship stabilizer 船舶稳定器 technology.

现代游艇通常配备先进的船舶稳定器技术。

2.The captain decided to activate the ship stabilizer 船舶稳定器 before entering the stormy waters.

船长决定在进入风暴水域之前激活船舶稳定器。

3.Installing a ship stabilizer 船舶稳定器 can improve passenger comfort on cruise ships.

安装一个船舶稳定器可以提高游轮上乘客的舒适度。

4.A malfunctioning ship stabilizer 船舶稳定器 can lead to dangerous conditions at sea.

故障的船舶稳定器可能会导致海上危险情况。

5.The new ship stabilizer 船舶稳定器 system significantly reduced the rolling of the vessel during rough seas.

新的船舶稳定器系统显著减少了船只在恶劣海况下的摇摆。

作文

In the world of maritime engineering, the term ship stabilizer refers to a crucial technology designed to enhance the stability of vessels at sea. These devices play an essential role in ensuring passenger comfort and safety by reducing the rolling motion of a ship caused by waves and wind. The significance of a ship stabilizer can be observed in various types of vessels, including cruise ships, yachts, and cargo ships. The primary function of a ship stabilizer is to counteract the forces that cause a ship to tilt or roll. This is particularly important for larger vessels that are more susceptible to the effects of rough seas. Without stabilization, passengers may experience discomfort due to excessive motion, which can lead to seasickness and an overall unpleasant experience. Additionally, cargo ships benefit from stabilizers as they help to keep the cargo secure and prevent shifting, which can cause damage or loss during transit.There are several types of ship stabilizers, each designed for specific conditions and vessel types. One common type is the active stabilizer, which uses sensors to detect the ship's movement and deploys fins or other devices to counteract the rolling motion. These systems can adjust in real-time, providing immediate response to changing sea conditions. Another type is the passive stabilizer, which typically involves the use of weighted fins that rely on the ship's movement to provide stability. While passive systems are generally less complex and require less maintenance, they may not be as effective in severe weather conditions.The development of ship stabilizers has evolved significantly over the years. Early designs were rudimentary and often ineffective, but advancements in technology have led to more sophisticated systems that can greatly enhance performance. Modern stabilizers are equipped with advanced computer systems that analyze data and optimize the stabilization process, resulting in smoother sailing experiences. This technological evolution has made it possible for ships to operate safely in more challenging environments.Moreover, the economic benefits of using a ship stabilizer cannot be overlooked. By improving comfort and safety, these devices can attract more passengers to cruise lines and other maritime services. A smoother ride means happier customers, which can translate into repeat business and positive reviews. For commercial shipping, enhanced stability can reduce the risk of cargo damage, leading to lower insurance costs and higher efficiency in operations.In conclusion, the ship stabilizer is a vital component of modern maritime design, enhancing both safety and comfort for passengers and crew alike. As technology continues to advance, we can expect even more innovative solutions to improve the stability of ships in all conditions. Understanding the importance and functionality of ship stabilizers helps us appreciate the complexities of maritime travel and the engineering feats that make it possible. Whether for leisure or commercial purposes, these devices ensure that our journeys across the seas are as smooth and safe as possible.

在海洋工程的世界中，术语船舶稳定器指的是一种关键技术，旨在提高船舶在海上的稳定性。这些装置在确保乘客舒适和安全方面发挥着重要作用，通过减少波浪和风引起的船舶滚动运动来实现。船舶稳定器的重要性可以在各种类型的船舶中观察到，包括游轮、游艇和货船。船舶稳定器的主要功能是抵消导致船舶倾斜或滚动的力量。这对大型船舶尤其重要，因为它们更容易受到恶劣海况的影响。如果没有稳定装置，乘客可能会因过度运动而感到不适，这可能导致晕船和整体不愉快的体验。此外，货船也能从稳定器中受益，因为它们有助于保持货物安全，防止在运输过程中发生移动，从而造成损坏或损失。有几种类型的船舶稳定器，每种设计用于特定条件和船舶类型。一种常见的类型是主动稳定器，它使用传感器检测船舶的运动，并部署鳍片或其他装置来抵消滚动运动。这些系统可以实时调整，对变化的海况做出即时反应。另一种类型是被动稳定器，通常涉及使用加重鳍片，依靠船舶的运动提供稳定性。虽然被动系统通常较为简单且维护需求较低，但在恶劣天气条件下可能不如主动系统有效。船舶稳定器的发展在过去几年中经历了显著的演变。早期设计相对原始，往往效果不佳，但技术的进步使得更复杂的系统得以显著提升性能。现代稳定器配备先进的计算机系统，可以分析数据并优化稳定过程，从而带来更加平稳的航行体验。这种技术的演变使船舶能够在更具挑战性的环境中安全运营。此外，使用船舶稳定器的经济效益也不容忽视。通过改善舒适性和安全性，这些装置可以吸引更多乘客选择游轮和其他海事服务。更平稳的航行意味着更快乐的客户，这可以转化为回头客和积极的评价。对于商业航运来说，增强的稳定性可以降低货物损坏的风险，从而降低保险成本，提高运营效率。总之，船舶稳定器是现代海洋设计的重要组成部分，为乘客和船员提供安全和舒适。随着技术的不断进步，我们可以期待更具创新性的解决方案来改善所有条件下船舶的稳定性。理解船舶稳定器的重要性和功能，有助于我们欣赏海上旅行的复杂性以及使其成为可能的工程壮举。无论是休闲还是商业目的，这些装置确保我们的海洋旅程尽可能平稳和安全。