main buoyancy chamber

简明释义

主浮力舱

英英释义

例句

1.In case of an emergency, the main buoyancy chamber 主浮力舱 can be filled with air to quickly bring the vessel to the surface.

在紧急情况下，主浮力舱 主浮力舱可以充满空气，以快速将船只带到水面。

2.The main buoyancy chamber 主浮力舱 is designed to provide stability to the craft while floating on the water's surface.

为了在水面上漂浮时提供稳定性，主浮力舱 主浮力舱被设计成这样的形状。

3.Regular maintenance of the main buoyancy chamber 主浮力舱 is crucial for the safety of the underwater vehicle.

定期维护主浮力舱 主浮力舱对于水下载具的安全至关重要。

4.The design of the submarine includes a robust main buoyancy chamber 主浮力舱 to ensure it can dive and surface safely.

潜艇的设计包括一个坚固的主浮力舱 主浮力舱，以确保它能够安全下潜和浮出水面。

5.The engineers are testing the pressure limits of the main buoyancy chamber 主浮力舱 to ensure it can withstand deep-sea conditions.

工程师正在测试主浮力舱 主浮力舱的压力极限，以确保它能承受深海条件。

作文

In the world of marine engineering, understanding the principles of buoyancy is crucial for designing vessels that can navigate through water safely and efficiently. One of the key components in achieving this is the main buoyancy chamber, which plays a vital role in maintaining the stability and floatation of a ship. The main buoyancy chamber (主浮力舱) is essentially a large, enclosed space within the hull of a vessel that is filled with air or other lightweight materials to ensure that the ship remains afloat. This chamber is strategically designed to counteract the weight of the ship and provide the necessary lift to keep it above the water's surface.The design of the main buoyancy chamber is not just about keeping the vessel afloat; it also involves careful consideration of the distribution of weight and the center of gravity. A well-designed buoyancy chamber can significantly enhance the stability of a ship, especially when it encounters rough seas. For instance, if a boat tilts to one side due to waves, the air in the main buoyancy chamber will help right the vessel by providing upward force against the downward pull of gravity. This principle is essential for ensuring the safety of both the ship and its passengers.Moreover, the main buoyancy chamber is often integrated with other systems on board, such as ballast tanks, which can be filled with water to lower the center of gravity and enhance stability further. By adjusting the amount of water in these tanks, engineers can manipulate the buoyancy of the vessel to suit different conditions, making it more adaptable to various maritime environments.Another important aspect of the main buoyancy chamber is its role in emergency situations. In the event of a hull breach or other structural failure, the integrity of the buoyancy chamber can prevent the vessel from sinking. Many modern ships are equipped with multiple buoyancy chambers, which act as a safeguard against such incidents. If one chamber is compromised, others can still provide enough lift to keep the vessel afloat until help arrives.In conclusion, the main buoyancy chamber (主浮力舱) is a fundamental element in marine vessel design. It not only contributes to the buoyancy and stability of the ship but also plays a critical role in ensuring safety during emergencies. Understanding how this chamber works and its importance in the overall design of a vessel is essential for anyone involved in marine engineering or naval architecture. As technology advances, the design and efficiency of the main buoyancy chamber continue to evolve, promising even safer and more reliable maritime travel in the future.