diving rudder

简明释义

水平舵

英英释义

例句

1.During the simulation, the instructor explained how the diving rudder affects the plane's stability.

在模拟中，教练解释了下潜舵如何影响飞机的稳定性。

2.The engineer designed a new model that improved the efficiency of the diving rudder.

工程师设计了一种新模型，提高了下潜舵的效率。

3.The submarine used its diving rudder to navigate deeper into the ocean.

潜艇使用其下潜舵向海洋深处航行。

4.In the emergency landing procedure, activating the diving rudder was crucial.

在紧急着陆程序中，激活下潜舵至关重要。

5.The pilot adjusted the aircraft's controls to engage the diving rudder for a sharp descent.

飞行员调整了飞机的控制以激活下潜舵进行急剧下降。

作文

The concept of a diving rudder is integral to understanding how submarines maneuver underwater. A diving rudder is a type of control surface that helps a submarine dive or ascend in the water column. Unlike traditional rudders found on surface vessels, which primarily steer the ship left or right, a diving rudder is designed to adjust the angle of the submarine in relation to the water surface, allowing it to change its depth effectively.When a submarine needs to dive, the diving rudder is angled downward, which causes the bow of the submarine to tilt downwards. This action increases the submarine's weight relative to the buoyancy it has, allowing it to descend into deeper waters. Conversely, when the submarine wants to surface, the diving rudder is angled upward, which helps to reduce the downward force and enables the submarine to rise back to the surface.The operation of a diving rudder is crucial not only for navigation but also for safety. Submarines operate in a three-dimensional space, and the ability to control depth is vital for avoiding underwater obstacles, managing pressure changes, and ensuring the safety of the crew. Furthermore, effective use of the diving rudder can enhance stealth capabilities, allowing submarines to remain undetected while maneuvering beneath the waves.In addition to its functional importance, the diving rudder serves as a reminder of the complexities involved in underwater navigation. Unlike surface vessels, submarines must navigate without the benefit of visual landmarks. The reliance on instruments and control surfaces like the diving rudder underscores the advanced technology and training required for submarine operations.Moreover, the design and mechanics behind a diving rudder have evolved significantly over the years. Modern submarines often feature advanced materials and technologies that improve the efficiency and responsiveness of the diving rudder. For instance, some submarines utilize computer-controlled systems that allow for precise adjustments to the angle of the diving rudder, enabling rapid changes in depth and direction.In conclusion, the diving rudder is a vital component of submarine design and operation. Its ability to control depth makes it essential for maneuverability and safety in underwater environments. Understanding the function and significance of the diving rudder enhances our appreciation for the engineering marvels that are submarines and the skilled personnel who operate them. As technology continues to advance, the role of the diving rudder will undoubtedly evolve, further improving the capabilities of these remarkable vessels beneath the sea.

“潜水舵”这一概念对于理解潜艇在水下的机动性至关重要。“潜水舵”是一种控制面，帮助潜艇在水柱中下潜或上升。与传统的水面船只上的舵主要用于左右转向不同，“潜水舵”旨在调整潜艇相对于水面的位置，从而有效地改变其深度。当潜艇需要下潜时，“潜水舵”会向下倾斜，这使得潜艇的船头向下倾斜。这一动作增加了潜艇相对于其浮力的重量，使其能够下沉到更深的水域。相反，当潜艇想要浮出水面时，“潜水舵”则向上倾斜，这有助于减少向下的力量，使潜艇能够重新上升到水面。“潜水舵”的操作不仅对导航至关重要，也关乎安全。潜艇在三维空间中作业，控制深度的能力对于避免水下障碍物、管理压力变化以及确保船员安全至关重要。此外，有效使用“潜水舵”可以增强隐蔽能力，使潜艇在水下机动时保持不被发现。除了功能重要性外，“潜水舵”还提醒我们水下导航的复杂性。与水面船只不同，潜艇必须在没有视觉地标的情况下进行导航。对仪器和控制面（如“潜水舵”）的依赖突显了潜艇操作所需的先进技术和培训。此外，“潜水舵”的设计和机制多年来已经显著演变。现代潜艇通常采用先进的材料和技术，提高“潜水舵”的效率和响应能力。例如，一些潜艇利用计算机控制系统，可以精确调整“潜水舵”的角度，从而实现深度和方向的快速变化。总之，“潜水舵”是潜艇设计和操作中的重要组成部分。它控制深度的能力使其在水下环境中的机动性和安全性方面至关重要。理解“潜水舵”的功能和重要性增强了我们对潜艇这一工程奇迹及其操作人员的欣赏。随着技术的不断进步，“潜水舵”的角色无疑会不断演变，进一步提升这些非凡船只在海洋深处的能力。