rudder paddle

简明释义

舵叶

英英释义

例句

1.The kayaker adjusted the rudder paddle to steer through the narrow channel.

皮划艇运动员调整了舵桨以在狭窄的水道中航行。

2.The instructor demonstrated how to use the rudder paddle during the sailing lesson.

教练在帆船课上演示了如何使用舵桨。

3.Using the rudder paddle effectively can help maintain balance in rough waters.

有效使用舵桨可以帮助在波涛汹涌的水域中保持平衡。

4.She felt more confident after mastering the technique of the rudder paddle.

掌握了舵桨的技巧后，她感到更加自信。

5.When the wind picked up, he relied on the rudder paddle to keep the boat on course.

当风力增强时，他依靠舵桨保持船只的航向。

作文

In the world of boating and maritime navigation, the terms we use can often seem complex and specialized. One such term is rudder paddle, which refers to a crucial component used in various types of watercraft. Understanding what a rudder paddle is and how it functions can greatly enhance our appreciation for boating and its mechanics. A rudder paddle is essentially a flat piece of material that is attached to the back of a boat, allowing the vessel to change direction in response to steering commands. This component works by creating a difference in water pressure on either side of the paddle when it is moved. The force of the water acting on the rudder paddle helps to pivot the boat in the desired direction, making it an indispensable part of any navigable craft. The design and functionality of a rudder paddle can vary significantly depending on the type of boat. For instance, kayaks and canoes utilize a different kind of rudder paddle compared to larger ships or yachts. In smaller vessels, the rudder paddle may be manually operated by the paddler, who uses it to guide the boat through the water with precision. In contrast, larger boats often employ more sophisticated systems where the rudder paddle is controlled via a wheel or joystick, allowing for greater maneuverability and control. One of the most interesting aspects of a rudder paddle is its relationship with the principles of physics. When a boat is in motion, the water flowing past the rudder paddle creates lift, similar to how an airplane wing operates. This lift allows the boat to turn and navigate through the water effectively. The angle at which the rudder paddle is set can drastically affect the boat's turning radius and speed, making it essential for boaters to understand how to use this component effectively. Moreover, the maintenance of a rudder paddle is crucial for ensuring safe and efficient boating. Regular checks for any damage or wear are necessary, as a malfunctioning rudder paddle can lead to disastrous consequences on the water. Boaters must also be aware of the environmental conditions that can affect their rudder paddle, such as strong currents or rough seas, which can complicate steering and navigation. In conclusion, the rudder paddle is a vital element of any watercraft, playing a key role in navigation and control. By understanding its function and importance, we can better appreciate not only the art of boating but also the science behind it. Whether one is paddling a canoe on a serene lake or piloting a yacht across the open sea, the rudder paddle remains an essential tool for steering and direction. As we continue to explore the wonders of the water, let us not forget the significance of this simple yet powerful component in our maritime adventures.

在航海和海洋导航的世界里，我们使用的术语往往显得复杂而专业。其中一个术语是舵桨，它指的是用于各种水上交通工具的重要组成部分。理解舵桨是什么以及它如何运作，可以大大增强我们对航海及其机制的欣赏。 舵桨本质上是一块平坦的材料，连接在船的后部，让船只能够根据操纵命令改变方向。这个组件通过在桨的两侧产生水压差来工作。当桨被移动时，水流对舵桨施加的力量有助于使船只朝着所需方向旋转，使其成为任何可航行船只不可或缺的一部分。 舵桨的设计和功能可能因船只类型而异。例如，皮划艇和独木舟使用的舵桨与较大船只或游艇有所不同。在较小的船只中，舵桨可能由划船者手动操作，划船者利用它精确引导船只穿过水面。相比之下，较大的船只通常采用更复杂的系统，其中舵桨通过轮子或操纵杆控制，从而实现更大的机动性和控制力。 舵桨最有趣的方面之一是它与物理学原理之间的关系。当船只在运动时，流经舵桨的水会产生升力，类似于飞机机翼的工作原理。这种升力使船能够有效地转向和导航。舵桨的设置角度会极大影响船只的转弯半径和速度，因此船员必须理解如何有效使用这一组件。 此外，维护舵桨对于确保安全和高效的航行至关重要。定期检查是否存在任何损坏或磨损是必要的，因为故障的舵桨可能导致水上灾难性的后果。船员还必须注意可能影响他们的舵桨的环境条件，例如强流或恶劣海况，这可能会使操控和导航变得复杂。 总之，舵桨是任何水上交通工具的重要元素，在导航和控制中发挥着关键作用。通过理解其功能和重要性，我们可以更好地欣赏航海的艺术以及其背后的科学。无论是在宁静的湖面上划独木舟，还是在开阔海域驾驶游艇，舵桨始终是引导和方向的重要工具。当我们继续探索水的奇迹时，让我们不要忘记这一简单但强大的组件在我们的海洋冒险中的重要性。