ship's wake

简明释义

船舶伴流

英英释义

例句

1.As the boat sped across the water, the captain pointed out the beautiful patterns left behind in the ship's wake.

当船在水面上快速行驶时，船长指出了在船的尾迹中留下的美丽图案。

2.The fisherman knew that the fish would be attracted to the disturbance created by the ship's wake.

渔夫知道鱼会被船的尾迹造成的干扰所吸引。

3.The diver had to wait for the ship's wake to settle before it was safe to resurface.

潜水员必须等到船的尾迹平静下来才能安全浮出水面。

4.Children loved to jump into the water after a passing boat, riding the waves of the ship's wake.

孩子们喜欢在船经过后跳入水中，乘着船的尾迹的波浪。

5.The large yacht left a significant ship's wake, causing smaller vessels to bob up and down.

那艘大型游艇留下了显著的船的尾迹，使得较小的船只上下颠簸。

作文

The ocean has always been a source of fascination for humanity, inspiring countless stories, adventures, and scientific discoveries. Among the many phenomena that occur on the water's surface, one of the most intriguing is the ship's wake. This term refers to the trail of disturbed water that follows a vessel as it moves through the sea. The ship's wake can vary in size and shape depending on several factors, including the speed of the ship, its design, and the conditions of the water. Understanding this phenomenon not only enhances our appreciation of maritime activities but also has practical implications for navigation, marine ecology, and engineering.As a ship sails through the water, it displaces a significant amount of liquid, creating waves and currents in its path. The ship's wake consists of two main components: the waves generated at the bow and the turbulence created at the stern. The bow waves are formed as the front of the ship pushes water aside, while the stern turbulence is a result of the ship's movement and the interaction of the water with the hull. This combination results in a visible trail that can be seen behind the vessel for quite some distance.The characteristics of a ship's wake can tell us a lot about the ship itself. For instance, a fast-moving vessel will produce a more pronounced wake compared to a slower one. Additionally, the design of the ship plays a crucial role; sleek, modern vessels tend to create less turbulence and a smaller wake than older, bulkier ships. This is an important consideration for shipbuilders and engineers, as minimizing the ship's wake can lead to increased fuel efficiency and reduced environmental impact.From a navigational perspective, understanding the behavior of a ship's wake is essential for safe sailing. Mariners must be aware of how their wake affects other vessels, especially in crowded waterways. A large wake can create hazardous conditions for smaller boats, leading to capsizing or collisions. Therefore, it is crucial for captains to adjust their speed and course to minimize the impact of their ship's wake on surrounding vessels.Moreover, the ecological implications of a ship's wake cannot be overlooked. As ships travel through sensitive marine environments, their wakes can disturb habitats, affect sediment distribution, and even contribute to erosion along coastlines. Scientists study these effects to better understand how human activity impacts marine ecosystems and to develop strategies for mitigating potential damage.In conclusion, the ship's wake is more than just a visual spectacle; it is a complex phenomenon that intertwines with navigation, engineering, and ecology. By studying the ship's wake, we gain insights into the mechanics of maritime travel and its effects on the environment. As we continue to explore and utilize our oceans, understanding the implications of our actions, including the creation of a ship's wake, becomes increasingly important. Whether we are sailors, scientists, or simply lovers of the sea, acknowledging the significance of the ship's wake enriches our relationship with the vast waters that cover our planet.

海洋一直是人类着迷的源泉，激发了无数故事、冒险和科学发现。在水面上发生的许多现象中，最引人入胜的现象之一就是船的尾迹。这个术语指的是一艘船在海上移动时所产生的扰动水的轨迹。船的尾迹的大小和形状可以根据多个因素而变化，包括船的速度、设计以及水的条件。理解这一现象不仅增强了我们对海事活动的欣赏，还有助于导航、海洋生态和工程等实际应用。当一艘船在水中航行时，它会排开大量的液体，在其路径上形成波浪和水流。船的尾迹主要由两个部分组成：船头生成的波浪和船尾产生的湍流。船头波浪是在船的前部推开水时形成的，而船尾湍流则是船只运动和水与船体相互作用的结果。这种组合导致在船只后面可见的轨迹，能远距离可见。船的尾迹的特征可以告诉我们很多关于船本身的信息。例如，快速行驶的船只会产生比慢速船只更明显的尾迹。此外，船的设计也起着至关重要的作用；流线型的现代船只往往比旧式笨重的船只产生更少的湍流和更小的尾迹。这对于造船商和工程师来说是一个重要的考虑，因为减少船的尾迹可以提高燃油效率并减少对环境的影响。从导航的角度来看，理解船的尾迹的行为对安全航行至关重要。船长必须意识到他们的尾迹如何影响其他船只，尤其是在拥挤的水道中。较大的尾迹可能会给小型船只创造危险条件，导致倾覆或碰撞。因此，船长必须调整他们的速度和航向，以最小化他们的船的尾迹对周围船只的影响。此外，船的尾迹的生态影响也不容忽视。当船只穿越敏感的海洋环境时，它们的尾迹可能会扰乱栖息地、影响沉积物分布，甚至导致沿海侵蚀。科学家研究这些影响，以更好地理解人类活动如何影响海洋生态系统，并制定减轻潜在损害的策略。总之，船的尾迹不仅仅是一种视觉奇观；它是一个复杂的现象，与导航、工程和生态学交织在一起。通过研究船的尾迹，我们获得了关于海洋旅行机制及其对环境影响的见解。随着我们继续探索和利用我们的海洋，理解我们行动的影响，包括创建船的尾迹，变得越来越重要。无论我们是水手、科学家还是单纯热爱海洋的人，承认船的尾迹的重要性丰富了我们与覆盖我们星球的广阔水域的关系。