eddying flow

简明释义

旋流

英英释义

例句

1.The artist captured the eddying flow of the ocean in her painting, depicting the movement of water beautifully.

艺术家在她的画作中捕捉到了海洋的涡流流动，生动地描绘了水的运动。

2.As the storm approached, the eddying flow of the wind made the trees sway violently.

随着暴风雨的逼近，风的涡流流动使树木剧烈摇摆。

3.The scientist studied the eddying flow of air currents in the atmosphere to better understand weather patterns.

科学家研究大气中的涡流流动以更好地理解天气模式。

4.The river's eddying flow created small whirlpools that fascinated the children watching from the bank.

河流的涡流流动形成了小漩涡，吸引了在岸边观看的孩子们。

5.In the pool, the eddying flow of the water made it difficult for swimmers to stay in one place.

在泳池中，水的涡流流动使游泳者很难保持在一个地方。

作文

In the heart of nature, one can often witness the beauty of water in its various forms. Rivers, lakes, and streams all exhibit unique characteristics that reflect their surroundings. One particularly fascinating aspect of water movement is the concept of eddying flow, which refers to the circular motion of water as it moves around obstacles or changes in terrain. This phenomenon can be observed in many natural settings, from the gentle bends of a winding river to the turbulent rapids of a mountain stream. Understanding eddying flow not only enhances our appreciation of nature but also provides insight into the intricate dynamics of aquatic ecosystems.When water flows over rocks or other obstructions, it does not simply move in a straight line. Instead, it creates swirling patterns that can be mesmerizing to observe. These patterns are the result of the interaction between the water's velocity and the shape of the landscape. For example, as water approaches a boulder in a stream, it may split into two paths: one that flows around the boulder and another that flows directly over it. The water that flows around the boulder may start to spin in a circular motion, creating an eddying flow.The significance of eddying flow extends beyond mere aesthetics. In many aquatic environments, this type of flow plays a crucial role in the distribution of nutrients and sediments. As water swirls around, it can carry organic material and minerals, depositing them in different areas. This process helps to sustain diverse ecosystems, allowing various species of plants and animals to thrive. For instance, fish often utilize eddying flow to find food, as small organisms are swept into these swirling currents, making them easier to catch.Moreover, eddying flow can significantly impact the behavior of larger bodies of water. In oceans, for example, eddies are created by the interaction of currents with landforms, leading to the formation of distinct marine habitats. These eddies can trap warm water, allowing for a rich diversity of marine life to flourish in otherwise inhospitable conditions. Scientists study these patterns to understand climate change's effects on ocean currents and marine ecosystems.On a more personal level, witnessing eddying flow can evoke feelings of tranquility and reflection. Many people find solace in nature, and observing the rhythmic movement of water can be meditative. Whether sitting by a riverbank or hiking near a waterfall, the sight of eddying flow invites us to pause and connect with the natural world. It reminds us of the constant change and movement in our lives, encouraging us to embrace the flow of our own experiences.In conclusion, the concept of eddying flow encompasses both the physical movement of water and its broader implications for ecosystems and human experience. By studying this phenomenon, we gain a deeper understanding of the natural world and our place within it. As we continue to explore and appreciate the intricacies of water flow, let us remember the importance of preserving these vital ecosystems for future generations to enjoy. Nature’s eddying flow is not just a spectacle; it is a reminder of life's interconnectedness and the beauty that surrounds us every day.

在大自然的心脏地带，人们常常可以目睹水以各种形式展现出的美。河流、湖泊和溪流都展示出独特的特征，反映出它们的环境。其中一个特别迷人的水流动现象是eddying flow的概念，它指的是水在绕过障碍物或地形变化时的循环运动。这种现象可以在许多自然环境中观察到，从蜿蜒河流的温和弯曲到山溪的湍急急流。理解eddying flow不仅增强了我们对自然的欣赏，还提供了对水生生态系统复杂动态的洞察。当水流过岩石或其他障碍物时，它并不是简单地直线移动。相反，它会形成令人着迷的旋涡图案。这些图案是水流速度与地形形状之间相互作用的结果。例如，当水流接近溪流中的一个巨石时，它可能会分成两条路径：一条绕过巨石而流，另一条直接流过它。绕过巨石的水可能会开始旋转，形成eddying flow。eddying flow的重要性不仅仅体现在外观上。在许多水生环境中，这种流动类型在营养物质和沉积物的分布中起着至关重要的作用。当水在旋转时，它可以携带有机物质和矿物质，并将其沉积在不同的区域。这一过程有助于维持多样化的生态系统，使各种植物和动物物种得以繁荣。例如，鱼类通常利用eddying flow来寻找食物，因为小生物被卷入这些旋转的水流中，更容易捕捉。此外，eddying flow还会显著影响更大水体的行为。例如，在海洋中，涡流是由洋流与地形相互作用产生的，导致形成不同的海洋栖息地。这些涡流可以捕获温暖的水，使丰富的海洋生物在原本不适宜的条件下繁荣。科学家研究这些模式，以了解气候变化对海洋洋流和海洋生态系统的影响。在个人层面上，目睹eddying flow可以唤起宁静和反思的感觉。许多人在大自然中找到安慰，观察水的节奏运动可以是一种冥想。不论是坐在河岸边还是在瀑布附近徒步旅行，eddying flow的景象邀请我们停下脚步，与自然世界建立联系。它提醒我们生活中的不断变化和流动，鼓励我们接受自己经历的流动。总之，eddying flow的概念涵盖了水的物理运动及其对生态系统和人类体验的更广泛影响。通过研究这一现象，我们对自然界及我们在其中的位置有了更深刻的理解。当我们继续探索和欣赏水流的复杂性时，让我们记住保护这些重要生态系统的重要性，以便未来的世代也能享受。大自然的eddying flow不仅仅是一种奇观；它是生命相互联系和每天环绕我们的美丽的提醒。