sinuate

简明释义

英[ˈsɪnjʊeɪt]美[ˈsɪnjʊˌeɪt]

adj. 波状的；弯弯曲曲的

vi. 弯曲；蜿蜒

英英释义

单词用法

同义词

反义词

例句

1.Margin of leaf blade sinuate; styles 3-3.5 mm, slightly curved towards apex.

叶片的边缘具深波状；花柱3- 3.5毫米，对于先端的稍弯曲。

2.The history never if, the history has sinuate fact only.

历史从来没有假如，历史只有弯弯曲曲的事实。

3.I looked mopishly at the sinuate black outline that you left behind, a tear dropped.

我惘然对着你遗留下的黑曲线的轮廓掉下一滴泪来。

4.Large round-topped deciduous tree with spreading branches having narrow falcate leaves with deeply sinuate lobes and wood similar to that of northern red oaks;

一种形体大，顶部圆形的栎树，树枝伸展，叶薄，叶片具深波状边缘，木材类似于北方红栎；

5.Large round-topped deciduous tree with spreading branches having narrow falcate leaves with deeply sinuate lobes and wood similar to that of northern red oaks;

一种形体大，顶部圆形的栎树，树枝伸展，叶薄，叶片具深波状边缘，木材类似于北方红栎；

6.The river began to sinuate through the valley, creating a beautiful landscape.

这条河开始在山谷中蜿蜒，形成了美丽的风景。

7.The artist's brush strokes sinuate gracefully across the canvas.

艺术家的画笔在画布上弯曲得优雅自如。

8.The coastline sinuates with numerous bays and inlets.

海岸线弯曲着，形成了许多海湾和小港口。

9.The path sinuates up the hill, offering stunning views at each turn.

小路沿着山坡蜿蜒而上，每一个转弯都有令人惊叹的景色。

10.The snake sinuated through the grass, almost invisible among the blades.

蛇在草丛中蜿蜒而行，几乎在草叶之间隐形。

作文

In the realm of biology, we often encounter various terms that describe the intricate structures and forms found in nature. One such term is sinuate, which refers to a wavy or undulating shape, often seen in the outlines of leaves or the edges of certain organisms. Understanding this term can enhance our appreciation of the complexity and beauty of the natural world. 弯曲的，波浪形的.To illustrate the concept of sinuate, consider the diverse shapes of leaves in a forest. Some leaves possess smooth, rounded edges, while others exhibit a more complex design with deep lobes and wavy margins. These sinuate features can serve various functions, such as maximizing sunlight absorption for photosynthesis or reducing water loss through transpiration. The adaptability of plants is a testament to the evolutionary processes that have shaped their forms over millions of years.Moreover, the term sinuate can also be applied in the context of animal anatomy. For instance, the shells of certain mollusks display sinuate patterns that not only contribute to their aesthetic appeal but also play a crucial role in their survival. The wavy lines on a shell may help to camouflage the creature against predators, blending seamlessly with the surrounding environment. This showcases how sinuate forms are not merely decorative; they serve practical purposes in the life of an organism.In art and design, the concept of sinuate can inspire creativity and innovation. Artists often draw upon the natural world for inspiration, incorporating sinuate lines and curves into their work to evoke feelings of movement and fluidity. Whether in painting, sculpture, or architecture, the use of sinuate shapes can create dynamic compositions that capture the viewer's attention and convey a sense of harmony with nature.Furthermore, the application of sinuate extends beyond biology and art; it can also be found in the field of engineering. Engineers often study the sinuate forms in nature to develop efficient designs for various structures and materials. By mimicking the wavy patterns observed in nature, they can create stronger and more resilient products, demonstrating the interconnectedness of all disciplines.In conclusion, the term sinuate encapsulates a fascinating aspect of both the natural world and human creativity. From the delicate edges of leaves to the intricate patterns on shells, sinuate forms are everywhere around us. By understanding and appreciating these shapes, we can deepen our connection to nature and inspire our artistic and scientific endeavors. The beauty of sinuate structures serves as a reminder of the complexity of life and the importance of observing the world with curiosity and wonder. As we continue to explore and learn, let us embrace the sinuate paths that lead us to new discoveries and insights.

在生物学领域，我们常常会遇到各种术语，用来描述自然界中复杂的结构和形态。其中一个术语是sinuate，它指的是一种波浪形或起伏的形状，常见于叶子的轮廓或某些生物的边缘。理解这个术语可以增强我们对自然世界复杂性和美丽的欣赏。弯曲的，波浪形的。为了说明sinuate的概念，可以考虑森林中叶子的多样形状。一些叶子具有光滑、圆润的边缘，而另一些则呈现出更复杂的设计，拥有深深的叶 lobes 和波浪形的边缘。这些sinuate特征可以发挥各种功能，例如最大化光合作用的阳光吸收或减少通过蒸腾作用的水分损失。植物的适应能力证明了数百万年来塑造其形态的进化过程。此外，sinuate一词也可以应用于动物解剖学的背景。例如，某些软体动物的壳体显示出sinuate图案，这不仅增加了它们的美观性，还在生存中发挥了关键作用。壳上的波浪线可能有助于伪装生物以抵御捕食者，与周围环境无缝融合。这展示了sinuate形态不仅仅是装饰性的；它们在生物的生活中发挥着实际作用。在艺术和设计中，sinuate的概念可以激发创造力和创新。艺术家常常从自然界中汲取灵感，将sinuate的线条和曲线融入他们的作品中，以唤起运动和流动的感觉。无论是在绘画、雕塑还是建筑中，使用sinuate形状可以创造出动态的构图，吸引观众的注意力，并传达与自然的和谐感。此外，sinuate的应用超越了生物学和艺术，也可以在工程领域找到。工程师常常研究自然界中的sinuate形态，以开发各种结构和材料的高效设计。通过模仿自然界中观察到的波浪形图案，他们可以创造出更强大和更有韧性的产品，展示了各个学科之间的相互联系。总之，sinuate这一术语概括了自然界和人类创造力的一个迷人方面。从叶子的精致边缘到贝壳上的复杂图案，sinuate形态无处不在。通过理解和欣赏这些形状，我们可以加深与自然的联系，并激励我们的艺术和科学事业。sinuate结构的美丽提醒我们生命的复杂性以及观察世界的重要性，充满好奇和惊奇。随着我们继续探索和学习，让我们拥抱那些引导我们发现新知识和见解的sinuate路径。