annulated

简明释义

英[ˈænjʊlɪtɪd]美[ˈænjʊleɪtɪd]

adj. 环状的；有环纹的（等于 annulate）

英英释义

单词用法

同义词

反义词

例句

1.In the article we analyse the structure compose, the endure force status, the request of strength and stability on the domed bulkhead with nonaxisymmetry sphere-conical transitional annulated shell.

系统分析了带有非轴对称球锥过渡环壳的球面舱壁的结构组成、受力工况、强度与稳定性要求，用有限元方法对各参数进行了强度优化与稳定性优化。

2.In the article we analyse the structure compose, the endure force status, the request of strength and stability on the domed bulkhead with nonaxisymmetry sphere-conical transitional annulated shell.

系统分析了带有非轴对称球锥过渡环壳的球面舱壁的结构组成、受力工况、强度与稳定性要求，用有限元方法对各参数进行了强度优化与稳定性优化。

3.Scientists observed the annulated 环状的 rings on the insect's antennae under a microscope.

科学家在显微镜下观察到昆虫触角上的annulated 环状的环纹。

4.The annulated 环状的 structure of the coral provides a unique habitat for marine life.

珊瑚的annulated 环状的结构为海洋生物提供了独特的栖息地。

5.The annulated 环状的 pattern on the snake's skin serves as camouflage.

蛇皮上的annulated 环状的图案起到伪装的作用。

6.In botany, the annulated 环状的 leaves of certain plants help in water retention.

在植物学中，某些植物的annulated 环状的叶子有助于保持水分。

7.The annulated 环状的 design of the vase adds an artistic touch to the decor.

花瓶的annulated 环状的设计为装饰增添了一丝艺术感。

作文

The world of biology is filled with fascinating terms that describe the diverse forms and structures of living organisms. One such term is annulated, which refers to a structure that is ringed or marked by rings. This characteristic can be observed in various biological contexts, particularly in the anatomy of certain animals and plants. For instance, the bodies of some worms exhibit an annulated appearance, where their segments are divided by distinct rings, allowing for flexibility and movement. This segmentation is not just a physical trait; it plays a crucial role in the organism's ability to navigate through different environments, showcasing the elegance of evolutionary adaptations.In the realm of botany, we can also find examples of annulated structures. Certain types of stems and leaves may display ring-like patterns, which can serve various functions, including support and nutrient transport. The annulated features in these plants often contribute to their overall health and growth, emphasizing the interconnectedness of form and function in nature.Understanding the concept of annulated structures extends beyond mere observation; it invites us to explore the underlying principles of biology. For instance, the presence of annulated features in organisms can lead us to ask questions about their evolutionary history. How did these traits develop? What advantages do they confer in specific environments? These inquiries can deepen our appreciation for the complexity of life on Earth.Moreover, the term annulated can also find its application in other fields, such as materials science and engineering. In these contexts, annulated structures might refer to components designed with ring-like patterns for enhanced durability or functionality. This cross-disciplinary relevance highlights the importance of understanding such terms in a broader scientific context.As we delve deeper into the study of annulated structures, we uncover a world rich with diversity and innovation. From the simplest organisms to the most complex ecosystems, the presence of ringed features serves as a testament to the creative forces of nature. Each annulated form tells a story of adaptation and survival, reminding us of the intricate web of life that surrounds us.In conclusion, the term annulated encapsulates a significant aspect of biological and material structures, representing the beauty of nature's design. By examining these ringed features, we gain insight into the functionality and evolution of various organisms, fostering a deeper appreciation for the natural world. Whether in the context of a worm's segmented body or a plant's supportive stem, annulated structures reveal the remarkable ways in which life adapts and thrives, encouraging us to continue exploring the mysteries of biology and beyond.

生物学的世界充满了迷人的术语，这些术语描述了生物体的多样形态和结构。其中一个术语是环状的，指的是一种有环形或被环标记的结构。这一特征可以在各种生物学背景中观察到，尤其是在某些动物和植物的解剖学中。例如，一些蠕虫的身体呈现出环状的外观，其段落被明显的环分隔开，从而允许灵活性和运动。这种分段不仅是一种物理特征；它在生物体能够在不同环境中导航的能力中起着关键作用，展示了进化适应的优雅。在植物学领域，我们也可以找到环状的结构的例子。某些类型的茎和叶可能显示出环状图案，这些图案可以服务于各种功能，包括支持和养分运输。这些植物中的环状的特征通常有助于它们的整体健康和生长，强调了自然中形式与功能的相互联系。理解环状的结构的概念超越了简单的观察；它邀请我们探索生物学的基本原理。例如，生物体中环状的特征的存在可以引导我们提出关于其进化历史的问题。这些特征是如何发展的？它们在特定环境中赋予了什么优势？这些探询可以加深我们对地球生命复杂性的欣赏。此外，术语环状的也可以在其他领域找到应用，如材料科学和工程。在这些背景中，环状的结构可能指的是设计有环状图案以增强耐用性或功能性的组件。这种跨学科的相关性突显了在更广泛的科学背景中理解这些术语的重要性。随着我们深入研究环状的结构，我们揭示了一个丰富多样和创新的世界。从最简单的生物体到最复杂的生态系统，环形特征的存在证明了自然创造力的力量。每一个环状的形态都讲述了适应和生存的故事，提醒我们周围复杂的生命网络。总之，术语环状的概括了生物和材料结构的重要方面，代表了自然设计的美。通过考察这些环形特征，我们获得了对各种生物体功能性和进化的洞察，加深了对自然世界的欣赏。无论是在蠕虫的分段身体还是植物的支撑茎的背景下，环状的结构揭示了生命如何适应和繁荣的非凡方式，鼓励我们继续探索生物学及其他领域的奥秘。