crenulated

简明释义

英[ˈkrɛn.jʊ.leɪ.tɪd]美[ˈkrɛn.jə.leɪ.tɪd]

细圆齿状的，小圆齿状的

英英释义

单词用法

同义词

反义词

例句

1.It includes bent ends of bones, puncture marks, superficial linear marks, peeling, crenulated ends and double arch punctures on the chewed edge.

这种痕迹包括在咬噬边缘上骨骼末端的弯曲、刺穿印记、表面的线性印记、剥落、小圆齿状的末端和双拱形的刺印。

2.It includes bent ends of bones, puncture marks, superficial linear marks, peeling, crenulated ends and double arch punctures on the chewed edge.

这种痕迹包括在咬噬边缘上骨骼末端的弯曲、刺穿印记、表面的线性印记、剥落、小圆齿状的末端和双拱形的刺印。

3.The edge of the leaf was crenulated, giving it a unique texture.

叶子的边缘是波状的，赋予它独特的质感。

4.The ancient castle had crenulated battlements that added to its defensive architecture.

这座古老的城堡有着波状的城垛，增加了其防御建筑的特点。

5.The crenulated pattern on the shell of the turtle helps it blend into the environment.

乌龟壳上的波状的图案帮助它融入环境。

6.During the inspection, the scientist noted the crenulated surface of the mineral sample.

在检查中，科学家注意到矿物样本的波状的表面。

7.The artist used crenulated lines in her painting to create depth and interest.

艺术家在她的画作中使用了波状的线条来创造深度和趣味。

作文

In the world of biology and natural sciences, the term crenulated describes a specific type of structure that is characterized by its wavy or notched edges. This term is often used in the context of describing cellular structures, leaf margins, or even the surfaces of certain types of shells. Understanding the concept of crenulated forms can provide deeper insights into the adaptations of various organisms and their environments. For instance, many plants have crenulated leaves that serve to increase surface area for photosynthesis while also reducing water loss. The notches in the leaf margins can create microclimates that help retain moisture, which is essential for survival in arid conditions. Furthermore, the crenulated patterns found in some marine organisms, such as the shells of mollusks, can serve multiple purposes, including camouflage against predators and structural strength. The intricate designs of these shells are not just aesthetically pleasing; they are functional adaptations that have evolved over millions of years. By studying these crenulated features, scientists can gain insights into the evolutionary history of species and their ecological roles. The significance of crenulated structures extends beyond biology into various fields such as architecture and material science. Architects often draw inspiration from nature, incorporating crenulated patterns into building designs to enhance aesthetic appeal and improve functionality. For example, a building with crenulated facades can create interesting shadows and light patterns throughout the day, contributing to the overall ambiance of the space. In material science, understanding the properties of crenulated surfaces can lead to the development of advanced materials with unique characteristics. Researchers are exploring how crenulated textures can influence the way materials interact with light, heat, and even sound. These studies could pave the way for innovations in energy efficiency and soundproofing technologies. Moreover, the study of crenulated forms can also have implications in the field of medicine. Certain medical devices and implants are designed with crenulated surfaces to promote better integration with human tissue. These designs can enhance the healing process and reduce the risk of complications during recovery. In conclusion, the term crenulated encompasses a wide range of applications and meanings across different disciplines. From biology to architecture and material science, the concept of crenulated structures highlights the intricate relationship between form and function. As we continue to explore and understand these patterns, we deepen our appreciation for the complexity of life and the innovative solutions it can inspire. Whether in nature or human-made creations, crenulated designs remind us of the beauty and utility that can arise from seemingly simple shapes and structures.

在生物学和自然科学的世界中，术语crenulated描述了一种特定类型的结构，其特征在于其波浪状或缺口边缘。这个术语通常用于描述细胞结构、叶子边缘，甚至某些类型壳体的表面。理解crenulated形式的概念可以深入了解各种生物及其环境的适应性。例如，许多植物具有crenulated叶子，这有助于增加光合作用的表面积，同时减少水分流失。叶缘的缺口可以创造微气候，有助于保持湿气，这对干旱条件下的生存至关重要。 此外，一些海洋生物如软体动物的壳体中发现的crenulated图案可以服务于多个目的，包括对捕食者的伪装和结构强度。这些壳体的复杂设计不仅在美学上令人愉悦；它们是经过数百万年演化而来的功能性适应。通过研究这些crenulated特征，科学家可以深入了解物种的进化历史及其生态角色。 crenulated结构的重要性超越了生物学，扩展到建筑和材料科学等多个领域。建筑师常常从自然中汲取灵感，将crenulated图案融入建筑设计，以增强美学吸引力并改善功能性。例如，带有crenulated外立面的建筑可以在一天中的不同时间创造有趣的阴影和光线图案，从而有助于空间的整体氛围。 在材料科学中，理解crenulated表面的特性可能导致具有独特特性的先进材料的开发。研究人员正在探索crenulated纹理如何影响材料与光、热甚至声音的相互作用。这些研究可能为能源效率和隔音技术的创新铺平道路。 此外，crenulated形式的研究在医学领域也可能具有重要意义。某些医疗设备和植入物设计有crenulated表面，以促进更好地与人体组织整合。这些设计可以增强愈合过程，减少恢复期间并发症的风险。 总之，术语crenulated涵盖了不同学科中广泛的应用和含义。从生物学到建筑学和材料科学，crenulated结构的概念突显了形式与功能之间错综复杂的关系。当我们继续探索和理解这些图案时，我们加深了对生命复杂性的欣赏，以及它所能激发的创新解决方案。无论是在自然界还是人造创作中，crenulated设计提醒我们，似乎简单的形状和结构可以产生的美丽和实用性。