alae

简明释义

英[ˈeɪliː]美[ˈeli]

n. 翼，翼状结构（ala 的复数）

英英释义

单词用法

同义词

反义词

例句

1.Objective: To introduce a method for repair of defects of alae nasi with burns.

目的：介绍修复烧伤后鼻翼缺损畸形的方法。

2.In many methods for repair of defects of alae nasi, this method is simple, the appearance of alae nasi is good after operation and there is no new scar on face.

在诸多鼻翼缺损修复方法中，该方法简便易行、术后鼻翼外形好，面部显著部位不增加新的瘢痕，有独到优越性。

3.Objective To investigate clinical significance on correlation between the width of alae nasi and the total width of anterior teeth crown in maxilla.

目的：对上颌前牙牙冠总宽度与鼻翼宽度的相关性及临床意义的研究。

4.The sun of autumn warms the alae of the cicada, but not its anima.

秋日的阳光温暖了蝉的薄翼，却温暖不了它的心。

5.Conclusion: This method is simple and effect for traumatic defect of alae nasi.

结论：利用此方法修复鼻翼缺损方法简单，效果满意。

6.It is formed by the caudal edge of the lateral crus of the lower lateral cartilage, the soft tissue alae, the membranous septum, and the sill of the nostril.

它是由下外侧软骨外侧脚尾侧端，软组织翼，膜性鼻中隔和鼻孔槛共同构成。

7.The flat petals of a pea blossom are alae.

豌豆的扁平花瓣是翼瓣。

8.In the second and third stage larvae two longitudinal alae on the lateral side are present, which have never been described by previous authors.

第二期幼虫及第三期幼虫的身体两侧具有纵侧膜的构造，是前人没有描述过的。

9.The bird spread its wings, revealing the beautiful alae 翅膀 that glimmered in the sunlight.

那只鸟展开翅膀，露出了在阳光下闪闪发光的美丽alae 翅膀。

10.During the flight simulation, the pilot adjusted the alae 翼面 to enhance lift.

在飞行模拟中，飞行员调整了alae 翼面以增强升力。

11.In anatomy class, we learned about the alae 翼 of the pelvis and their importance in human movement.

在解剖课上，我们学习了骨盆的alae 翼及其在人类运动中的重要性。

12.The artist depicted a dragon with magnificent alae 翅膀 that seemed to stretch across the sky.

艺术家描绘了一条龙，拥有宏伟的alae 翅膀，似乎跨越了整个天空。

13.The butterfly's alae 翅膀 were painted with vibrant colors, making it a stunning sight.

这只蝴蝶的alae 翅膀上涂满了鲜艳的颜色，令人惊叹。

作文

In the study of anatomy, the term alae refers to the wing-like structures that can be found in various organisms. These structures play a crucial role in the functionality and adaptability of different species. For instance, in birds, the alae are essential for flight, allowing them to soar through the skies with grace and agility. The design of these wings is a remarkable example of evolutionary engineering, showcasing how nature has optimized form for function. Similarly, in insects, the alae serve not only as means of locomotion but also as tools for mating displays and thermoregulation.Understanding the concept of alae extends beyond just biological definitions; it invites us to explore the broader implications of adaptation and survival in the natural world. For example, the varied shapes and sizes of alae across different species reflect their unique environments and lifestyles. A hummingbird’s alae, which are adapted for rapid flapping, contrast sharply with those of an albatross, which has long, narrow alae designed for gliding over vast ocean expanses. This diversity illustrates the principle of natural selection, where specific traits become more common in a population due to their advantageous roles in survival and reproduction.Moreover, the study of alae can also be applied to human technology. Engineers and designers often look to nature for inspiration when creating new aircraft or drones. The concept of biomimicry, where designs are modeled after biological entities, has led to innovations that mimic the efficiency of bird alae. By studying how these natural wings function, scientists and engineers can develop machines that are not only more efficient but also capable of navigating complex environments.In addition to their functional aspects, alae also carry cultural significance in many societies. In art and literature, wings often symbolize freedom, transcendence, and the human spirit's desire to rise above earthly limitations. The image of alae has been employed in various forms of expression, from ancient mythology to modern storytelling, representing the aspiration to achieve greatness and overcome challenges.In conclusion, the term alae encompasses a wide range of meanings and applications across different fields. From their biological functions in the animal kingdom to their inspirational role in technology and culture, alae serve as a reminder of the interconnectedness of life and the profound lessons we can learn from observing nature. As we continue to explore the complexities of our world, the study of alae will undoubtedly remain a vital area of inquiry, bridging the gaps between biology, engineering, and the arts. Understanding alae not only enhances our knowledge of anatomy and evolution but also enriches our appreciation for the beauty and intricacy of life itself.

在解剖学研究中，术语alae指的是可以在各种生物体中找到的翼状结构。这些结构在不同物种的功能性和适应性中起着至关重要的作用。例如，在鸟类中，alae对飞行至关重要，使它们能够优雅而灵活地翱翔于天空。这些翅膀的设计是进化工程的一个显著例子，展示了自然如何优化形式以适应功能。类似地，在昆虫中，alae不仅作为移动的手段，还作为交配展示和温度调节的工具。理解alae的概念超越了生物学的定义；它邀请我们探索自然界中适应和生存的更广泛含义。例如，不同物种之间alae的形状和大小差异反映了它们独特的环境和生活方式。蜂鸟的alae，适合快速拍打，与信天翁的长而窄的alae形成鲜明对比，后者设计用于在辽阔的海洋上滑翔。这种多样性说明了自然选择的原则，即特定特征因其在生存和繁殖中的有利作用而在种群中变得更加普遍。此外，alae的研究也可以应用于人类技术。工程师和设计师常常向自然寻求灵感，以创造新的飞机或无人机。生物仿生的概念，即设计模仿生物实体，已导致模仿鸟类alae效率的创新。通过研究这些自然翅膀的功能，科学家和工程师可以开发出不仅更高效而且能够在复杂环境中导航的机器。除了功能方面，alae在许多社会中也具有文化意义。在艺术和文学中，翅膀常常象征着自由、超越以及人类精神渴望超越世俗限制的愿望。alae的形象在各种表现形式中被采用，从古代神话到现代叙事，代表着追求伟大和克服挑战的愿望。总之，术语alae涵盖了不同领域中广泛的意义和应用。从它们在动物王国中的生物功能到它们在技术和文化中的启发性作用，alae提醒我们生命的互联性以及我们从观察自然中可以学习的深刻教训。随着我们继续探索世界的复杂性，alae的研究无疑将仍然是一个重要的探究领域，架起生物学、工程学和艺术之间的桥梁。理解alae不仅增强了我们对解剖学和进化的知识，也丰富了我们对生命本身的美丽和复杂性的欣赏。