fanlike

简明释义

英[ˈfænlaɪk]美[ˈfænˌlaɪk]

adj. 扇状的；折叠的

英英释义

单词用法

同义词

反义词

例句

1.The scientists say the theory may explain a long - standing mystery : strange dark spots, fanlike structures, and spidery patterns that appear near mars ' s southern pole every year.

科学家们说这个理论可以解释一个长久以来的谜团：奇怪的火星黑斑，扇状结构和每年出现在火星南极附件的蜘蛛状图案。

2.The scientists say the theory may explain a long - standing mystery : strange dark spots, fanlike structures, and spidery patterns that appear near mars ' s southern pole every year.

科学家们说这个理论可以解释一个长久以来的谜团：奇怪的火星黑斑，扇状结构和每年出现在火星南极附件的蜘蛛状图案。

3.The scientists say the theory may explain a long-standing mystery: strange dark spots, fanlike structures, and spidery patterns that appear near Mars's southern pole every year.

科学家们说这个理论可以解释一个长久以来的谜团：奇怪的火星黑斑，扇状结构和每年出现在火星南极附件的蜘蛛状图案。

4.Any of various widely distributed Marine fishes of the family Triglidae, having large fanlike pectoral fins and a large armored head.

鲂？一种分布广泛的鲂？科海鱼，有扇状的胸鳍，头部大而有甲。

5.The final design uses a fanlike shape to form a spacesurrounding the cedar.

最终的设计采用了扇形平面，形成环绕着雪松的形态。

6.That's a fanlike shell.

那是扇状的贝壳。

7.The leaves of the ginkgo tree have a distinct fanlike shape, making them easily recognizable.

银杏树的叶子有着独特的扇形，使它们容易辨认。

8.During the performance, the dancers moved their arms in a fanlike manner, creating a beautiful visual effect.

在表演中，舞者以扇形的方式移动手臂，创造出美丽的视觉效果。

9.The structure of the umbrella is designed to open in a fanlike fashion, providing ample coverage.

伞的结构设计成扇形打开，提供足够的遮盖。

10.The petals of the flower spread out in a fanlike arrangement, attracting pollinators.

花瓣以扇形排列展开，吸引授粉者。

11.The artist painted the sky with fanlike strokes, giving it a dynamic and lively appearance.

艺术家用扇形笔触绘制天空，使其看起来生动而充满活力。

作文

In nature, one can find various forms and structures that inspire creativity and innovation. One such structure is the leaf of a palm tree, which has a unique shape that can be described as fanlike. The term fanlike refers to something that resembles a fan, often characterized by a broad, spreading form that tapers at one end. This form not only serves aesthetic purposes but also has functional benefits in nature. For instance, the fanlike leaves of palm trees are designed to capture sunlight efficiently, allowing the plant to thrive in tropical environments where light is abundant. When we think about the architecture inspired by nature, many buildings have incorporated fanlike designs to enhance both beauty and functionality. Take, for example, the Sydney Opera House, which features sails that open up like a fanlike structure. This design not only creates a stunning visual impact but also allows for optimal acoustics within the performance spaces. The fanlike shapes help to disperse sound waves effectively, making it one of the best venues for music and performing arts. Moreover, the concept of fanlike extends beyond just physical structures. In technology, we often see designs that mimic fanlike patterns for efficiency. For instance, computer cooling systems often use fanlike arrangements of fins or blades to maximize airflow and heat dissipation. This ensures that the devices remain at optimal temperatures, preventing overheating and ensuring longevity. In art, the fanlike motif has been used throughout history, from traditional Japanese fans to modern graphic designs. Artists often utilize the fanlike shape to create dynamic compositions that draw the viewer's eye. The spreading lines of a fanlike design can evoke feelings of movement and energy, making it a popular choice for various forms of artistic expression. Additionally, the fanlike structure can be seen in social dynamics as well. In group settings, ideas can spread in a fanlike manner, starting from a single point and branching out to influence a larger audience. This is particularly evident in social media, where a single post can go viral, reaching thousands of people in a short amount of time. The fanlike spread of information highlights the interconnectedness of our modern society. In conclusion, the term fanlike encompasses a wide range of applications across different fields. From nature to architecture, technology, art, and social dynamics, the fanlike shape serves as a powerful symbol of growth, efficiency, and connectivity. Understanding this term allows us to appreciate the beauty and functionality present in both the natural world and human-made creations. As we continue to explore and innovate, the fanlike structures will undoubtedly inspire future designs and concepts, reminding us of the intricate relationship between form and function in our lives.

在自然界中，我们可以找到各种形式和结构，这些结构激发了创造力和创新。其中一个结构是棕榈树的叶子，它具有独特的形状，可以描述为扇形。术语扇形指的是类似于扇子的东西，通常具有宽广、扩展的形状，在一端逐渐变尖。这种形状不仅具有美学目的，还有自然界中的功能性好处。例如，棕榈树的扇形叶子旨在有效捕捉阳光，使植物能够在光线充足的热带环境中茁壮成长。 当我们考虑受自然启发的建筑时，许多建筑都采用了扇形设计，以增强美感和功能性。例如，悉尼歌剧院的帆船形状就像一个扇形结构。这种设计不仅创造了令人惊叹的视觉冲击，还允许在表演空间内实现最佳音响效果。扇形的形状有助于有效地散布声波，使其成为音乐和表演艺术的最佳场所之一。 此外，扇形的概念不仅限于物理结构。在技术领域，我们经常看到模仿扇形图案的设计以提高效率。例如，计算机冷却系统通常使用扇形排列的鳍片或叶片来最大化气流和散热。这确保设备保持在最佳温度，防止过热并确保其使用寿命。 在艺术方面，扇形的主题在历史上被广泛使用，从传统的日本扇子到现代图形设计。艺术家们经常利用扇形的形状来创造动态的构图，吸引观众的目光。扇形设计的扩展线条可以唤起运动和能量的感觉，使其成为各种艺术表现形式的热门选择。 此外，扇形结构也可以在社会动态中看到。在群体设置中，思想可以以扇形的方式传播，从一个点开始，分支影响更大的观众。这在社交媒体上尤为明显，一条帖子可以迅速传播，短时间内接触成千上万的人。信息的扇形传播突显了我们现代社会的相互联系。 总之，术语扇形涵盖了不同领域的广泛应用。从自然到建筑、技术、艺术和社会动态，扇形形状作为增长、效率和连接的强大象征。理解这个术语使我们能够欣赏自然界和人造作品中存在的美与功能性。随着我们继续探索和创新，扇形结构无疑将激励未来的设计和概念，提醒我们生活中形式与功能之间错综复杂的关系。