spherical

简明释义

英[ˈsferɪkl]美[ˈsfɪrɪklˌˈsferɪkl]

adj. 球形的，球状的；（与）球体（有关）的；在球内（或球面上）形成的；天体的

英英释义

单词用法

同义词

反义词

例句

1.I leap, I spin, I navigate the circumference of each spherical planet, toying with gravity.

我跳起来，旋转，绕着每个星球的圆周行进，玩笑般的对付着地心引力。

2.Think of a three-dimensional spherical black hole that's copied and stacked out in one direction to create an oblong shape.

设想一个三维的球状黑洞，把它复制和堆放在一个方向上，就会构成一个长方形的形状。

3.We have rectangular coordinates, we have cylindrical coordinates and we have spherical coordinates.

我们有直角坐标系，有柱坐标系和球坐标系。

4.Think about the difference between a flat paper map and a spherical globe.

试想下平面地图和球形地球之间的区别。

5.Nuclei with closed-shell have spherical symmetries.

闭壳核具有球对称性。

6.OK, let's see, who had seen spherical coordinates before just to see?

我看看，谁曾经学过球坐标么？

7.Only galaxies with a spherical bulge—like component appear to accommodate supermassive black holes.

只有拥有球形膨胀物质的星系才可能容纳超大质量的黑洞。

8.A soccer ball is designed to be spherical 球形的 for optimal performance.

足球的设计是spherical 球形的，以达到最佳性能。

9.In geometry class, we learned about the properties of spherical 球形的 objects.

在几何课上，我们学习了spherical 球形的物体的性质。

10.The planets in our solar system are mostly spherical 球形的 due to gravitational forces.

我们太阳系中的行星大多是由于重力作用而呈现出spherical 球形的。

11.The Earth is not a perfect sphere, but it is approximately spherical 球形的 in shape.

地球不是一个完美的球体，但它的形状大约是spherical 球形的。

12.The artist created a spherical 球形的 sculpture that captivated everyone who saw it.

这位艺术家创作了一件spherical 球形的雕塑，吸引了所有看到它的人。

作文

The concept of shape plays a crucial role in our understanding of the universe. One of the most fascinating shapes is the spherical (球形的) form, which can be observed in various natural phenomena. From the planets that orbit our sun to the tiny droplets of water that fall from the sky, the spherical (球形的) shape is prevalent in nature. This essay aims to explore the significance of the spherical (球形的) shape in both scientific and artistic contexts.In science, the spherical (球形的) shape is essential for understanding celestial bodies. For instance, Earth and other planets are not perfect spheres, but they approximate a spherical (球形的) shape due to gravitational forces. The force of gravity pulls matter into a compact form, resulting in a nearly round shape. This spherical (球形的) structure allows for even distribution of gravitational pull, which is crucial for maintaining orbits and stability. Additionally, stars and galaxies also exhibit spherical (球形的) characteristics, contributing to the overall structure of the universe.Moreover, the spherical (球形的) shape is significant in physics, particularly in the study of particles. In particle physics, many fundamental particles are modeled as spherical (球形的) entities. This simplification helps scientists understand complex interactions and behaviors at the subatomic level. The spherical (球形的) model allows researchers to predict how particles will behave under various conditions, leading to advancements in technology and medicine.In addition to its scientific importance, the spherical (球形的) shape has inspired countless artists throughout history. Many sculptures and paintings incorporate spherical (球形的) elements, symbolizing harmony and balance. For example, the famous artist Henry Moore often used spherical (球形的) forms in his sculptures to evoke a sense of unity with nature. These works invite viewers to appreciate the beauty of simplicity and the elegance of spherical (球形的) designs.Furthermore, architecture has also embraced the spherical (球形的) shape. Structures like domes and globes showcase the aesthetic appeal and functional advantages of spherical (球形的) designs. Domes provide excellent acoustics and structural integrity, making them ideal for concert halls and religious buildings. The spherical (球形的) shape also allows for efficient use of space, as seen in modern architectural marvels like the Eden Project in the UK, which features large spherical (球形的) biomes that house diverse ecosystems.In conclusion, the spherical (球形的) shape is not only a fundamental aspect of our physical world but also a source of inspiration in art and architecture. Its prevalence in nature, science, and human creativity highlights its significance across various fields. By appreciating the beauty and functionality of the spherical (球形的) form, we can deepen our understanding of the universe and our place within it. As we continue to explore and innovate, the spherical (球形的) shape will undoubtedly remain a key element in shaping our future.

形状的概念在我们理解宇宙中起着至关重要的作用。其中最迷人的形状之一是spherical（球形的）形式，这种形式可以在各种自然现象中观察到。从围绕太阳运行的行星到从天空中掉落的小水滴，spherical（球形的）形状在自然界中普遍存在。本文旨在探讨spherical（球形的）形状在科学和艺术背景下的重要性。在科学中，spherical（球形的）形状对于理解天体至关重要。例如，地球和其他行星并不是完美的球体，但由于引力的作用，它们近似于spherical（球形的）形状。引力将物质拉入紧凑的形式，导致几乎圆形的形状。这种spherical（球形的）结构允许引力的均匀分布，这对于维持轨道和稳定性至关重要。此外，恒星和星系也表现出spherical（球形的）特征，促进了宇宙的整体结构。此外，spherical（球形的）形状在物理学中也是重要的，特别是在粒子研究中。在粒子物理学中，许多基本粒子被建模为spherical（球形的）实体。这种简化帮助科学家理解亚原子水平上复杂的相互作用和行为。spherical（球形的）模型使研究人员能够预测粒子在各种条件下的行为，从而推动技术和医学的发展。除了其科学重要性，spherical（球形的）形状也激励了历史上无数艺术家。许多雕塑和绘画都融入了spherical（球形的）元素，象征着和谐与平衡。例如，著名艺术家亨利·摩尔（Henry Moore）常常在他的雕塑中使用spherical（球形的）形式，以唤起与自然的统一感。这些作品邀请观众欣赏简单之美和spherical（球形的）设计的优雅。此外，建筑学也接受了spherical（球形的）形状。像圆顶和球体这样的结构展示了spherical（球形的）设计的美学吸引力和功能优势。圆顶提供了极好的音响效果和结构完整性，使其成为音乐厅和宗教建筑的理想选择。spherical（球形的）形状还允许有效利用空间，正如英国的伊登项目（Eden Project）所示，该项目拥有大型spherical（球形的）生物群落，容纳着多样的生态系统。总之，spherical（球形的）形状不仅是我们物理世界的基本方面，也是艺术和建筑灵感的来源。它在自然、科学和人类创造力中的普遍存在突显了其在各个领域的重要性。通过欣赏spherical（球形的）形式的美和功能性，我们可以深化对宇宙及我们在其中位置的理解。随着我们继续探索和创新，spherical（球形的）形状无疑将继续成为塑造我们未来的关键元素。