orbiting

简明释义

英[ˈɔːbɪtɪŋ]美[ˈɔrbɪtɪŋ]

v. 盘旋；绕轨道运行（orbit 的现在分词）

adj. 网魂不散（指在社交媒体上关注甚至回应不再直接联系的人）

英英释义

单词用法

同义词

反义词

例句

1.He wrote that some of the tablets indicated the probable utilization of orbiting craft as well.

他写到，一些石板也指出轨道飞行器的可能利用。

2.That's about how high an object would have to be orbiting straight up from the equator to constantly remain directly above the exact same spot on the rotating planet Earth.

这大约是一个物体从赤道沿轨道垂直向上运行的高度，这样它就可以一直保持在地球同一地点的正上方。

3.Around 60 countries now have satellites orbiting the Earth.

现在有60个国家有卫星在地球轨道上。

4.She is orbiting the sun as the asteroid 216 Kleopatra.

编号为216Kleopatra的小行星正绕着太阳运行。

5.Still, we persevered and we eventually were able to spot the planets orbiting each massive star.

尽管如此，经过我们的坚持不懈，我们最终能发现每颗大质量恒星的行星。

6.It was laden with food, fuel, spare parts, and much needed supplies for our orbiting outpost.

它满载食物，燃料，零部件以及环形轨道前哨急需的物资。

7.For habitable planets orbiting brighter, hotter stars, the search will take longer.

对于寻找适合居住的绕着更亮，更热的恒星转的行星，将会搜寻更长时间。

8.Denverites often kvetch about sleep disrupted by the Denver Police Department's helicopter orbiting overhead.

丹佛人经常抱怨他们睡觉的时候会受到头顶上方盘旋的丹佛警察局的直升飞机的干扰。

9.The satellite is orbiting around the Earth at a high speed.

这颗卫星正在以高速绕轨地球。

10.Astronomers observed a new planet orbiting a distant star.

天文学家观察到一颗新行星正在绕轨一颗遥远的恒星。

11.The moon is constantly orbiting our planet.

月球不断地在绕轨我们星球。

12.Spacecraft are designed to remain stable while orbiting in space.

航天器被设计为在太空中绕轨时保持稳定。

13.The International Space Station is orbiting the Earth every 90 minutes.

国际空间站每90分钟绕轨一次地球。

作文

In the vast expanse of space, celestial bodies are constantly in motion, with many orbiting around larger ones. The concept of orbiting is fundamental to our understanding of the universe and the mechanics that govern it. For instance, the Earth orbits the Sun, a phenomenon that not only defines our calendar year but also influences the very existence of life on our planet. This relationship between the Earth and the Sun is a prime example of gravitational forces at work, where the larger mass exerts a pull on the smaller one, keeping it in a stable path. The idea of orbiting extends beyond just planets and stars; it can also apply to artificial satellites that humans have launched into space. These satellites are designed to orbit the Earth for various purposes, such as communication, weather monitoring, and scientific research. The International Space Station (ISS), for example, orbits the Earth approximately every 90 minutes, allowing astronauts aboard to conduct experiments in microgravity. This constant orbiting is crucial for advancing our knowledge of science and technology. Moreover, the mechanics of orbiting can be explained through Kepler's laws of planetary motion, which describe how planets move in elliptical orbits around the sun. These laws help us predict the positions of celestial bodies at any given time, enhancing our navigation and exploration capabilities in space. Understanding orbiting mechanics has allowed scientists to plan missions to distant planets and moons, paving the way for discoveries that were once thought impossible. In addition to its scientific significance, the concept of orbiting can also serve as a metaphor in our daily lives. Just as planets and satellites orbit around larger bodies, individuals often find themselves orbiting around central ideas or influential figures. For instance, in a workplace setting, employees might orbit around a charismatic leader, drawn by their vision and guidance. This dynamic can foster collaboration and innovation, much like the harmonious movements of celestial bodies in space. Furthermore, the notion of orbiting can be applied to relationships. People often orbit around their loved ones, providing support and companionship. This interconnectedness is vital for emotional well-being, as it creates a network of trust and affection. Just as gravitational forces keep planets in their orbit, strong bonds between individuals can maintain the stability of relationships. In conclusion, the term orbiting encapsulates both a scientific principle and a metaphor for human interaction. Whether we are discussing the paths of planets in space or the dynamics of our personal relationships, the idea of orbiting highlights the importance of connection and influence. As we continue to explore the universe and our own lives, understanding the mechanics of orbiting will remain essential for navigating the complexities of existence. In a world where everything is interconnected, recognizing the forces that draw us together can lead to more meaningful connections and a deeper appreciation for the intricate dance of life, much like the celestial bodies that grace our night sky.

在浩瀚的太空中，天体不断运动，许多天体在更大的天体周围绕行。绕行的概念是我们理解宇宙及其运行机制的基础。例如，地球绕行着太阳，这一现象不仅定义了我们的日历年，还影响了我们星球上生命的存在。地球与太阳之间的关系是重力作用的一个典范，其中较大的质量对较小的质量施加引力，使其保持在稳定的轨道上。 绕行的概念不仅限于行星和恒星；它也适用于人类发射到太空中的人造卫星。这些卫星被设计为绕行地球，服务于各种目的，如通信、天气监测和科学研究。例如，国际空间站（ISS）每90分钟绕行一次地球，使得宇航员能够在微重力环境中进行实验。这种持续的绕行对于推动我们对科学和技术的理解至关重要。 此外，绕行的机制可以通过开普勒的行星运动定律来解释，这些定律描述了行星如何在太阳周围以椭圆轨道运动。这些定律帮助我们预测任何给定时间天体的位置，增强了我们在太空中的导航和探索能力。理解绕行的机制使科学家能够计划前往遥远行星和卫星的任务，为曾经被认为不可能的发现铺平了道路。 除了科学意义外，绕行的概念也可以作为我们日常生活中的隐喻。就像行星和卫星绕行于更大的天体周围，个人往往也会在中心思想或有影响力的人物周围绕行。例如，在工作场所，员工可能会绕行于一个富有魅力的领导者，受到他们的愿景和指导的吸引。这种动态可以促进合作和创新，就像太空中天体的和谐运动一样。 此外，绕行的概念也可以应用于人际关系。人们常常在爱人周围绕行，提供支持和陪伴。这种相互联系对于情感健康至关重要，因为它创造了一种信任和亲情的网络。正如重力保持行星在其轨道上一样，个人之间的强大纽带可以维持关系的稳定。 总之，绕行一词既包含科学原理，也是一种人际互动的隐喻。无论我们是在讨论太空中行星的轨迹，还是我们个人关系的动态，绕行的概念强调了连接和影响的重要性。在我们继续探索宇宙和自身生活的过程中，理解绕行的机制将始终是导航复杂存在的关键。 在一个万物相互关联的世界中，认识到将我们联系在一起的力量可以导致更有意义的联系，以及对生活复杂舞蹈的更深刻理解，就像装点夜空的天体一样。