planetary fixture

简明释义

行星型夹具

英英释义

例句

1.Astronomy enthusiasts gathered to admire the planetary fixture at the local planetarium.

天文学爱好者聚集在当地天文馆欣赏这个行星装置。

2.In the museum's space exhibit, the planetary fixture showcases the orbits of various planets.

在博物馆的太空展览中，行星装置展示了各种行星的轨道。

3.The school science fair featured a model with a planetary fixture that demonstrated the rotation of planets.

学校科学展上有一个模型，配有一个行星装置，演示了行星的旋转。

4.The planetary fixture in the science center provides interactive displays about each planet.

科学中心的行星装置提供关于每个行星的互动展示。

5.The new observatory features a stunning planetary fixture that allows visitors to view the solar system in detail.

新的天文台有一个令人惊叹的行星装置，可以让游客详细观察太阳系。

作文

In the vast expanse of the universe, planets and celestial bodies exist in a delicate balance, contributing to what we often refer to as a planetary fixture. A planetary fixture can be understood as an essential component of our solar system, highlighting the stability and permanence of certain celestial elements that govern the orbits and movements of other bodies. The term itself evokes a sense of reliability and constancy, suggesting that these fixtures play a crucial role in the cosmic ballet of the universe. When we observe the night sky, we are often captivated by the beauty of the stars and planets. Each planet, from the fiery surface of Mars to the gaseous giants like Jupiter, serves as a planetary fixture, anchoring the gravitational forces that keep moons, asteroids, and comets in their respective paths. This interconnectedness is vital for maintaining the harmony of our solar system.Moreover, the study of these planetary fixtures has profound implications for our understanding of life beyond Earth. Scientists and astronomers continuously explore the characteristics of these planets, searching for signs of habitability. For instance, the discovery of water on Mars or the detection of exoplanets within the habitable zone of distant stars provides tantalizing clues about the potential for life elsewhere in the universe. Each of these findings reinforces the idea that planetary fixtures are not merely static entities; they are dynamic components that may harbor the conditions necessary for life.The significance of planetary fixtures extends beyond mere scientific inquiry. They inspire art, literature, and philosophy. Thinkers throughout history have gazed at the stars and pondered their existence, often drawing parallels between the stability of these celestial bodies and the human experience. Just as planets maintain their orbits over millennia, individuals strive for their own sense of purpose and direction in life. This metaphorical connection highlights the importance of finding one's own planetary fixture—a steadfast anchor in the tumultuous journey of existence.Furthermore, as we advance technologically, our ability to study and interact with these planetary fixtures evolves. Space missions, such as those undertaken by NASA and other space agencies, aim to explore the surface of planets, analyze their atmospheres, and even send probes to distant worlds. This exploration not only enhances our knowledge of the universe but also cultivates a sense of wonder and curiosity that drives humanity forward.In conclusion, the concept of a planetary fixture encompasses more than just the physical presence of celestial bodies; it represents a fundamental aspect of our understanding of the cosmos. These fixtures serve as anchors in the vastness of space, influencing both the mechanics of our solar system and the philosophical inquiries of humankind. As we continue to explore the mysteries of the universe, the significance of planetary fixtures will undoubtedly remain a focal point in our quest for knowledge and understanding of our place in the cosmos.

在宇宙的广阔空间中，行星和天体以微妙的平衡存在，这种平衡促成了我们常常称之为行星固定体的现象。行星固定体可以被理解为我们太阳系中一个重要的组成部分，突显了某些天体的稳定性和永久性，这些天体支配着其他天体的轨道和运动。这个术语本身唤起了一种可靠性和恒定性的感觉，暗示这些固定体在宇宙的舞蹈中扮演着至关重要的角色。当我们观察夜空时，常常会被星星和行星的美丽所吸引。从火星的炽热表面到像木星这样的气体巨星，每个行星都作为一个行星固定体，锚定着保持月球、小行星和彗星各自路径的引力。这种相互联系对维持我们太阳系的和谐至关重要。此外，研究这些行星固定体对我们理解地球以外的生命具有深远的影响。科学家和天文学家不断探索这些行星的特征，寻找可居住性的迹象。例如，在火星上发现水或在遥远恒星的宜居区内探测到系外行星，为宇宙中生命潜力提供了诱人的线索。每一个发现都强化了这样的观点：行星固定体不仅仅是静态实体；它们是可能孕育生命条件的动态组成部分。行星固定体的重要性不仅限于科学探究。它们激励了艺术、文学和哲学。历史上的思想家们一直仰望星空，思考它们的存在，常常将这些天体的稳定性与人类的经历相提并论。正如行星在千年间保持其轨道一样，个人也在努力寻找自己的人生目标和方向。这种隐喻的联系突显了找到自己的行星固定体的重要性——在生命动荡旅程中的坚定锚点。此外，随着我们技术的进步，我们研究和与这些行星固定体互动的能力也在不断发展。诸如NASA及其他航天机构进行的太空任务，旨在探索行星的表面，分析其大气，甚至向遥远的世界发送探测器。这种探索不仅增强了我们对宇宙的知识，还培养了一种推动人类前进的惊奇和好奇心。总之，行星固定体的概念不仅涵盖了天体的物理存在；它代表了我们理解宇宙的一个基本方面。这些固定体作为太空浩瀚中的锚点，影响着我们太阳系的机械运作以及人类的哲学探究。随着我们继续探索宇宙的奥秘，行星固定体的重要性无疑将继续成为我们追求知识和理解宇宙中我们位置的焦点。