Copernicus crater

简明释义

哥白尼坑;

英英释义

例句

1.Astronomers often study the Copernicus crater (哥白尼陨石坑) to understand lunar geology.

天文学家常常研究Copernicus crater（哥白尼陨石坑），以了解月球地质。

2.The view of the moon from my telescope revealed the stunning details of the Copernicus crater (哥白尼陨石坑).

我用望远镜观察月球时，惊叹于Copernicus crater（哥白尼陨石坑）的细节。

3.Photographers enjoy capturing images of the Copernicus crater (哥白尼陨石坑) during different phases of the moon.

摄影师喜欢在月亮的不同阶段拍摄Copernicus crater（哥白尼陨石坑）的照片。

4.The Copernicus crater (哥白尼陨石坑) is one of the most prominent features on the lunar surface.

Copernicus crater（哥白尼陨石坑）是月球表面最显著的特征之一。

5.During our field trip, we learned about the formation of the Copernicus crater (哥白尼陨石坑) and its significance in lunar history.

在我们的实地考察中，我们了解了Copernicus crater（哥白尼陨石坑）的形成及其在月球历史中的重要性。

作文

The universe has always fascinated humanity, and one of the most intriguing features on the Moon is the Copernicus crater (哥白尼环形山). This remarkable geological formation not only captivates astronomers but also serves as a significant landmark in the study of lunar geology. Located in the eastern part of the Moon's visible surface, the Copernicus crater is approximately 93 kilometers in diameter and is one of the most prominent craters on the Moon. Its distinct characteristics make it an ideal subject for both amateur and professional astronomers alike.The formation of the Copernicus crater occurred around 800 million years ago during the Moon's heavy bombardment period. The crater is named after the famous Renaissance astronomer Nicolaus Copernicus, who proposed that the Earth revolves around the Sun, challenging the geocentric model of the universe. This naming is fitting, as the Copernicus crater represents a turning point in our understanding of celestial bodies and their formations.One of the most striking features of the Copernicus crater is its well-preserved structure. The walls of the crater rise sharply from the surrounding plains and are lined with bright rays of ejecta that extend for hundreds of kilometers across the lunar surface. These rays are formed from material that was blasted out during the impact that created the crater. The bright appearance of these rays makes the Copernicus crater easily identifiable through telescopes, even from Earth.In addition to its aesthetic appeal, the Copernicus crater holds scientific significance. The study of its geology provides insights into the history of the Moon and the processes that have shaped its surface over billions of years. Researchers analyze the composition of the rocks and regolith (lunar soil) found within and around the Copernicus crater to understand the impact events that have occurred throughout lunar history. This information is crucial for piecing together the timeline of the Moon's evolution and for understanding the broader history of our solar system.Moreover, the Copernicus crater is often used as a reference point in lunar mapping and exploration. Its distinct features help scientists and engineers navigate the Moon's surface, especially for future missions aimed at lunar exploration. As we look towards establishing a sustainable human presence on the Moon, understanding locations like the Copernicus crater will be essential for planning landing sites, resource utilization, and scientific research.In conclusion, the Copernicus crater (哥白尼环形山) is more than just a striking feature on the Moon; it is a symbol of humanity's quest for knowledge about the universe. Its unique characteristics and scientific importance make it a focal point for astronomers and researchers alike. As we continue to explore the Moon and beyond, the Copernicus crater will undoubtedly remain a key player in our understanding of celestial phenomena and the history of our solar system. The study of this magnificent crater not only enriches our knowledge of lunar geology but also inspires future generations to look up at the night sky with wonder and curiosity.

宇宙一直以来都吸引着人类，而月球上最引人入胜的特征之一就是哥白尼环形山（Copernicus crater）。这个显著的地质构造不仅吸引了天文学家的目光，同时也作为研究月球地质的重要地标。哥白尼环形山位于月球可见表面的东部，直径约为93公里，是月球上最显著的环形山之一。其独特的特征使其成为业余和专业天文学家理想的研究对象。哥白尼环形山的形成发生在大约8亿年前的月球重轰击时期。这座环形山以著名的文艺复兴时期天文学家尼古拉斯·哥白尼命名，他提出了地球围绕太阳旋转的理论，挑战了以地球为中心的宇宙模型。这个命名是恰当的，因为哥白尼环形山代表了我们对天体及其形成的理解的一个转折点。哥白尼环形山最引人注目的特点之一是其保存完好的结构。环形山的墙壁从周围平原上陡然升起，内侧被明亮的喷发物射线所包围，这些射线延伸数百公里，覆盖在月球表面。这些射线是由形成环形山时爆炸出来的物质所构成的。由于这些射线的明亮外观，使得哥白尼环形山即使在地球上的望远镜下也容易辨识。除了其美学吸引力外，哥白尼环形山还具有科学意义。对其地质的研究为了解月球的历史及其表面在数十亿年间所经历的过程提供了洞察。研究人员分析哥白尼环形山内外的岩石和月壤（即月球土壤）的成分，以了解月球历史上发生的撞击事件。这些信息对于拼凑月球演化的时间线以及理解更广泛的太阳系历史至关重要。此外，哥白尼环形山常常被用作月球测绘和探索的参考点。其独特的特征帮助科学家和工程师导航月球表面，尤其是在未来旨在探索月球的任务中。随着我们展望在月球上建立可持续的人类存在，理解像哥白尼环形山这样的地点将对规划着陆点、资源利用和科学研究至关重要。总之，哥白尼环形山（Copernicus crater）不仅仅是月球上一处引人注目的特征，它是人类对宇宙知识追求的象征。其独特的特征和科学重要性使其成为天文学家和研究人员关注的焦点。随着我们继续探索月球及其以外的空间，哥白尼环形山无疑将在我们对天体现象和太阳系历史的理解中扮演关键角色。对这个宏伟环形山的研究不仅丰富了我们对月球地质的知识，也激励着未来一代代人以惊奇和好奇的目光仰望星空。