cosmography

简明释义

英[kɒzˈmɒɡrəfi]美[kɑːzˈmɑːɡrəfi]

n. 宇宙结构学，宇宙志

复 数 c o s m o g r a p h i e s

英英释义

单词用法

同义词

反义词

例句

1.Then, in 1507, the young geographer Martin Waldseemuller published a new Latin edition of Ptolemy's Cosmography.

后来，在1507年，年轻的地理学家马丁·瓦尔德西拗斯重新出版拉丁文版普多列米的《宇宙学》。

2.EVER SINCE the law of Copernicus was discovered and proved, the mere recognition that not the sun, but the earth moves, has destroyed the whole cosmography of the ancients.

自从哥白尼体系被发现和证实以后，仅仅承认太阳不会运转，而是地球运转这一事实，就足以破除古人的全部宇宙观了。

3.EVER SINCE the law of Copernicus was discovered and proved, the mere recognition that not the sun, but the earth moves, has destroyed the whole cosmography of the ancients.

自从哥白尼体系被发现和证实以后，仅仅承认太阳不会运转，而是地球运转这一事实，就足以破除古人的全部宇宙观了。

4.Travel them, and be expert in home-cosmography.

那末去旅行，成为家庭宇宙志的地理专家。

5.The ancient Greeks made significant contributions to cosmography 宇宙描绘学, mapping the stars and planets.

古希腊人在cosmography 宇宙描绘学方面做出了重要贡献，绘制了星星和行星的地图。

6.The cosmography 宇宙描绘学 of the universe helps scientists understand its vastness.

宇宙的cosmography 宇宙描绘学帮助科学家理解其广袤无垠。

7.The research paper focused on the historical aspects of cosmography 宇宙描绘学 in different cultures.

这篇研究论文集中于不同文化中cosmography 宇宙描绘学的历史方面。

8.Students in the geography class learned about cosmography 宇宙描绘学 and its impact on navigation.

地理课上的学生学习了cosmography 宇宙描绘学及其对航海的影响。

9.In his book, he discusses the principles of cosmography 宇宙描绘学 and how it relates to modern astronomy.

在他的书中，他讨论了cosmography 宇宙描绘学的原则以及它与现代天文学的关系。

作文

The study of the universe has fascinated humanity for centuries, leading to various fields of inquiry that seek to explain our place within it. One such field is cosmography, which is defined as the science that maps and describes the universe, including the celestial bodies and their relationships. Cosmography serves as a bridge between astronomy and geography, offering insights into not just the stars and planets, but also the structure of space itself. Historically, cosmography can be traced back to ancient civilizations, where early astronomers and philosophers attempted to understand the cosmos through observation and speculation. The Greeks, for instance, contributed significantly to this field with figures like Ptolemy, who created detailed star maps and proposed models of the universe that influenced thought for centuries. These early efforts laid the groundwork for what would eventually evolve into modern cosmology. In contemporary science, cosmography encompasses a wide range of studies, from the mapping of galaxies to the exploration of cosmic phenomena such as black holes and dark matter. It utilizes advanced technology, including telescopes and satellites, to gather data about the universe's structure and behavior. Understanding these elements is crucial for answering fundamental questions about the origins of the universe and its ultimate fate. One of the most significant contributions of cosmography is its ability to provide a framework for understanding complex astronomical concepts. For example, by plotting the positions and movements of celestial bodies, scientists can predict events such as eclipses or the appearance of comets. This predictive power not only deepens our understanding of the universe but also enhances our ability to navigate and explore it. Moreover, cosmography plays a vital role in interdisciplinary research, merging insights from physics, mathematics, and even philosophy. The quest to understand the universe often leads to profound philosophical questions about existence, reality, and the nature of time and space. As researchers continue to delve into these mysteries, the importance of cosmography becomes increasingly apparent, as it provides the tools and language necessary for articulating these complex ideas. In conclusion, cosmography is an essential discipline that enriches our understanding of the universe. By mapping and describing the cosmos, it not only aids scientific inquiry but also inspires wonder and curiosity about the vastness of space. As we continue to explore and learn more about the universe, the significance of cosmography will undoubtedly grow, guiding us in our quest to comprehend the intricate tapestry of existence that surrounds us.

宇宙的研究几个世纪以来一直吸引着人类，导致了各种探索领域，试图解释我们在其中的位置。其中一个领域是宇宙学，它被定义为映射和描述宇宙的科学，包括天体及其关系。宇宙学作为天文学和地理学之间的桥梁，不仅提供了对星星和行星的洞察，还揭示了空间本身的结构。 从历史上看，宇宙学可以追溯到古代文明，早期的天文学家和哲学家试图通过观察和推测来理解宇宙。希腊人，例如，显著地贡献了这一领域，像托勒密这样的学者创建了详细的星图，并提出了影响思想几个世纪的宇宙模型。这些早期的努力为最终演变成现代宇宙学奠定了基础。 在当代科学中，宇宙学涵盖了广泛的研究，从星系的绘制到对黑洞和暗物质等宇宙现象的探索。它利用先进的技术，包括望远镜和卫星，收集有关宇宙结构和行为的数据。理解这些元素对于回答有关宇宙起源和最终命运的基本问题至关重要。 宇宙学最重要的贡献之一是它能够为理解复杂的天文概念提供框架。例如，通过绘制天体的位置和运动，科学家可以预测日食或彗星出现等事件。这种预测能力不仅加深了我们对宇宙的理解，还增强了我们导航和探索宇宙的能力。 此外，宇宙学在跨学科研究中也发挥着重要作用，将物理学、数学甚至哲学的见解融合在一起。理解宇宙的追求常常引发关于存在、现实以及时间和空间本质的深刻哲学问题。随着研究人员继续深入这些谜题，宇宙学的重要性变得愈加明显，因为它提供了表述这些复杂思想所需的工具和语言。 总之，宇宙学是一个重要的学科，丰富了我们对宇宙的理解。通过绘制和描述宇宙，它不仅有助于科学探究，还激发了对浩瀚空间的惊奇和好奇。随着我们继续探索和学习更多关于宇宙的知识，宇宙学的重要性无疑会不断增长，引导我们在理解包围我们的存在复杂织锦的追求中前行。