observatory telegram

简明释义

气象电报

英英释义

例句

1.After detecting a new celestial event, the team quickly drafted an observatory telegram for immediate distribution.

在探测到一个新的天体事件后，团队迅速起草了一份天文台电报以便立即分发。

2.The observatory telegram was crucial for coordinating the response to the unexpected supernova.

这份天文台电报对于协调对意外超新星的反应至关重要。

3.The scientists sent an observatory telegram to inform the community about the latest findings in astronomy.

科学家们发送了一封天文台电报，以告知公众最新的天文学发现。

4.The observatory telegram included detailed observations of the comet's trajectory.

这份天文台电报包含了彗星轨迹的详细观察数据。

5.Researchers rely on the observatory telegram to stay updated on important astronomical discoveries.

研究人员依赖于天文台电报来获取重要天文发现的最新信息。

作文

The world of communication has evolved significantly over the years, from simple messages sent via pigeons to complex digital communications that span the globe. One interesting aspect of this evolution is the concept of an observatory telegram, a term that may not be widely recognized but holds significant historical and practical importance. An observatory telegram refers to a specific type of message sent from astronomical observatories, often containing crucial data regarding celestial events or discoveries. This form of communication was particularly vital before the advent of modern technology, as it allowed scientists to share their findings with peers across different locations swiftly.In the early days of astronomy, observations were made using telescopes, and researchers would often find themselves making groundbreaking discoveries. However, the challenge lay in disseminating this information quickly enough for it to be useful to other scientists. The observatory telegram served as a solution to this problem. By sending telegrams that detailed their observations, astronomers could inform others about important events, such as the discovery of a new comet or changes in the behavior of a known celestial body.The significance of the observatory telegram cannot be overstated. For instance, during the late 19th and early 20th centuries, when many significant astronomical discoveries were made, these telegrams played a crucial role in ensuring that information was shared promptly. The ability to communicate findings quickly allowed for collaborative efforts among scientists, fostering a sense of community within the field of astronomy. The swift exchange of information also meant that researchers could build upon each other’s work, leading to more rapid advancements in the understanding of the universe.With the rise of radio communication and the internet, the traditional observatory telegram has become less common. However, the principles behind it remain relevant today. Modern astronomers still rely on timely communication to share data about cosmic events, albeit through more advanced means such as emails, online databases, and social media platforms. The essence of the observatory telegram lives on in these practices, highlighting the importance of collaboration and communication in scientific research.Moreover, as we face new challenges in astronomy, such as monitoring near-Earth objects or tracking the effects of climate change on celestial phenomena, the need for effective communication remains paramount. The legacy of the observatory telegram serves as a reminder that sharing knowledge is essential for progress. In a world where information can travel at the speed of light, the lessons learned from the history of the observatory telegram continue to influence how scientists interact and collaborate today.In conclusion, the observatory telegram may seem like a relic of the past, but its impact on the field of astronomy is undeniable. It represents not only a method of communication but also a fundamental principle of scientific inquiry: the sharing of knowledge. As we continue to explore the cosmos, let us remember the importance of collaboration and communication, inspired by the humble yet significant observatory telegram that helped shape our understanding of the universe.

通信的世界在过去几年中发生了重大变化，从简单的鸽子传信到跨越全球的复杂数字通信。其中一个有趣的方面是“天文台电报”的概念，这个词可能不被广泛认可，但它具有重要的历史和实际意义。“天文台电报”指的是从天文台发送的一种特定类型的信息，通常包含有关天体事件或发现的重要数据。这种通信形式在现代技术出现之前尤为重要，因为它允许科学家迅速与不同地点的同行分享他们的发现。在天文学的早期，观察是通过望远镜进行的，研究人员常常发现重大的突破性发现。然而，挑战在于如何快速传播这些信息，以便对其他科学家有用。“天文台电报”就是解决这一问题的方案。通过发送详细描述其观察结果的电报，天文学家能够及时告知他人关于重要事件的信息，例如新彗星的发现或已知天体行为的变化。“天文台电报”的重要性不容小觑。例如，在19世纪末和20世纪初，许多重要的天文发现逐渐浮出水面，这些电报在确保信息迅速共享方面发挥了至关重要的作用。能够快速沟通发现使得科学家之间能够进行合作，促进了天文学领域内的社区感。信息的迅速交流也意味着研究人员可以在彼此的工作基础上进行深入研究，从而更快地推动对宇宙的理解。随着无线通信和互联网的兴起，传统的“天文台电报”变得不那么常见。然而，它背后的原则在今天仍然相关。现代天文学家仍然依赖及时的沟通来分享关于宇宙事件的数据，尽管通过更先进的手段，如电子邮件、在线数据库和社交媒体平台。“天文台电报”的本质在这些实践中延续着，突显了合作和沟通在科学研究中的重要性。此外，随着我们在天文学中面临新挑战，例如监测近地物体或跟踪气候变化对天体现象的影响，有效沟通的需求依然至关重要。“天文台电报”的遗产提醒我们，分享知识对于进步至关重要。在信息可以以光速传播的世界里，从“天文台电报”的历史中汲取的教训继续影响着今天科学家之间的互动与合作。总之，“天文台电报”可能看似过去的遗物，但它对天文学领域的影响不可否认。它不仅代表了一种通信方式，也体现了科学探究的基本原则：知识的分享。随着我们继续探索宇宙，让我们铭记合作与沟通的重要性，受到谦逊但重要的“天文台电报”的启发，这帮助塑造了我们对宇宙的理解。