great trigonomitrical survey station

简明释义

大三角测量站

英英释义

例句

1.The historical significance of the great trigonometrical survey station cannot be overstated in the context of surveying.

在测量的背景下，大三角测量站的历史重要性不可低估。

2.The team set up their equipment at the great trigonometrical survey station to begin the mapping project.

团队在大三角测量站设置了他们的设备，以开始测绘项目。

3.Engineers often refer to the great trigonometrical survey station when calculating distances for new construction projects.

工程师在计算新建筑项目的距离时，常常参考大三角测量站。

4.During our hike, we came across an old marker indicating a great trigonometrical survey station from the 19th century.

在我们的徒步旅行中，我们发现了一个旧标记，指示着19世纪的大三角测量站。

5.The accuracy of the data collected at the great trigonometrical survey station was crucial for the national mapping initiative.

在大三角测量站收集的数据的准确性对于国家测绘计划至关重要。

作文

The term great trigonometrical survey station refers to a significant point used in the field of surveying, particularly in the context of triangulation. Triangulation is a method that allows surveyors to determine the location of points on the earth's surface by measuring angles from known points at either end of a fixed baseline. The great trigonometrical survey station serves as a reference point that is precisely measured and marked, providing a foundation for accurate mapping and geographical analysis.Historically, the concept of triangulation emerged in the 18th century and was crucial for various scientific and engineering projects. One of the most notable examples of this practice is the Great Trigonometrical Survey of India, which was initiated in the early 19th century. This monumental project aimed to survey the entire Indian subcontinent and establish a comprehensive map based on precise measurements. The great trigonometrical survey station played a vital role in this endeavor, as it allowed surveyors to calculate distances and elevations across vast areas with remarkable accuracy.The significance of a great trigonometrical survey station extends beyond mere mapping; it also contributes to understanding geological features, planning infrastructure, and conducting research in various fields such as environmental science and urban planning. By establishing a network of these stations, scientists and engineers can monitor changes in the landscape, track tectonic movements, and even assess the impact of climate change over time.In addition to their practical applications, great trigonometrical survey stations hold historical and cultural importance. Many of these stations are located in picturesque settings, often atop mountains or in remote areas, making them popular destinations for hikers and tourists. Some of these sites have become landmarks, celebrated for their contributions to the advancement of geography and science.Visiting a great trigonometrical survey station can be an enlightening experience. It provides insight into the meticulous work that goes into surveying and mapping our world. For instance, standing at one of these stations, one can appreciate the vastness of the land being surveyed and reflect on the ingenuity of the surveyors who dedicated their lives to this crucial task. Furthermore, many such stations are equipped with plaques or informational signs that detail their history and significance, enriching the visitor's understanding of the site.In conclusion, the great trigonometrical survey station is much more than just a point on a map; it is a testament to human ingenuity and the pursuit of knowledge. These stations have paved the way for advancements in surveying techniques and continue to serve as vital reference points in modern geography. Whether for practical applications in science and engineering or as historical landmarks, the importance of great trigonometrical survey stations cannot be overstated. They remind us of the intricate relationship between humanity and the earth, highlighting our ongoing quest to understand and navigate the world around us.

“伟大三角测量站”这个术语指的是在测量领域中使用的一个重要点，特别是在三角测量的背景下。三角测量是一种方法，允许测量员通过从已知点的两端测量角度来确定地球表面上点的位置。伟大三角测量站作为一个参考点，被精确测量和标记，为准确的制图和地理分析提供了基础。历史上，三角测量的概念出现在18世纪，对于各种科学和工程项目至关重要。其中一个最显著的例子是印度的伟大三角测量，这项工作始于19世纪初。这项宏伟的项目旨在对整个印度次大陆进行测量，并根据精确的测量建立一幅全面的地图。伟大三角测量站在这一努力中发挥了至关重要的作用，因为它使测量员能够以惊人的精确度计算跨越广阔区域的距离和高度。伟大三角测量站的重要性不仅限于制图；它还促进了对地质特征的理解、基础设施的规划，以及在环境科学和城市规划等多个领域的研究。通过建立这些站点的网络，科学家和工程师可以监测地形变化，追踪构造运动，甚至评估气候变化对时间的影响。除了实际应用外，伟大三角测量站还具有历史和文化重要性。许多这样的站点位于风景如画的环境中，通常位于山顶或偏远地区，成为徒步旅行者和游客的热门目的地。这些地点中的一些已经成为地标，以其对地理和科学进步的贡献而受到庆祝。参观伟大三角测量站可以是一次启发性的经历。它提供了对测量和绘制我们世界所需的细致工作的洞察。例如，站在其中一个测量站上，人们可以欣赏到被测量土地的广阔，并思考那些为这一关键任务奉献一生的测量员的聪明才智。此外，许多这样的站点都配备了牌匾或信息标志，详细介绍了它们的历史和重要性，丰富了游客对该地点的理解。总之，伟大三角测量站不仅仅是地图上的一个点；它是人类聪明才智和追求知识的证明。这些站点为测量技术的进步铺平了道路，并继续作为现代地理学中的重要参考点。无论是用于科学和工程的实际应用，还是作为历史地标，伟大三角测量站的重要性都不容小觑。它们提醒我们人类与地球之间复杂的关系，突显我们对理解和导航周围世界的持续探索。