stadia surveying

简明释义

视距测量

英英释义

例句

1.The surveyor explained how stadia surveying helps in determining elevations and slopes.

测量员解释了测距仪测量如何帮助确定高程和坡度。

2.For the project, we relied on stadia surveying to ensure all measurements were precise.

为了这个项目，我们依赖于测距仪测量以确保所有测量都精确无误。

3.Using stadia surveying, the team was able to create a detailed topographic map of the region.

通过使用测距仪测量，团队能够创建该地区的详细地形图。

4.The engineer used stadia surveying to accurately measure the distance between two points on the construction site.

工程师使用测距仪测量准确测量施工现场两个点之间的距离。

5.In our geography class, we learned that stadia surveying is an effective method for mapping large areas.

在我们的地理课上，我们了解到测距仪测量是一种有效的绘制大面积地图的方法。

作文

Stadia surveying is a method used in the field of surveying and mapping to measure distances and angles accurately. This technique employs a specialized instrument known as a theodolite, which can be equipped with a stadia rod. The principle behind stadia surveying (测距测量) is based on the concept of triangulation, where the distance to a point is determined by measuring angles from two known points. One of the main advantages of stadia surveying (测距测量) is its efficiency; it allows surveyors to cover large areas quickly and with minimal equipment.The history of stadia surveying (测距测量) dates back to the 19th century when it was developed as a way to improve the speed and accuracy of land surveying. Traditional methods often required extensive calculations and could be time-consuming, especially over large terrains. However, with the introduction of the stadia method, surveyors were able to take advantage of the principles of geometry to simplify their work.In practical terms, stadia surveying (测距测量) involves setting up the theodolite at a known point and aiming it at a stadia rod placed at the point whose distance needs to be measured. The surveyor reads the scale on the rod through the telescope of the theodolite. The distance can be calculated using the formula that relates the rod readings to the distance based on the angle of elevation or depression. This method not only provides distance measurements but also helps in determining the elevation of the terrain.Today, stadia surveying (测距测量) is commonly used in various applications such as construction, civil engineering, and even in environmental studies. Its ability to quickly gather data makes it invaluable in projects where time is of the essence. For instance, in road construction, accurate measurements are crucial for planning and execution, and stadia surveying (测距测量) provides a reliable solution.Moreover, the advent of technology has further enhanced the effectiveness of stadia surveying (测距测量). Modern instruments are equipped with electronic components that allow for digital readings, which increases precision and reduces human error. Additionally, the integration of GPS technology has made it possible to combine stadia surveying (测距测量) with geospatial data, providing even more comprehensive information for surveyors.In conclusion, stadia surveying (测距测量) remains a fundamental technique in the field of surveying and mapping. Its historical significance and continued relevance in modern practices underscore its importance. As technology evolves, so too will the methods and tools used in stadia surveying (测距测量), ensuring that it remains a vital part of the surveying profession for years to come.