stadia measurement

简明释义

视距测量

英英释义

例句

1.Using stadia measurement, the team calculated the height of the building from a safe distance.

该团队使用测距仪测量从安全距离计算建筑物的高度。

2.The engineer used stadia measurement to determine the distance to the construction site.

工程师使用测距仪测量来确定到施工现场的距离。

3.The stadia measurement technique allows surveyors to measure distances without direct line of sight.

该测距仪测量技术使测量员能够在没有直接视线的情况下测量距离。

4.In surveying, stadia measurement is crucial for establishing accurate topographical maps.

在测量中，测距仪测量对于建立准确的地形图至关重要。

5.By employing stadia measurement, they were able to quickly assess the land area needed for the new park.

通过采用测距仪测量，他们能够快速评估新公园所需的土地面积。

作文

Stadia measurement is a surveying technique that has been used for centuries to determine distances and elevations. This method utilizes a specialized instrument known as a theodolite or a transit, which allows surveyors to take precise angular measurements. The term 'stadia' comes from the Latin word 'stadium,' which refers to a unit of distance. In modern surveying, stadia measurement involves the use of a horizontal line of sight and a graduated rod placed at the point being measured. By measuring the angle of elevation or depression to the rod and knowing the distance between the instrument and the rod, surveyors can calculate the height of the object or the distance to it. This technique is particularly useful in areas where traditional methods may be impractical due to terrain or obstacles.One of the significant advantages of stadia measurement 测距法 is its efficiency. Unlike other surveying methods that may require extensive setup or additional equipment, stadia measurement 测距法 can often be completed quickly with minimal tools. This speed makes it an attractive option for various applications, including construction, land surveying, and even in fields like forestry and environmental studies. For instance, when surveying a large tract of land, a surveyor can quickly obtain necessary measurements without the need to traverse the entire area on foot, saving both time and resources.Moreover, stadia measurement 测距法 is known for its accuracy when performed correctly. The precision of the readings depends on several factors, including the quality of the instruments used, the skill of the surveyor, and the conditions under which the measurements are taken. To ensure the best results, surveyors must be well-trained and experienced in using the equipment and interpreting the data. They also need to consider environmental factors such as weather conditions, visibility, and the stability of the ground, all of which can affect the accuracy of the measurements.In addition to its practical applications, stadia measurement 测距法 also has historical significance. It was widely used in the early days of engineering and architecture, helping to lay the foundations for many of the structures we see today. Even as technology has advanced, with the advent of GPS and laser scanning, the principles behind stadia measurement 测距法 remain relevant. Many surveyors still utilize this technique alongside modern methods to enhance their accuracy and reliability.In conclusion, stadia measurement 测距法 is a vital tool in the field of surveying that combines efficiency and accuracy. Its historical roots and continued relevance in contemporary practice highlight its importance in various industries. As we continue to develop new technologies and methodologies, understanding traditional techniques like stadia measurement 测距法 enriches our knowledge and enhances our ability to perform precise measurements in diverse environments. Whether for land development, environmental assessments, or architectural planning, mastering stadia measurement 测距法 remains an essential skill for surveyors and engineers alike.