position line by horizontal angle

简明释义

水平夹角船位线

英英释义

例句

1.In navigation, sailors often position line by horizontal angle to determine their exact location.

在航海中，水手们通常通过水平角定位线来确定他们的确切位置。

2.To create an accurate map, cartographers must position line by horizontal angle with great care.

为了制作准确的地图，制图师必须非常小心地通过水平角定位线。

3.To accurately survey the area, we need to position line by horizontal angle to ensure all measurements are precise.

为了准确测量该区域，我们需要通过水平角定位线以确保所有测量都是精确的。

4.The engineer explained how to position line by horizontal angle when setting up the new equipment.

工程师解释了在安装新设备时如何通过水平角定位线。

5.During the construction project, we will position line by horizontal angle to align the structures correctly.

在建设项目中，我们将通过水平角定位线来正确对齐结构。

作文

In the field of surveying and navigation, understanding how to accurately determine the location of a point is crucial. One of the key methods employed in this domain is to position line by horizontal angle, which refers to the technique of establishing a line or direction based on the measurement of angles in a horizontal plane. This method is particularly important when dealing with large distances or when working in areas where traditional methods may not be applicable. By utilizing a compass or theodolite, surveyors can measure the horizontal angle between two points and thereby create a reference line that can be used for further calculations.The process begins with selecting a known reference point, often referred to as a benchmark. From this point, surveyors will take measurements to various other points of interest. The ability to position line by horizontal angle allows them to create a network of points that can be accurately mapped. This is essential not only for creating detailed maps but also for construction projects, land division, and various engineering applications.One significant advantage of using the horizontal angle method is its precision. Unlike vertical measurements, which can be influenced by factors such as elevation changes, horizontal angles remain consistent over distances. This reliability makes it easier to ensure that all measurements align correctly, which is vital for ensuring the integrity of any project based on these measurements.Moreover, modern technology has enhanced the ability to position line by horizontal angle. With the advent of electronic theodolites and GPS technology, surveyors can now achieve even greater accuracy and efficiency. These tools allow for quick calculations and real-time adjustments, making it possible to cover larger areas in a fraction of the time it would have taken with manual methods.In practical applications, the technique of position line by horizontal angle is utilized in various scenarios. For instance, in urban planning, it helps in determining the layout of streets and buildings. In agriculture, it can assist in mapping out fields for irrigation or planting crops. Additionally, in environmental studies, this method is used to assess land use and environmental impact by providing accurate geographical data.Furthermore, understanding how to position line by horizontal angle is not just limited to professionals in surveying; it is also beneficial for students and enthusiasts who wish to explore the fields of geography, engineering, and environmental science. Learning this skill can open up numerous opportunities in various industries, as the demand for precise geographical information continues to grow.In conclusion, the ability to position line by horizontal angle is a fundamental skill in surveying and navigation that plays a critical role in many aspects of modern life. Whether it is for construction, urban planning, or environmental management, the techniques developed around measuring horizontal angles provide a level of accuracy and reliability that is indispensable. As technology continues to evolve, so too will the methods of positioning lines by angles, ensuring that this skill remains relevant and essential for future generations of surveyors and engineers.

在测量和导航领域，准确确定一个点的位置至关重要。该领域采用的关键方法之一是通过水平角定位线，这指的是基于在水平面上测量角度来建立一条线或方向的技术。这种方法在处理大距离或在传统方法可能不适用的区域时尤为重要。通过使用罗盘或经纬仪，测量员可以测量两个点之间的水平角，从而创建一个参考线，可用于进一步的计算。这个过程始于选择一个已知的参考点，通常称为基准点。从这个点出发，测量员将对多个其他感兴趣的点进行测量。能够通过水平角定位线使他们能够创建一个可以准确映射的点网络。这不仅对创建详细地图至关重要，而且对建筑项目、土地划分和各种工程应用也至关重要。使用水平角方法的一个显著优势是其精确性。与可能受到高程变化等因素影响的垂直测量不同，水平角在距离上保持一致。这种可靠性使得确保所有测量正确对齐变得更加容易，这对于确保基于这些测量的任何项目的完整性至关重要。此外，现代技术增强了通过水平角定位线的能力。随着电子经纬仪和GPS技术的出现，测量员现在可以实现更高的准确性和效率。这些工具允许快速计算和实时调整，使得在短时间内覆盖更大的区域成为可能。在实际应用中，通过水平角定位线的技术被用于各种场景。例如，在城市规划中，它有助于确定街道和建筑物的布局。在农业中，它可以协助绘制灌溉或种植作物的田地。此外，在环境研究中，该方法用于通过提供准确的地理数据来评估土地使用和环境影响。此外，理解如何通过水平角定位线不仅限于测量专业人员；它对希望探索地理、工程和环境科学领域的学生和爱好者也是有益的。学习这项技能可以为各个行业打开无数机会，因为对精准地理信息的需求不断增长。总之，通过水平角定位线的能力是测量和导航中的一项基本技能，在现代生活的许多方面发挥着关键作用。无论是用于建筑、城市规划还是环境管理，围绕测量水平角开发的技术提供了一种不可或缺的准确性和可靠性。随着技术的不断发展，通过角度定位线的方法也将不断演变，确保这一技能在未来几代测量员和工程师中仍然相关且必不可少。