geodesical

geodesical的音标为[ˌdʒiːəˈdɪsɪkl]，基本翻译为“测地学的”。

速记技巧：将“geodesical”拆分为“geo”（表示地理）和“disical”（谐音“地系学”）两部分，便于记忆。

Geodesical这个词源自拉丁语，意为“在地面上移动的”。它的变化形式包括名词geodesia（大地测量学）和形容词geodesic（大地测量的）。

相关单词：

1. geodesical map（大地测量图）：一种用于表示地球表面几何形状和特征的地图。

2. geodesical instrument（大地测量仪器）：用于测量地球表面几何特征的工具。

3. geodesical survey（大地测量调查）：对地球表面进行测量和绘图的过程。

4. geodesical sphere（大地测球）：一种用于表示地球表面的球体模型。

5. geodesics（大地线）：在地球表面上连接两个地点的直线。

6. geodesy（大地测量学）：研究地球形状、大小和表面特征的科学。

7. geodetics（地面测量学）：与大地测量学相关的技术，包括使用各种仪器进行地形和地貌的测量。

8. geodetician（大地测量师）：从事大地测量工作的专业人员。

9. geodetic（大地测量的）：与大地测量相关的，用于测量地球表面的技术或方法。

10. geodetical（与大地测量相关的）：与大地测量学相关的，用于描述地球表面的术语或技术。

以上这些单词都与大地测量学和地球表面几何特征有关，是地理学和测绘学中的重要概念和工具。

常用短语：

1. geodesical distance（大地距离）

2. geodesical survey（大地测量）

3. geodesic sphere（大地球体）

4. geodesic line（大地线）

5. geodesic arc（大地弧）

6. geodesic element（大地元素）

7. geodesic triangle（大地三角形）

双语例句：

1. The geodesical survey team measured the distance between two cities with great precision.

2. The geodesic sphere is a mathematical model of the Earth"s surface.

3. The geodesic line between two points represents the shortest path between them.

4. The geodesic arc is a continuous measurement of the distance along the geodesic line.

5. The geodesic triangle is a basic geometric shape used in geodesy.

6. The geodesic element is a fundamental unit used in the measurement of the Earth"s surface.

7. The accuracy of our data is determined by the precision of our geodesical measurements.

英文小作文：

Title: The Role of Geodesics in Modern Geodesy

Geodesics play a crucial role in modern geodesy, a discipline that studies the Earth"s shape and size, as well as its surface features and movements. They are fundamental tools for measuring distances, angles, and areas on the Earth"s surface, and are widely used in surveying, mapping, and infrastructure planning.

Geodesics are mathematical curves that represent the shortest possible paths between two points on the Earth"s surface, and are commonly used to measure distances and angles between points on the surface of the Earth. They are also used to calculate the shape of the Earth, which is essential for understanding its size, rotation, and other fundamental properties.

In modern geodesy, geodesics are commonly used in satellite positioning systems such as GPS, which rely on precise measurements of distances between satellites and ground receivers to determine precise locations on the Earth"s surface. Geodesics also play a key role in monitoring natural resources, such as water and soil, and in environmental monitoring, where they are used to measure changes in landforms and terrain over time.

In conclusion, geodesics are essential tools in modern geodesy, which plays a crucial role in many aspects of society, from navigation to infrastructure planning to environmental monitoring.