geodesist的音標為[?di????z?z?st],基本翻譯為“地質力學”。
速記技巧:將該單詞拆分,其中geo-表示“地球”,-dynamics表示“動力學”,組合起來即為研究地球動力學的學科。
Geodesist(地引力)這個詞源于希臘語詞根“geo”(土地)和“desmos”(連接)結合而成,意為“地球引力理論”。
變化形式:名詞形式為geodesics(地線),動詞形式為geodesize(沿地線移動)。
相關單詞:
1. Geodesic Dome(地線球體):一種由地線構成的圓形結構,通常用于建筑和空間設計。
2. Geodesic Map(地線圖):一種基于地線原理的地圖,可以顯示地形的高程和變化。
3. Geodesic Analysis(地線分析):一種用于分析地球引力場的方法。
4. Geodesic Sphere(地線球):一種由地線構成的三維物體,類似于地球的形狀。
5. Geodesic Network(地線網絡):一種用于描述地形或結構中地線分布的系統。
6. Geodesic Dust(地線塵埃):一種假設存在的粒子,它們在地線中傳播并影響地球引力場的分布。
7. Geodesic Wave(地線波):一種在地線中傳播的波動,可以影響地球引力場的分布。
8. Geodesic Corridor(地線走廊):一種在地線上形成的通道,通常用于描述地形或結構的特定區域。
9. Geodesic Tension(地線張力):指在地球引力場中,物體在地線上產生的張力。
10. Geodesic Theory(地線理論):一種綜合了地球引力、物理和幾何學的理論,用于解釋地球引力場的性質和分布。
常用短語:
1. geodesic distance(歐氏距離)
2. geodesic sphere(測地球)
3. geodesic line(測地線)
4. geodesic triangle(測地三角形)
5. geodesic sphere packing(測地球填充)
6. geodesic graph(測地圖)
7. geodesic flow(測地流)
雙語例句:
1. The geodesic distance between two points is the shortest distance on the surface of the sphere.(兩點之間的測地距離是球面上的最短距離。)
2. The geodesic sphere packing demonstrates the efficiency of the packing method.(測地球填充展示了填充方法的效率。)
3. The geodesic line follows the shortest path between two points on the surface of the sphere.(測地線遵循球面上的兩點之間的最短路徑。)
4. The geodesic triangle is a triangle formed by three points on the surface of the sphere.(測地三角形是由球面上的三個點形成的三角形。)
5. The geodesic flow describes the motion of particles on the surface of the sphere.(測地流描述了球面上的粒子的運動。)
6. The geodesic graph represents the interconnection of points on the surface of the sphere.(測地圖表示球面上的點的相互關系。)
7. The geodesic flow on a curved surface is a complex problem that requires advanced mathematical tools.(在彎曲表面上測地流是一個復雜的問題,需要高級數學工具。)
英文小作文:
Title: The Beauty of Geodesics on a Sphere
The geodesic system on a sphere is a fascinating concept that brings together geometry and topology in a beautiful way. From the simplest distance measure to complex patterns formed by multiple points, geodesics on a sphere reveal a world full of intricate details and fascinating patterns.
From two points on the surface of the sphere, the geodesic distance defines the shortest path between them, while the geodesic line follows this shortest path. Together, they form a complete picture of the relationship between two points, highlighting their proximity and connection.
Moreover, the geodesic triangle, formed by three points on the sphere, is another beautiful geometric construct that demonstrates how three seemingly unrelated points can form a well-defined shape with specific properties. The geodesic flow, describing the motion of particles on the surface of the sphere, is another complex phenomenon that requires advanced mathematical tools to understand.
In summary, geodesics on a sphere are a beautiful example of how geometry and topology can come together to form complex patterns and relationships that reveal a world full of hidden beauty and complexity.
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