Axonometric的音標(biāo)為["?ks?n?,n?m?t?k] ，基本翻譯為“軸測投影圖”，速記技巧為：利用字母“a”和“n”的形狀，像“a”一樣的是正投影，像“n”的是側(cè)投影。

Axonometric這個詞源于希臘語，由“axon”和“ometria”兩個詞組成。“Axon”意為“軸”，而“ometria”意為“測量”。因此，axonometric這個詞的意思是“軸測的”。

變化形式：在英語中，axonometric的形式?jīng)]有變化。

相關(guān)單詞：

1. Axonometry - 軸測法，一種測量技術(shù)，用于在三維空間中測量物體的形狀和尺寸。

2. Orthonometric - 正軸測的，與axonometric相反，表示使用正軸測投影的圖像或設(shè)計(jì)。

3. Paraxonometry - 平行軸測法，一種軸測投影的方法，其中所有軸測線都平行。

4. Paraxonometric projection - 平行軸測投影，一種在二維空間中表示三維物體的方法。

5. Axonometric projection - 軸測投影，一種在三維空間中表示物體形狀的方法。

6. Axonometric design - 軸測圖設(shè)計(jì)，一種建筑設(shè)計(jì)或機(jī)械設(shè)計(jì)的方法。

7. Axonometric perspective - 軸測透視，一種在軸測圖中表示物體與背景關(guān)系的方法。

8. Axonometric sketch - 軸測草圖，一種快速繪制物體形狀的草圖方法。

9. Axonometric measurement - 軸測測量，在軸測圖中進(jìn)行尺寸和距離測量。

10. Axonometric drawing - 軸測圖，一種在圖紙上表示三維物體形狀的方法。

以上這些單詞都與axonometric這個詞有關(guān)，涵蓋了其不同的應(yīng)用和解釋。

Axonometric:

常用短語：

1. axonometric projection

2. axonometric view

3. axonometric projection plane

4. axonometric projection angle

5. axonometric perspective

6. axonometric perspective effect

7. axonometric representation

例句：

1. The axonometric projection of a building shows its three-dimensional structure clearly.

2. The axonometric view of the city at night is a beautiful sight.

3. The axonometric projection plane is perpendicular to the ground plane.

4. The axonometric projection angle determines how much of the building is visible in the projection.

5. The axonometric perspective effect creates the illusion of depth in the image.

6. Axonometric representations are commonly used in architectural and urban planning documents.

7. This building is well represented in axonometric view because it has a clear and simple structure.

英文小作文：

Title: Axonometric Projection - A Visual Tool for Understanding Three-Dimensional Objects

Axonometric projection is a type of projection technique that allows us to visualize three-dimensional objects in two dimensions, providing a clear and simple representation of their structure and spatial relationships. It is commonly used in architectural and urban planning documents, where it helps us understand the layout and design of buildings, streets, and urban spaces.

Through axonometric projection, we can see how objects are arranged in space, how they overlap, and how their shapes and sizes are reflected in the projection. This technique creates the illusion of depth in the image, giving us a better understanding of the three-dimensional structure of the object. It also allows us to see details that would otherwise be hidden from view, providing a more comprehensive understanding of the object"s design and functionality.

In conclusion, axonometric projection is a valuable tool for understanding three-dimensional objects and their relationship with their environment. It provides a clear and simple representation of their structure and spatial relationships, creating the illusion of depth and allowing us to see details that would otherwise be hidden from view.