Archimedean

Archimedean的音标为["ɑːrkɪmiːdɪən]，基本翻译为“阿基米德”。速记技巧可以考虑使用词根记忆法，阿基米德是古希腊数学家，他的名字首字母可以缩写为"ɑːrk"，而“米”的发音在音标中为"ɪdɪən"。通过这样的速记技巧，可以更方便地记住这个单词。

Archimedean: 源自希腊数学家阿基米德（Archimedes），这个词通常用来指代阿基米德公理或阿基米德几何学。

变化形式：名词形式为Archimedean，形容词形式为Archimedeanian。

相关单词：

Archimedes" principle（阿基米德原理）：描述物体在液体中受到的浮力与其排开液体的体积成正比。

Archimedean solid（阿基米德立体）：一种几何形状，包括球体、圆柱体和椎体等。

Archimedean force（阿基米德力）：一种理想化的力，即通过改变物体的形状或大小来改变其浮力的力。

Archimedean torque（阿基米德扭矩）：描述物体围绕其旋转轴的扭矩，与物体排开液体的体积成正比。

Archimedean point（阿基米德点）：一个点，在这一点上，一个物体可以完全浸入液体中而不会受到任何向上的浮力。

Archimedean screw（阿基米德螺旋泵）：一种水力机械，利用阿基米德原理将水从低处提升到高处。

Archimedean sphere（阿基米德球体）：一种球体，其表面上的点到球心的距离等于其半径。

Archimedean circle（阿基米德圆）：一个圆，其直径上的点到圆心的距离等于其半径。

Archimedean parallel（阿基米德平行线）：一种几何概念，指在平面上相交但不重叠的直线集合。

以上这些概念都与阿基米德公理和阿基米德几何学密切相关，它们在数学、物理学和工程学等领域都有广泛的应用。

常用短语：

1. Archimedes" principle 亚里士多德原理

2. Archimedes" principle of buoyancy 浮力原理

3. Archimedes" screw 亚里士多德螺旋泵

4. Archimedes" screw principle 螺旋泵原理

5. Archimedes" principle of displacement 置换原理

6. Archimedes" principle of lifting 重力提升原理

7. Archimedes" principle of resistance 阻力原理

双语例句：

1. The object is submerged in water and the Archimedes" principle is applied to calculate its weight. 物体被浸入水中，应用阿基米德原理来计算其重量。

2. When a cylinder is filled with water, the Archimedes" principle tells us that the weight of the liquid displaced by the cylinder equals to the weight of the cylinder itself. 当圆柱体被充满水时，阿基米德原理告诉我们圆柱体排开的水的重量等于圆柱体的重量。

3. The Archimedes" principle is used to measure the density of substances. 阿基米德原理被用于测量物质的密度。

英文小作文：

Archimedes" principle is a fundamental concept in physics that helps us understand how objects behave in liquids. It states that a body immersed in a fluid experiences an upward force that is equal to the weight of the displaced fluid.

This principle has many practical applications, such as in the design of mechanical pumps and in the measurement of density. It also helps us understand how buoyancy works in submerged objects and how objects behave differently in liquids with different densities.

For instance, a ship floats up to a certain depth in water because it displaces more water than it weighs, and this is why ships can travel on water. On the other hand, a submerged object experiences a downward force that is equal to the weight of the object itself, which is why it sinks into the liquid.

The Archimedes" principle is a powerful tool that helps us understand the world around us and how objects interact with liquids.