gyroscopic

gyroscopic的音标为[ˌgaɪrəʊˈsɪpɪk] ，基本翻译为“陀螺的；陀螺仪的；受陀螺影响的”，速记技巧为“gyro 陀螺，scopic看”。

Gyroscopic这个词源自希腊语词根gyros，意为旋转，以及后缀-scopic，表示观察。所以这个词整体的意思就是旋转观察的。

变化形式：在词尾加-ic或-ous，如gyroscopic（旋转的）和gyroscope（陀螺仪）。

相关单词：

1. gyroscope：陀螺仪 - 一种用于测量和保持物体在特定方向上的设备，通常用于航空和航海。

2. precession：前移 - 陀螺仪的运动方式，它可以使一个物体在没有外部力量的情况下旋转并保持平衡。

3. oscillation：摇摆 - 陀螺仪的另一个重要特性，它描述了物体在旋转时的振荡行为。

4. gyroscopic：陀螺的 - 这个词用来描述旋转物体具有的性质或行为。

5. gyrokinetics：陀螺动力学 - 描述旋转物体运动的物理学分支。

6. gyrocompass：陀螺罗盘 - 利用陀螺仪来保持方向的一种设备。

7. gyrostabilization：陀螺稳定 - 通过使用陀螺仪来保持物体的稳定性的技术。

8. gyrodyne：陀螺涡轮 - 一种利用陀螺仪来控制推进力的设备。

9. gyrostat：陀螺稳定器 - 一种保持平衡的设备，通常用于建筑物的支撑。

10. gyrokinetics：自旋流体动力学 - 描述自旋物体在流体中的运动的物理学分支。

常用短语：

1. gyroscopic stabilization

2. gyroscopic effect

3. gyroscopic balance

4. gyroscope rotation

5. gyroscopic motion

6. gyroscopic platform

7. gyroscopic torque

例句：

1. The helicopter"s gyroscopic effect helps to maintain its stability in flight.

2. The gyroscope is a device that can maintain a constant orientation in the face of external forces.

3. The gyroscopic balance ensures that the carousel remains upright even when the horses move.

4. The gyroscope rotation is a fundamental property of the gyroscope that describes its ability to rotate around its axis.

5. The gyroscopic motion of a spinning top can be used to levitate it above the ground.

6. The gyroscopic torque is a measure of the rotational force generated by a gyroscope.

7. The use of a gyroscope in space navigation is an example of its application in real-world scenarios.

英文小作文：

Gyroscopic Technology: A Unique Tool for Navigation and Stability

Gyroscopic technology has been used for centuries to maintain stability and navigation in challenging environments. From the helicopter"s gyroscopic effect to the use of gyroscopes in space navigation, this unique tool has revolutionized many fields of endeavor.

From the early days of aviation, when helicopters relied on their gyroscopic effect to maintain stability in flight, to modern applications such as the use of gyroscopes in satellite navigation systems, this technology has played a crucial role in ensuring safe and reliable operations in extreme environments.

Moreover, gyroscopic technology is not limited to external applications. Internal gyroscopic mechanisms can be used to create self-stabilizing systems, such as gyroscopic platforms that can be used for precise measurement and sensing, or for applications such as robotics and artificial intelligence where precise motion and stability are essential.

In conclusion, gyroscopic technology is a versatile and powerful tool that has revolutionized many fields of endeavor, from aviation and space exploration to new emerging applications in robotics and artificial intelligence. Its unique properties and capabilities make it an essential tool for achieving our goals and objectives in today"s rapidly changing world.