gyros

gyros 的音标是["gaɪərəs]。基本翻译是“陀螺仪”或“回转仪”。速记技巧可以考虑使用发音类似的单词来帮助记忆，例如使用“佳乐思”来速记。

Gyro的英文词源可以追溯到希腊语中的gyros，意为旋转。它的变化形式包括复数形式gyros，过去式形式gyrosed和现在分词形式gyrosing。

相关单词：

gyroscope：陀螺仪，一种用于测量角速度或方向的仪器，由希腊语中的gyros和skopein组合而成，意为“观察旋转”。

gyroscopic：陀螺的，与gyroscope相关，表示与旋转有关的事物。

gyrodyne：陀螺推进器，由希腊语中的gyros和dyne组合而成，意为“利用旋转产生推进力的装置”。

gyrostabilizer：陀螺稳定器，用于保持物体的稳定，由希腊语中的gyros和stabilis组合而成，意为“稳定的旋转”。

gyrocompass：陀螺罗盘，一种用于确定方向的工具，由希腊语中的gyros和compass组合而成，意为“指向旋转的磁针”。

gyroscopic gear：陀螺齿轮，一种特殊类型的齿轮，由旋转稳定性的概念衍生而来。

gyroscopic landing gear：陀螺式起落架，一种用于飞机起降的特殊起落架系统。

gyroscopic suspension：陀螺式悬挂系统，用于车辆或飞行器中保持稳定性的系统。

gyrostat：陀螺稳定器装置，一种用于保持物体稳定的设备。

以上这些单词都与gyro这个单词有着密切的联系，并且都与旋转和稳定性有关。这些单词在科技、工程和航空领域中有着广泛的应用。

常用短语：

1. gyrosystem 陀螺仪系统

2. gyroscope 陀螺仪

3. gyroscopic stabilization 陀螺稳定

4. gyroscopic effect 陀螺效应

5. gyroscopic force 陀螺力

6. gyroscopic moment 陀螺力矩

7. gyrocompass 陀螺罗盘

8. gyroscopic steering 陀螺转向

双语例句：

1. The spacecraft uses gyrosystems to maintain its orientation. (航天器使用陀螺仪系统来保持其方向。)

2. The gyroscope is a device that measures rotation and maintains its orientation. (陀螺仪是一种测量旋转并保持其方向的装置。)

3. The gyroscopic effect is a phenomenon that occurs when a spinning object is subjected to an external force. (陀螺效应是当旋转物体受到外部力作用时发生的现象。)

4. The gyroscopic moment of a spinning object is the force required to maintain its orientation. (旋转物体的陀螺力矩是保持其方向所需的力。)

5. The gyrocompass is used to determine the direction of magnetic north. (陀螺罗盘用于确定磁北极的方向。)

6. The gyroscopic steering system of a car provides precise control over the vehicle"s direction. (汽车的陀螺转向系统为车辆的方向提供了精确的控制。)

7. The use of gyros in modern technology is widespread, from space exploration to automotive engineering. (在现代技术中，陀螺的使用非常普遍，从太空探索到汽车工程。)

英文小作文：

Gyros have played an important role in technology for many years. They are used in various fields, such as space exploration, automotive engineering, and even in our daily lives. In space, gyros help maintain the orientation of spacecraft, ensuring that they are able to navigate effectively and safely through the vast expanse of space. In cars, gyros are used in steering systems to provide precise control over the direction of the vehicle, ensuring that it can be maneuvered easily and safely on roads.

Moreover, gyros have also been used to develop new technologies that have revolutionized various industries. For instance, gyrocompasses are used to determine the direction of magnetic north, providing a more accurate method of navigation than traditional methods such as the use of stars or the sun"s position in the sky. Additionally, gyros have also been used in developing gyroscopic stabilization systems, which are used in cameras, drones, and other devices to maintain their orientation during use, providing a more stable and reliable performance.

Overall, gyros have had a significant impact on technology and have opened up new possibilities for innovation and development in various fields. Their use continues to expand and develop, making a valuable contribution to modern society and technology.