fibre optics

fibre optics的音标为["faɪbəʊɪtɪks]，基本翻译为“纤维光学”，速记技巧为：fibre与optics组合记忆。

Fibre Optics:

英文词源: Fibre源自拉丁语“fibra”，意为纤维；Optics源自希腊语“opsis”，意为观察。

变化形式: 光学纤维(optical fiber)一词由两部分组成，光学(optical)和纤维(fiber)组成，表示光线的传输是通过纤维这种细长且透明的介质来实现的。

相关单词:

1. Fiber optic cable: 光纤电缆，是利用光纤传输光信号的电缆，具有传输容量大、损耗低、抗干扰能力强等优点。

2. Fiber-optic communication: 光纤通信，是指利用光纤作为传输介质的通信方式，广泛应用于现代通信网络。

3. Fiber-optic sensor: 光纤传感器，是一种利用光纤作为传感元件的传感器，具有灵敏度高、稳定性好、抗干扰能力强等优点，广泛应用于各种环境监测领域。

4. Optical waveguide: 光学波导，是光纤的基本组成部分，用于引导光线传播。

5. Fiber Bragg grating: 光纤布拉格光栅，是一种在光纤上形成的光学布拉格反射器，用于实现光路的调控。

6. Fiber-optic connector: 光纤连接器，是光纤间连接的设备，用于实现光信号的传输和交换。

7. Fiber-optic amplifier: 光纤放大器，是一种用于放大光信号的设备，通过掺铒光纤实现。

8. Fiber-optic switch: 光纤开关，是一种用于切换光路的设备，可以实现光路的切换、选择和调控。

9. Fiber-optic imaging: 光纤成像，是指利用光纤实现成像的技术，具有成像速度快、成像质量高等优点。

10. Fiber-optic data storage: 光纤数据存储，是指利用光纤实现数据存储的技术，具有存储容量大、稳定性好、可靠性高等优点。

常用短语：

1. optical fiber cable

2. optical fiber connector

3. optical fiber amplifier

4. optical fiber transmission

5. optical fiber repeater

6. optical fiber sensor

7. optical fiber communication system

双语例句：

1. The optical fiber cable is used for long-distance communication.

2. The optical fiber connector is easy to connect and disconnect.

3. The optical fiber amplifier can amplify the signal effectively.

4. The optical fiber transmission has a high speed and large capacity.

5. The optical fiber repeater can compensate for signal loss.

6. The optical fiber sensor can detect the change of the environment.

7. The optical fiber communication system has a wide range of applications.

英文小作文：

Fibre optics have revolutionized the world of communication, allowing faster and more efficient data transmission than ever before. Optical fiber cables are used for long-distance communication, providing high-speed internet access and seamless connectivity between different devices and systems. Optical fiber connectors are easy to use and provide reliable connections between different optical fibers. Optical fiber amplifiers can amplify signals effectively, while optical fiber repeaters can compensate for signal loss, ensuring reliable transmission of data over long distances. Additionally, optical fiber sensors can detect changes in the environment, providing real-time information about various conditions such as temperature, pressure, and vibration. All of these advancements have opened up new possibilities for communication systems and have transformed the way we live and work today.