ampliation

"Ampliation"的音标为[æmˈplaɪəns]，基本翻译为“扩大；增加；扩充”。

速记技巧：可以将单词拆分为“ampli（扩大）”和“-ation（名词后缀）”两部分，以便于记忆。同时，可以结合上下文语境进行联想记忆，例如“扩大规模”、“增加数量”等。

Ampliation的英文词源是拉丁语“amplificatio”，意为“扩大”、“增加”。它的变化形式包括“amplification”、“amplifier”、“amplitude”、“amplitude”等。

相关单词10个：

1. Amplification: 这是一个常用的英语单词，意为“放大”、“增强”。它的词源是拉丁语“amplificatio”，意为“扩大”。在现代科学和电子学中，它通常用于描述通过使用电子设备或其他技术来增强声音、图像或其他信号的过程。

2. Amplifier: 是一个电子设备，用于放大声音、图像或其他信号。它通常用于扩音器、电视和其他电子设备中。

3. Amplitude: 是一个物理学术语，用于描述波的振幅，即波峰到波谷之间的距离。

4. Amplitude modulation: 是一种无线通信技术，其中信号被调制到载波信号的振幅上，以便传输信息。

5. Amplitude-to-frequency conversion: 是一种信号处理技术，可以将模拟信号转换为频率成分。

6. Amplitude-to-phase conversion: 是一种信号处理技术，可以将模拟信号转换为相位成分。

7. Amplitude-based modulation: 是一种通信技术，其中信号被调制到载波信号的振幅和相位上。

8. Amplitude-shift keying: 是一种数字调制技术，其中信号被调制到载波信号的振幅上，以表示二进制数据。

9. Amplitude modulation/frequency modulation (AM/FM): 是一种无线通信技术，其中信号被调制到载波信号的振幅和频率上。

10. Amplitude-modulated carrier wave (AMC): 是一个在通信中使用的术语，表示被调制的载波信号，其振幅被调制以表示数据。

Ampliation的相关单词和概念在许多领域都有广泛的应用，如物理学、电子学、通信和计算机科学等。

常用短语：

1. amplification of light

2. amplification of sound

3. amplification of speech

4. signal amplification

5. amplification of data

6. amplification of information

7. amplification of knowledge

例句：

1. The microphone can amplify the sound of the concert.

2. The speaker"s amplification greatly improved the audience"s understanding of the lecture.

3. The scientist used a gene-amplification method to study the gene expression of the tumor cells.

4. The signal-amplification process greatly improves the signal-to-noise ratio.

5. The data-amplification process greatly improves the signal-to-noise ratio and allows for more accurate measurements.

6. The knowledge-amplification process helps us to learn more and understand more about the world.

7. The teacher used a visual aid to amplify the meaning of the text and make it more understandable.

英文小作文：

The importance of signal amplification in modern technology cannot be overstated. It has revolutionized many fields, such as medicine, engineering, and communication, by allowing for more precise and reliable measurements and data analysis. In medicine, for example, gene-amplification methods have greatly improved our understanding of the genetic basis of diseases and have led to more effective treatments. In engineering, signal amplification has allowed for more precise control of machines and systems, leading to greater efficiency and safety in many industries. In communication, signal amplification has allowed for the transmission of information over long distances and through noisy environments, making it possible to connect people and information from all over the world. Therefore, signal amplification is essential for modern technology and should be further developed and applied in new ways to address new challenges in the future.