Gamma rays

Gamma rays的音标为["ɡæmə] [raɪz]，基本翻译为伽马射线。速记技巧可以考虑使用谐音记忆，即“嘎啦死”，指伽马射线具有穿透性，可以杀死细胞。

Gamma rays的英文词源：

Gamma rays的英文词源是来自希腊语中的“gamma”（伽马），代表的是一种描述波动的符号。

变化形式：复数形式为gamma rays，过去式为gamma-rayed，现在分词为gamma-raying。

相关单词：

1. Gamma-ray burst：伽马射线爆发，是宇宙中最强大的爆炸之一，通常发生在黑洞或中子星之间的相互作用。

2. Gamma-ray telescope：伽马射线望远镜，用于观测宇宙中的伽马射线源。

3. Gamma-ray physics：伽马射线物理学，研究伽马射线的性质、产生和传播。

4. Gamma-ray spectrometer：伽马射线分光计，用于测量伽马射线的能量分布，以了解物质的化学成分。

5. Gamma-ray imaging：伽马射线成像，利用伽马射线探测器阵列来创建三维图像，用于医学成像和地质学研究。

6. Gamma-ray radiation：伽马射线辐射，一种高能电磁辐射，通常来自恒星、黑洞和中子星等天体。

7. Gamma-ray burst detection：伽马射线爆发探测，是天文学研究的重要领域之一，有助于了解宇宙中极端天体的性质和演化。

8. Gamma-ray map：伽马射线地图，用于显示伽马射线源的空间分布和强度。

9. Gamma-ray therapy：伽马射线治疗，利用伽马射线杀死癌细胞的一种治疗方法。

10. Gamma-ray source：伽马射线源，可以是天然的或人为产生的，如放射性衰变、核反应等。

Gamma rays常用短语：

1. gamma-ray radiation

2. gamma-ray burst

3. gamma-ray telescope

4. gamma-ray detection

5. gamma-ray spectrum

6. gamma-ray physics

7. gamma-ray radiation therapy

双语例句：

1. The explosion produced a burst of gamma-ray radiation.

爆炸引发了伽马射线爆发的现象。

2. The gamma-ray telescope detected a new signal from a distant galaxy.

伽马射线望远镜检测到来自一个遥远星系的新信号。

3. The gamma-ray detection equipment is very sensitive and can detect very small amounts of radiation.

伽马射线探测设备非常灵敏，可以检测到非常微量的辐射。

4. The gamma-ray spectrum is used to study the composition of stars and other objects in space.

伽马射线谱被用于研究恒星和其他天体组成。

5. Gamma-ray physics is a rapidly developing field of research.

伽马射线物理学是一个快速发展的研究领域。

6. Gamma-ray radiation therapy is used to treat some types of cancer.

伽马射线放疗被用于治疗某些类型的癌症。

英文小作文：

Gamma rays are high-energy particles that are emitted by certain types of atoms when they are bombarded by high-energy particles or electromagnetic radiation, such as X-rays or ultraviolet light. Gamma rays can be used to study the composition of materials and objects in space, and they are also used in medical treatment to kill cancer cells.

One of the most exciting applications of gamma rays is in gamma-ray telescopes, which can detect very faint signals from distant galaxies and other objects in space. These telescopes allow scientists to study the composition and evolution of the universe in unprecedented detail.

In addition, gamma-ray radiation therapy has revolutionized the treatment of some types of cancer, allowing doctors to use low doses of radiation to kill cancer cells without harming healthy tissue. This treatment is particularly effective for treating brain and other deep-seated tumors, where conventional radiation therapy can be difficult to deliver accurately and safely.

Overall, gamma rays play an important role in modern science and medicine, and they continue to provide new insights into the nature of matter and the universe.