chondrule

Chondrule的音标为["kɑndruːl]，基本翻译为“晶质质点”，速记技巧为“软骨（chondro）质点（rule）”。

Chondrule这个词的词源可以追溯到古希腊语中的“chondros”（软骨）和“koros”（规则）两个词。Chondrule指的是宇宙中的一种微小固体，类似于地球上的小石头或玻璃球。这个词在英语中也被广泛使用，特别是在天文学和宇宙学领域。

Chondrule的变化形式通常包括复数形式（Chondrules），过去式和过去分词（Chondruled或Chondruled），现在分词（Chondrolling）等。

相关单词方面，由于Chondrule这个词与天文学和宇宙学有关，因此可以联想到以下单词：asteroid（小行星）、meteorite（陨石）、planetesimal（小行星状物质）、cosmic dust（宇宙尘埃）等。这些单词都与天文学和宇宙学有关，与Chondrule有密切的联系。

Chondrule在英语中的使用非常广泛，特别是在天文学和宇宙学领域。它通常指的是宇宙中的微小固体，类似于地球上的小石头或玻璃球。这个词的词源可以追溯到古希腊语中的“软骨”和“规则”两个词，具有深远的历史和文化背景。同时，它与其他天文学和宇宙学相关的单词也有着密切的联系，共同构成了这个领域的重要词汇。

Chondrule常用短语：

1. chondrules and interstellar dust

2. chondrules and meteorites

3. chondrules and asteroids

4. chondrules and comets

5. chondrules and interplanetary medium

6. chondrules and solar nebula

7. chondrules and planetary formation

双语例句：

1. The chondrules in a meteorite are a unique record of the early solar system.

2. Chondrules are tiny particles that form in the dusty disk around a young star.

3. Chondrules are thought to have formed from the condensation of gas and dust in space.

4. Chondrule-rich meteorites are some of the oldest objects in our solar system.

5. The chondrules in a comet are thought to have been formed in the same way as those in a meteorite.

6. Chondrules are a key component of the solar nebula, which is thought to have played a crucial role in planetary formation.

7. Chondrules are a key part of the puzzle of how our solar system formed and evolved.

英文小作文：

Chondrules are tiny particles that play a crucial role in the formation of our solar system. They were formed from the condensation of gas and dust in space, and were a key component of the solar nebula, which is thought to have played a crucial role in planetary formation. Without chondrules, our solar system would be very different today. They also provide a unique record of the early solar system, which helps us understand how our solar system formed and evolved. In addition, chondrules and meteorites are important objects for studying the composition and history of our planetary bodies, as they can provide information about the materials that were present during the formation of our solar system.