endothermal

endothermal的音标为[ɪnˈdɔːθəm(ə)l]，基本翻译为“吸热性的；吸热的”，速记技巧为“end内do热，热内do热”。

Endothermal这个词的词源可以追溯到希腊语，意为“吸收热量的”。它的变化形式包括过去式和过去分词形式的Endothermally。相关单词包括：exothermic（放热的）、endothermic（吸热的）、endotherm（吸热过程）、intramolecular endotherm（分子内吸热）、exothermic reaction（放热反应）等。

具体来说，这个词的含义是指一种化学反应或过程，其中物质从环境中吸收热量以实现其变化。这个词的应用范围广泛，包括化学、生物学、物理学等多个领域。

总的来说，Endothermal这个词在英语中是一个重要的词汇，它描述了物质吸收热量的过程，具有丰富的词源、变化形式和相关单词，为科学研究提供了有力的工具。

常用短语：

1. endothermal absorption 吸热吸收

2. endothermal reaction 吸热反应

3. endothermal heat transfer 吸热热传递

4. endothermic material 吸热物质

5. endothermic process 吸热过程

6. endothermally 吸热地

7. endothermically 吸热地

双语例句：

1. The metal absorbs heat during the endothermal process of crystallization. 金属在结晶过程中吸收热量。

2. The endothermal reaction during combustion releases a large amount of heat. 燃烧过程中的吸热反应释放出大量的热量。

3. The endothermic material in the material will absorb heat during the process of contact. 材料中的吸热物质在接触过程中会吸收热量。

4. The endothermic process of freezing will cause the temperature of the object to drop sharply. 冻结过程中的吸热过程会导致物体温度急剧下降。

5. The refrigerator works by absorbing heat through an endothermal process. 冰箱通过吸热过程工作。

6. The material used in the insulation layer is designed to endothermally absorb and store heat energy. 保温层使用的材料设计为能够吸热并储存热能。

7. The endothermal absorption of solar energy is an important source of renewable energy. 太阳能的吸热吸收是可再生能源的重要来源之一。

英文小作文：

The Endothermal World - A Journey into the Mysteries of Heat Transfer

Heat transfer is a fundamental process that pervades our world, from the simplest chemical reactions to the most complex industrial processes. Among these processes, endothermal heat transfer stands out as a unique phenomenon that absorbs energy from the surroundings, much like a living organism absorbing nutrients.

In our daily lives, we encounter endothermal phenomena in various contexts, from the absorption of heat by metals during cooling processes to the storage of solar energy by materials in solar cells. From micro-scale to macro-scale, endothermal heat transfer plays a crucial role in maintaining our world"s temperature and energy balance.

Understanding endothermal heat transfer allows us to appreciate the intricate workings of nature and engineering systems, and to design more efficient and sustainable systems for energy production, transportation, and cooling. As we delve deeper into the mysteries of heat transfer, we discover new ways to harness this fundamental process to improve our lives and our world.