desorbed

"desorb" 的音标为 [dɪˈzɔːb]，意思是“脱吸”。基本翻译为“脱吸”，即从吸附剂中释放气体或液体物质的过程。

速记技巧：这个单词的发音可以通过将每个音节分开来记忆。前缀 "de-" 表示 "离开"，词根 "sorb" 表示 "吸收"，后缀 "-eb" 表示 "被吸收者"。因此，整个单词可以速记为 "离开被吸收"。

希望以上信息对您有帮助。如有其他疑问，欢迎继续提问。

"Desorb"这个词的词源可以追溯到拉丁语"desorbere"，意为“分离、脱离”。它的变化形式包括过去式"desorbited"，现在分词"desorbing"，以及形容词"desorbent"。

相关单词：

1. Desorption（解吸）：这个词指的是物质从吸附剂上脱离的过程。

2. Desorbility（脱附性）：描述物质的特性，即其在特定条件下容易从吸附剂上脱离的性质。

3. Desorbing（脱附）：指物质从吸附剂上脱离的过程。

4. Desorbent（脱附剂）：用于帮助物质从吸附剂上脱离的物质。

5. Desorbed（被解吸的）：被脱附的物质的状态。

6. Desorbed Carbon（解吸碳）：在化学过程中被解吸的碳。

7. Desorption（解吸）：物质从固体表面脱离的过程。

8. Desorptive（脱附的）：描述物质的性质，即容易从固体表面脱离的性质。

9. Desorptional（脱附的）：用于描述与脱附过程相关的过程或技术。

10. Desorptional Analysis（脱附分析）：一种化学分析技术，用于研究物质的吸附和脱附行为。

常用短语：

1. desorb from

2. desorb into

3. desorb at a higher temperature

4. desorb slowly

5. desorb completely

6. desorb under vacuum

7. desorb at a lower temperature

例句：

1. The sample was desorbed from the surface using a hot air gun.

2. The material was desorbed into the gas phase and then collected in a container.

3. The sample was desorbed at a higher temperature to ensure complete release of the analyte.

4. The polymer slowly desorbed over time.

5. The solvent was removed by evaporation and then the sample was desorbed completely.

6. The sample was desorb under vacuum to ensure accurate measurement of the analyte concentration.

7. The sample was desorbed at a lower temperature to avoid damage to the sample.

英文小作文：

Title: Desorption and its Applications

Desorption is a process in which a substance is released from a surface or matrix, usually due to the application of energy or a change in temperature or pressure. This process is widely used in various fields, including chemistry, biology, and materials science.

In chemistry, desorption is commonly used to analyze chemical compounds on a surface using various techniques, such as mass spectrometry or nuclear magnetic resonance. By desorbing the surface-bound compounds, it is possible to obtain information about their structure and composition, which can be used for various purposes, such as identifying unknown substances or studying chemical reactions.

In biology, desorption is used to analyze biological samples, such as cells or tissues, for various purposes, including studying the composition and structure of cells, identifying pathogens, or studying the effects of drugs or other substances on living systems.

In materials science, desorption is used to study the properties of materials, such as polymers or ceramics, and to evaluate their performance under various conditions, including high temperatures or extreme environments. By studying the desorption behavior of materials, it is possible to design materials with improved properties and better performance under various conditions.

Desorption is a fundamental process in many fields and has numerous applications in various contexts, from basic research to applied technology. Understanding and controlling desorption behavior can have significant impacts on various fields and can lead to advances in various areas of science and technology.