colloids

colloids的音标是[ˈkɒlədaɪz]；基本翻译是胶体；速记技巧是注意不要拼写成colloid。

Colloids这个词源自拉丁语“collo”表示混合物或悬浮物，其变化形式包括名词colloid（胶体）、形容词colloidal（胶体的）和动词colloidize（使胶体化）。

相关单词：

1. Colloidal suspension（胶体悬浮物）：一种由分散的固体颗粒悬浮在液体中的物质，通常由胶体物质构成。

2. Colloidal science（胶体科学）：研究胶体物质的科学，包括其制备、性质、应用等方面的研究。

3. Colloquial（口语的）：源自拉丁语“colloquium”（讨论会），指非正式、口语化的语言或表达方式。

4. Colloid（胶体溶液）：一种由分散的固体颗粒溶解在液体中形成的溶液，通常由胶体物质构成。

5. Colloidal stability（胶体稳定性）：指胶体物质在分散体系中保持稳定的能力。

6. Colloidal technology（胶体技术）：涉及胶体物质的制备、处理、应用等方面的技术。

7. Colloid layer（胶束层）：指表面活性剂在溶液中形成的胶束层，是一种重要的胶体物质。

8. Colloid chemistry（胶体化学）：研究胶体物质的化学性质和应用的学科。

9. Colloidal particle（胶体颗粒）：指分散在液体中的固体颗粒，通常由胶体物质构成。

10. Colloidal device（胶体装置）：指用于制备、处理、分析胶体物质的装置或设备。

Colloids: Common Phrases,双语例句, and a Sample Essay

Common Phrases:

1. colloidal suspension

2. stabilized colloids

3. optical colloids

4. size-segregated colloids

5. surface-active colloids

6. inorganic colloids

7. organic colloids

双语例句:

1. The particles in this colloidal suspension are too small to be seen with the naked eye, making it a perfect material for optical colloid applications.

2. Stabilized colloids play a crucial role in many industrial processes, from cosmetics to pharmaceuticals.

3. Size-segregated colloids allow us to understand the dynamics of sedimentation and fluid flow in complex environments.

4. Surface-active colloids can be used to trap pollutants in water, making them an effective tool in environmental cleanup.

5. Inorganic colloids offer unique properties for use in high-tech applications such as solar cells and LEDs.

6. Organic colloids can serve as a platform for drug delivery and tissue engineering applications.

7. Colloidal suspensions can be used as a model system to study fundamental physical phenomena such as Brownian motion and particle aggregation.

Sample Essay:

Colloids are fascinating substances that span the gap between solids and liquids. From their use in cosmetics and pharmaceuticals to their role in environmental cleanup, colloids have a wide range of applications. Understanding colloids and their interactions is essential for developing new technologies and improving existing ones. From the smallest nanoparticles to the largest macroscopic particles, colloids offer a myriad of possibilities for future research and innovation.