clathrate的音标是[ˈklæθreɪt],基本意思是“格子状物”,也可指“格子晶体”,即“水合物晶体中包着气体的格状结晶”。速记技巧是利用谐音和形象记忆法,即“克拉申瑞特”可联想为“克拉”在给瑞特盖房子。
Clathrate:
词源:该词源自拉丁语“clathratus”,意为“用网状物覆盖”。
变化形式:复数形式“clathrates”,过去式和过去分词形式“clathrated”和“clathrated”,现在分词“clathrating”。
相关单词:
1. hydrate(水合物):一个化合物与一个或多个水分子形成稳定的化学键,称为水合物。这个词源自希腊语“hydron”,意为水。
2. gas hydrate(气态水合物):指气体被包埋在冰状结构的水合物中。
3. clathrate hydrate(格架型水合物):一种特定的水合物,其中气体分子被网状结构包围。
4. clathrate ice(包合物冰):一种含有气体分子的冰状物质,其结构类似于clathrate水合物。
5. clathrate salt(包合物盐):一种含有气体分子的盐类化合物,其结构类似于clathrate水合物。
6. clathrate lattice(包合物格子):指clathrate水合物中网状结构形成的格子状结构。
7. clathrate cage(包合物笼):指clathrate水合物中气体分子被包围的笼状结构。
8. clathrate-like(类似于包合物):指具有类似clathrate水合物结构的物质或现象。
9. clathrate-structured(clathrate-structured): 指具有clathrate水合物结构的物质或材料。
10. clathrate-like materials(类包合物材料):指具有类似clathrate结构的材料,可能包括纳米颗粒、凝胶等。
Clathrate常见短语:
1. clathrate hydrate 笼形水合物
2. clathrate salt 包合物盐
3. clathrate structure 笼形结构
4. clathrate salt formation 包合物盐形成
5. clathrate formation 包合物形成
6. clathrate hydrate reactor 笼形水合物反应器
7. clathrate hydrate storage 笼形水合物储存
例句:
1. The gas trapped in the clathrate hydrate is stable and can be used as a renewable energy source.
2. The formation of clathrate hydrate is affected by temperature and pressure, and can be easily decomposed into water and methane.
3. The clathrate hydrate is a kind of energy storage material that can be used to store and transport energy.
4. The clathrate salt is a kind of inorganic compound that can be used in the production of pharmaceuticals and other industries.
5. The formation of clathrate structure is a kind of crystallization process that can be used to produce various types of materials.
6. Clathrate hydrate storage is a new type of energy storage technology that can be used to store and transport energy efficiently and safely.
7. The use of clathrate hydrate as a renewable energy source has attracted increasing attention in recent years due to its environmental benefits and potential for reducing greenhouse gas emissions.
英文小作文:
Clathrate hydrate is a kind of energy storage material that can be used to store and transport energy efficiently and safely. It is a kind of natural gas that is trapped in a cage-like structure and can be used as a renewable energy source. Clathrate hydrate storage has the potential to revolutionize the way we use energy, reducing greenhouse gas emissions and contributing to a sustainable future for our planet. However, it also faces some challenges, such as ensuring safe and reliable storage and transportation, as well as developing new technologies to improve its efficiency and performance. In the future, we believe that clathrate hydrate will become an increasingly important part of our energy mix, contributing to a more sustainable and environmentally friendly world.