fluosilicate的音标为[fluːˈsɪsɪlɪˌkæt] ,翻译为"氟硅酸盐"。
速记技巧:根据发音规律,我们可以将该词分解为“flu-so-silic-ate”四个部分,其中“flu”表示“氟”,“so”可以理解为“硅酸”,“silicate”表示“硅酸盐”。因此,可以将该词速记为“氟硅酸盐”。
Fluosilicate这个词来源于拉丁语fluere(流动)和silicum(硅)。它的意思是“硅的溶液”,通常用来描述含有硅的化合物。
变化形式:
Fluosilicate的复数形式是fluosilicates。
Fluosilicate的过去式和过去分词是fluosilicated,现在分词是fluosilicating。
相关单词:
1. Fluorite(萤石) - 一种常见的矿物,含有氟化钙,是一种常见的fluosilicate。
2. Silica(硅酸盐) - 一种常见的岩石和矿物,是由硅和氧组成的化合物。
3. Silicic(硅质) - 用来描述含有硅的岩石或矿物。
4. Fluorosilicate(氟硅酸盐) - 一种化学物质,由氟和硅酸盐组成。
5. Fluorescent(荧光) - 一种发光现象,通常由荧光物质在受到激发时产生。
6. Fluorescent lamp(荧光灯) - 一种利用荧光物质的电光源。
7. Silicofluoride(硅氟化物) - 一种化学物质,由硅和氟化物组成。
8. Fluoro-(氟-) - 一种前缀,用来描述含有氟的物质或现象。
9. Silicofluorination(氟硅烷基化) - 一种化学反应,用于将氟和硅原子连接到其他分子上。
10. Silico-(硅-) - 一种前缀,用来描述含有硅的物质或现象。
以上这些单词都与fluosilicate这个词有直接或间接的联系,它们在化学、矿物学、材料科学和电光源等领域都有广泛的应用。
常用短语:
1. fluosilicate acid
2. fluosilicate salt
3. fluosilicate solution
4. fluosilicate glass
5. fluosilicate paste
6. fluosilicate coating
7. fluosilicate filter
例句:
1. The fluosilicate solution is used to dissolve the mineral ore.
2. The fluosilicate glass is used as a protective coating for the optical lens.
3. The fluosilicate paste is used to seal the joints of the metal pipes.
4. The fluosilicate filter can effectively remove the impurities in the air.
5. The fluosilicate salt is a common chemical material in the laboratory.
6. The use of fluosilicate acid has been increasing in recent years due to its wide range of applications.
7. The production process of the fluosilicate glass requires high-tech equipment and skilled personnel.
英文小作文:
Fluosilicate Glass: A Key Component in Modern Technology
Fluosilicate glass, a versatile material with unique properties, plays a crucial role in various fields of modern technology, including optics, electronics, and microelectronics. It is commonly used as a protective coating for optical lenses, a sealing material for metal pipes, and a filter material for removing impurities from air and water. Fluosilicate glass is also widely used in high-tech equipment such as solar cells and semiconductor devices due to its excellent thermal stability and chemical resistance.
The production of fluosilicate glass requires high-tech equipment and skilled personnel, making it a highly specialized field. However, with the continuous development of technology, fluosilicate glass has become increasingly important in various fields, making it a key component in modern technology.