含氟離子的意思、翻譯和例句

是什麼意思

「含氟離子」是指含有氟元素的離子,通常以氟化物(F⁻)的形式存在。這類離子在化學中具有重要的應用,尤其是在水處理、牙齒保健和某些工業過程中。氟化物能夠幫助預防蛀牙,並且在某些情況下可以用作消毒劑或添加劑。

依照不同程度的英文解釋

  1. An ion that contains fluorine.
  2. A type of ion that has fluorine in it.
  3. An ion made from fluorine.
  4. A negatively charged ion that includes fluorine.
  5. An ion that is derived from fluorine and has a negative charge.
  6. A negatively charged species that contains fluorine, often used in various applications.
  7. An anion formed from fluorine, commonly utilized in dental and industrial applications.
  8. An anionic form of fluorine that plays a significant role in various chemical processes.
  9. A negatively charged ion composed of fluorine, relevant in both biological and industrial contexts.
  10. An ion that consists of fluorine and is significant in chemistry and health.

相關英文單字或片語的差別與用法

1:Fluoride Ion

用法:

氟化物離子(Fluoride Ion)是氟的負離子,化學式為F⁻,廣泛用於牙科產品中以防止蛀牙。氟化物在水處理中也有應用,幫助消除水中的某些污染物。

例句及翻譯:

例句 1:

牙膏中通常含有氟化物離子以保護牙齒。

Toothpaste usually contains fluoride ions to protect teeth.

例句 2:

飲用水中的氟化物離子可以幫助減少蛀牙的風險。

Fluoride ions in drinking water can help reduce the risk of cavities.

例句 3:

氟化物離子在牙科治療中被廣泛使用。

Fluoride ions are widely used in dental treatments.

2:Fluorine Ion

用法:

氟離子(Fluorine Ion)是指氟的負離子,主要存在於氟化物中。它在化學反應中通常作為一種強氧化劑,並且在某些化學合成中發揮重要作用。

例句及翻譯:

例句 1:

氟離子在某些化學反應中起著重要的催化作用。

Fluorine ions play an important catalytic role in certain chemical reactions.

例句 2:

氟離子的化學性質使其在工業中非常有用。

The chemical properties of fluorine ions make them very useful in industry.

例句 3:

氟離子在製造特定材料時被廣泛應用。

Fluorine ions are extensively used in the production of certain materials.

3:Fluorine Anion

用法:

氟陰離子(Fluorine Anion)是氟的負電荷形式,通常在化學中表示為F⁻。它在許多化學反應中都會出現,並且對於某些生物過程也是必要的。

例句及翻譯:

例句 1:

氟陰離子在生物體內的某些過程中是必需的。

Fluorine anions are essential in certain biological processes.

例句 2:

氟陰離子在水處理中可以幫助去除有害物質。

Fluorine anions can help remove harmful substances in water treatment.

例句 3:

氟陰離子的穩定性使其在化學合成中受到青睞。

The stability of fluorine anions makes them favored in chemical synthesis.