ClO3-的意思、翻譯和例句

是什麼意思

ClO3- 是氯酸根離子,化學式為 ClO3 的陰離子。它由一個氯原子和三個氧原子組成,帶有一個負電荷。氯酸根在化學中常見於氯酸(HClO3)及其鹽類中,這些鹽類被稱為氯酸鹽。氯酸根在工業上有多種用途,包括用於製造漂白劑、消毒劑以及在化學合成中的應用。

依照不同程度的英文解釋

  1. A part of a chemical compound that has a negative charge.
  2. A group of atoms that includes chlorine and oxygen.
  3. A negatively charged ion made of chlorine and oxygen.
  4. An ion that is commonly found in certain acids and salts.
  5. A polyatomic ion that is used in various chemical reactions.
  6. A chlorate ion that plays a role in oxidation reactions.
  7. A chemical species that can participate in redox reactions.
  8. An ion that can be involved in various chemical processes and reactions.
  9. A polyatomic ion with significant applications in industrial chemistry.
  10. A negatively charged ion that is important in the study of chemistry.

相關英文單字或片語的差別與用法

1:Chlorate ion

用法:

氯酸根離子是由一個氯原子和三個氧原子組成的陰離子,化學式為 ClO3-。它在許多化學反應中扮演著重要角色,尤其是在氧化反應中。氯酸根在農業上也常用於製造除草劑和漂白劑。

例句及翻譯:

例句 1:

氯酸根離子在某些化學反應中是非常活躍的。

The chlorate ion is very reactive in certain chemical reactions.

例句 2:

我們在實驗中使用了氯酸根離子來測試其氧化性。

We used the chlorate ion in the experiment to test its oxidizing properties.

例句 3:

氯酸根離子是許多化學合成的關鍵成分。

The chlorate ion is a key component in many chemical syntheses.

2:Chlorine trioxide

用法:

雖然氯酸根離子不直接等同於氯三氧化物,但它涉及到氯的氧化狀態和氧的數量。氯三氧化物是一種不穩定的化合物,並且在化學反應中可能會形成。

例句及翻譯:

例句 1:

氯三氧化物在某些反應中可以生成。

Chlorine trioxide can be generated in certain reactions.

例句 2:

雖然氯三氧化物不常見,但它在某些化學過程中是重要的。

Although chlorine trioxide is not common, it is important in some chemical processes.

例句 3:

研究氯三氧化物的穩定性對於化學合成至關重要。

Studying the stability of chlorine trioxide is crucial for chemical synthesis.

3:Chlorine oxoanion

用法:

氯酸根離子屬於氯的氧陰離子類別,這些陰離子在化學中有著廣泛的應用。氧陰離子通常具有氧和其他元素的組合,並且在許多化學反應中發揮重要作用。

例句及翻譯:

例句 1:

氯酸根離子作為氯的氧陰離子之一,具有多種用途。

The chlorate ion, as one of the chlorine oxoanions, has various applications.

例句 2:

了解氯的氧陰離子有助於我們掌握其化學行為。

Understanding chlorine oxoanions helps us grasp their chemical behavior.

例句 3:

在化學中,氧陰離子的特性對於研究其反應性至關重要。

In chemistry, the properties of oxoanions are crucial for studying their reactivity.