(NH₄)⁺的意思、翻譯和例句

是什麼意思

「(NH₄)⁺」是氨根離子(Ammonium ion)的化學式,表示一個氮原子和四個氫原子組成的陽離子。這個離子在化學中常見於許多化合物中,特別是在無機化學和生物化學中。氨根離子是由氨(NH₃)在水中質子化而成,帶有正電荷。氨根離子可以與其他陰離子結合形成鹽類,例如氯化銨(NH₄Cl)。

依照不同程度的英文解釋

  1. A positive ion made of nitrogen and hydrogen.
  2. A charged molecule that is important in chemistry.
  3. A compound that can form salts.
  4. A cation derived from ammonia.
  5. A positively charged ion that plays a role in biological processes.
  6. An ion that is crucial in various chemical reactions.
  7. A nitrogen-containing ion that can participate in acid-base reactions.
  8. An ammonium ion that can combine with anions to form salts.
  9. A quaternary nitrogen compound that serves as a key species in nitrogen metabolism.
  10. A positively charged ion often found in fertilizers and biological systems.

相關英文單字或片語的差別與用法

1:Ammonium ion

用法:

氨根離子是氮和氫的組合,常見於許多化學反應中,特別是在無機化學和生物化學中。它是由氨分子質子化而成,並且在水中是穩定的。氨根離子在農業中也非常重要,因為它是植物生長所需的氮源之一。

例句及翻譯:

例句 1:

氨根離子是許多肥料中的主要成分。

The ammonium ion is a key component in many fertilizers.

例句 2:

在水溶液中,氨根離子可以與其他陰離子結合形成鹽。

In aqueous solution, the ammonium ion can combine with other anions to form salts.

例句 3:

氨根離子在生物體內的氮代謝中扮演著重要角色。

The ammonium ion plays a crucial role in nitrogen metabolism within living organisms.

2:Cation

用法:

陽離子是帶正電的離子,氨根離子就是一種陽離子。陽離子在化學反應中經常與陰離子結合形成中性化合物。它們在電解質溶液中也常見,對於導電性和化學反應非常重要。

例句及翻譯:

例句 1:

氨根離子是最常見的陽離子之一。

The ammonium ion is one of the most common cations.

例句 2:

在化學中,陽離子通常與陰離子結合形成鹽。

In chemistry, cations usually combine with anions to form salts.

例句 3:

陽離子在溶液中的移動對於導電性至關重要。

The movement of cations in a solution is crucial for conductivity.

3:Nitrogen compound

用法:

氮化合物是以氮為基礎的化學物質,氨根離子就是一種氮化合物。氮化合物在環境中扮演著重要角色,特別是在土壤和水體的營養循環中。這些化合物對於植物生長和生態系統的健康至關重要。

例句及翻譯:

例句 1:

氮化合物在農業中用作肥料以促進植物生長。

Nitrogen compounds are used as fertilizers in agriculture to promote plant growth.

例句 2:

氨根離子是一種重要的氮化合物,對生態系統有重要影響。

The ammonium ion is an important nitrogen compound that has significant impacts on ecosystems.

例句 3:

水中的氮化合物濃度過高可能導致水質惡化。

High concentrations of nitrogen compounds in water can lead to water quality deterioration.