氨根陽離子的意思、翻譯和例句

是什麼意思

「氨根陽離子」是指氨根(NH₄⁺)所形成的陽離子。它是氨(NH₃)在水中與質子(H⁺)結合後形成的。氨根陽離子在化學反應中常作為一種重要的鹼性離子,並且在許多生物化學過程中扮演著關鍵角色,如氮循環。

依照不同程度的英文解釋

  1. A positive ion formed from ammonia.
  2. A type of ion that comes from ammonia.
  3. An ion that has a positive charge and is related to ammonia.
  4. A positively charged ion that is created when ammonia gains a hydrogen ion.
  5. A cation produced when ammonia accepts a proton.
  6. A cation formed from ammonia that plays a significant role in biological and chemical processes.
  7. A positively charged ion derived from ammonia that is crucial in various chemical reactions.
  8. A nitrogen-containing cation that is formed from ammonia and is significant in many chemical contexts.
  9. A nitrogenous cation resulting from the protonation of ammonia, essential in both environmental and biological systems.
  10. A positively charged ion that originates from ammonia, important in many chemical and biological processes.

相關英文單字或片語的差別與用法

1:Ammonium ion

用法:

氨根陽離子的正式名稱,常用於化學和生物學的討論中。它在許多化學反應中扮演重要角色,特別是在氮循環和肥料的製作中。

例句及翻譯:

例句 1:

氨根陽離子在土壤中是植物生長的重要營養來源。

The ammonium ion is an important nutrient source for plant growth in the soil.

例句 2:

這種化合物釋放出氨根陽離子,對水質有影響。

This compound releases ammonium ions, which affect water quality.

例句 3:

在化學實驗中,我們需要測量氨根陽離子的濃度。

In the chemistry experiment, we need to measure the concentration of ammonium ions.

2:NH4+

用法:

氨根陽離子的化學式,簡便的表示方式,常見於化學方程式和科學文獻中。這個符號用於快速識別氨根陽離子及其反應特性。

例句及翻譯:

例句 1:

在反應中,NH4+的濃度會影響產物的形成。

In the reaction, the concentration of NH4+ will affect the formation of products.

例句 2:

我們在分析中發現NH4+的存在。

We found the presence of NH4+ in our analysis.

例句 3:

這種反應會生成NH4+作為副產品。

This reaction will generate NH4+ as a byproduct.

3:Cation from ammonia

用法:

描述氨根陽離子的另一種方式,強調其來源於氨。這種表達方式在討論氨的化學性質時常被使用。

例句及翻譯:

例句 1:

這個反應生成的陽離子來自於氨。

The cation produced in this reaction comes from ammonia.

例句 2:

氨的陽離子在許多生物過程中都是必需的。

The cation from ammonia is essential in many biological processes.

例句 3:

我們需要了解來自氨的陽離子在土壤中的作用。

We need to understand the role of the cation from ammonia in the soil.