硼陰離子的意思、翻譯和例句

是什麼意思

「硼陰離子」是指含有硼元素的陰離子,硼在化學中主要以三價形式存在。常見的硼陰離子包括硼酸根(B(OH)₄⁻)和硼氫根(BH₄⁻)。這些陰離子在化學反應中扮演著重要角色,尤其在有機合成和材料科學中。

依照不同程度的英文解釋

  1. A negatively charged particle that contains boron.
  2. A type of ion that has boron and a negative charge.
  3. A boron-based ion that carries a negative charge.
  4. An ion formed from boron that has lost electrons.
  5. A negatively charged ion made from boron compounds.
  6. An anion that includes boron and is important in various chemical reactions.
  7. A complex ion derived from boron that exhibits negative charge and participates in chemical processes.
  8. An anionic species containing boron, significant in both inorganic and organic chemistry.
  9. A negatively charged boron species that plays a crucial role in various chemical syntheses and reactions.
  10. A negatively charged ion associated with boron, essential in many chemical applications.

相關英文單字或片語的差別與用法

1:Boron ion

用法:

指任何含有硼的帶負電的粒子,通常在化學反應中作為反應物或產物出現。它在無機化學中具有重要的應用,特別是在合成化學和材料科學中。

例句及翻譯:

例句 1:

硼離子在許多化學反應中扮演著重要角色。

Boron ions play a crucial role in many chemical reactions.

例句 2:

這種化合物中包含的硼離子使其具有特殊的性質。

The boron ions contained in this compound give it unique properties.

例句 3:

科學家正在研究硼離子在半導體材料中的應用。

Scientists are studying the applications of boron ions in semiconductor materials.

2:Boron anion

用法:

專指帶負電的硼化合物,這些化合物在化學反應中經常作為反應物出現。它們的存在影響反應的速率和產物的形成。

例句及翻譯:

例句 1:

硼陰離子在合成有機化合物中是非常重要的。

Boron anions are very important in the synthesis of organic compounds.

例句 2:

這種反應需要硼陰離子的參與才能進行。

This reaction requires the participation of boron anions to proceed.

例句 3:

研究人員發現,硼陰離子可以提高某些反應的效率。

Researchers found that boron anions can enhance the efficiency of certain reactions.

3:Boron-based ion

用法:

這是指由硼元素構成的陰離子,通常在化學合成和工業應用中發揮重要作用。這些陰離子可能涉及到不同的化學結構和反應機制。

例句及翻譯:

例句 1:

這些硼基陰離子對於催化反應非常有效。

These boron-based ions are very effective for catalytic reactions.

例句 2:

在這個實驗中,我們將使用硼基陰離子來合成新材料。

In this experiment, we will use boron-based ions to synthesize new materials.

例句 3:

硼基陰離子的穩定性對化學反應的成功至關重要。

The stability of boron-based ions is crucial for the success of the chemical reaction.