矽酸陰離子的意思、翻譯和例句

是什麼意思

「矽酸陰離子」是指矽酸(SiO₄²⁻)的陰離子,這是一種由矽和氧組成的多原子陰離子。矽酸陰離子在化學中常見於矽酸鹽及其他矽化合物中,並在土壤和岩石的組成中扮演重要角色。它是許多礦物和水溶液中的主要組成部分,對於理解地球的地質過程及植物的生長也很重要。

依照不同程度的英文解釋

  1. A negatively charged particle made of silicon and oxygen.
  2. A group of atoms that has a charge and contains silicon.
  3. A type of ion that is important in minerals.
  4. An ion formed from silicon and oxygen that plays a role in geology.
  5. A negatively charged ion that is a component of silicate minerals.
  6. A polyatomic ion that consists of silicon and oxygen, significant in various geological and biological processes.
  7. An anion derived from silicic acid, prevalent in silicate structures.
  8. A key component in silicate minerals, consisting of silicon and oxygen atoms.
  9. A tetrahedral anion that is fundamental in the chemistry of silicates and plays a crucial role in earth sciences.
  10. A complex ion that contributes to the structure of silicate minerals and affects soil and plant chemistry.

相關英文單字或片語的差別與用法

1:Silicate anion

用法:

這是指由矽和氧組成的陰離子,通常在礦物和岩石中找到。矽酸鹽是地球上最常見的礦物類型,對於土壤和生態系統有重要影響。

例句及翻譯:

例句 1:

矽酸鹽是地球上最豐富的礦物類型之一。

Silicate minerals are among the most abundant types of minerals on Earth.

例句 2:

這種矽酸鹽礦物在建築材料中廣泛應用。

This silicate mineral is widely used in construction materials.

例句 3:

植物的生長依賴於土壤中的矽酸鹽。

Plant growth depends on the silicates present in the soil.

2:Silicic acid anion

用法:

這一術語通常用於描述與矽酸相關的陰離子,特別是在水溶液中。它在地質學和水文學中具有重要意義。

例句及翻譯:

例句 1:

矽酸在水中以矽酸陰離子的形式存在。

Silicic acid exists in water as the silicic acid anion.

例句 2:

這種陰離子在水中與其他元素反應。

This anion reacts with other elements in water.

例句 3:

矽酸陰離子對海洋生態系統至關重要。

The silicic acid anion is crucial for marine ecosystems.

3:Silicon-oxygen anion

用法:

這個術語強調了矽酸陰離子中矽和氧的組成,並在化學和材料科學中被廣泛使用。

例句及翻譯:

例句 1:

矽氧陰離子在許多合成材料中扮演重要角色。

Silicon-oxygen anions play an important role in many synthetic materials.

例句 2:

這些陰離子在地球的地殼中非常普遍。

These anions are very common in the Earth's crust.

例句 3:

研究顯示,矽氧陰離子的結構對材料的性質有重大影響。

Research shows that the structure of silicon-oxygen anions significantly affects the properties of materials.