亞硫酸酐的意思、翻譯和例句

是什麼意思

「亞硫酸酐」是一種化學物質,其化學式為 SO₂,主要用作工業原料和化學反應中的中間體。它是一種無色氣體,具有刺激性氣味,主要用於製造硫酸、漂白劑和防腐劑等。亞硫酸酐在水中溶解形成亞硫酸,並且在環境中通常會作為污染物存在,對人體和生態系統有潛在危害。

依照不同程度的英文解釋

  1. A chemical compound made of sulfur and oxygen.
  2. A gas that can be harmful and is used in industry.
  3. A substance that can cause pollution.
  4. A compound that is used to make other chemicals.
  5. A colorless gas with a strong smell used in various processes.
  6. A chemical that can react with water to form another acid.
  7. A compound known for its use in producing sulfuric acid.
  8. A gas that is a byproduct of burning sulfur and can contribute to air pollution.
  9. A chemical utilized in many industrial applications, including the production of preservatives.
  10. A compound that is often associated with environmental concerns due to its effects on air quality.

相關英文單字或片語的差別與用法

1:Sulfur dioxide

用法:

這是亞硫酸酐的主要名稱,廣泛用於各種工業過程中,如製造硫酸和食品保鮮劑。它在環境中常見,特別是在燃燒化石燃料時釋放到空氣中。由於其潛在的健康危害,許多國家對其排放有嚴格的規定。

例句及翻譯:

例句 1:

工廠的煙囪排放了大量的二氧化硫。

The factory's chimney emits a large amount of sulfur dioxide.

例句 2:

二氧化硫在高濃度下對呼吸系統有害。

Sulfur dioxide is harmful to the respiratory system at high concentrations.

例句 3:

我們需要監測空氣中的二氧化硫濃度。

We need to monitor the concentration of sulfur dioxide in the air.

2:Sulfurous anhydride

用法:

這是亞硫酸酐的另一種名稱,通常用於化學和工業文獻中。它指的是無水的二氧化硫,並且在反應中常常會形成亞硫酸。

例句及翻譯:

例句 1:

亞硫酸酐也被稱為硫酸酐,這在化學反應中非常重要。

Sulfurous anhydride, also known as sulfur dioxide, is crucial in chemical reactions.

例句 2:

這種化合物的性質使其成為許多工業過程中的關鍵成分。

The properties of this compound make it a key component in many industrial processes.

例句 3:

在製造過程中,硫酸酐的控制是非常重要的。

Controlling sulfurous anhydride during the manufacturing process is very important.

3:SO2

用法:

這是亞硫酸酐的化學式,經常用於科學文獻和實驗室中表示這種化合物。它在許多化學反應中發揮著重要作用。

例句及翻譯:

例句 1:

SO2的排放對環境造成了嚴重影響。

The emission of SO2 has serious effects on the environment.

例句 2:

在實驗室中,SO2常用於化學合成過程。

In the laboratory, SO2 is often used in chemical synthesis processes.

例句 3:

我們需要了解SO2的潛在風險。

We need to understand the potential risks of SO2.