ferricyanide

ferricyanide的音标为[ferˈraɪnɪfaɪd] ，基本翻译为“铁氰化物”，速记技巧为：谐音“飞来你非得”。

Ferricyanide来源于拉丁语ferrocyanide，意为铁氰化物。它的变化形式包括亚铁氰化物(ferrous cyanide)，其化学式为Fe(CN)₆。相关单词包括：

1. cyanide：氰化物，一种有毒物质，常见于化学工业和矿业中。

2. ferrocyanide：铁氰化物，一种含铁的氰化物，具有多种应用。

3. ferricyanide reduction：铁氰化物还原反应，一种用于电化学研究的术语。

4. ferrocyanide ion：铁氰化物离子，是铁氰化物中的带电部分。

5. cyanide ion：氰化物离子，是氰化物中的带电部分，具有毒性。

6. ferrocyanide electrode：铁氰化物电极，一种电化学传感器。

7. cyanide ligand：氰化物配体，是金属离子与氰化物的结合部分。

8. cyanide complex：氰化物络合物，由金属离子和氰化物形成的络合化合物。

9. cyanide reduction process：氰化物还原过程，一种用于处理含氰废物的方法。

10. cyanide trap：氰化物捕获剂，一种用于去除或减少环境中氰化物的化学物质。

以上这些单词都与ferricyanide这个化学物质及其相关反应和用途有关。ferricyanide作为一种常见的化学物质，在许多化学和工业过程中都有应用，如电化学反应、金属处理和环境保护等。

常用短语：

1. ferricyanide reduction

2. ferricyanide reduction potential

3. ferricyanide reduction process

4. ferricyanide reduction potential curve

5. ferricyanide reduction potential range

6. ferricyanide reduction potential value

7. ferricyanide reduction reaction

双语例句：

1. The reduction potential of ferricyanide is an important parameter for electrochemical reactions.

2. The ferricyanide reduction process occurs at a relatively low potential, making it a useful redox couple for electrochemical applications.

3. Ferricyanide reduction is a crucial step in the production of some industrial chemicals.

4. The potential curve for ferricyanide reduction varies depending on the concentration of the solution.

5. Ferricyanide reduction is a highly efficient process that can be used to generate electricity from renewable sources such as solar and wind energy.

6. The value of the reduction potential of ferricyanide is determined by its chemical properties and the nature of the surrounding environment.

7. The reaction mechanism of ferricyanide reduction involves electron transfer between the reactants and products.

英文小作文：

Ferricyanide Reduction: A Practical Application in Chemical Engineering

Ferricyanide reduction is a crucial process in many industrial chemical production methods. It involves the transfer of electrons from one substance to another, resulting in a change in oxidation state of the reactants and products. This process is commonly used in the production of various dyes, pigments, and other chemicals.

One of the most common applications of ferricyanide reduction is in the production of cyanide, which is used in mining and other industries to extract valuable metals from ores. Cyanide is also used in the production of various polymers, including nylon and polyurethane, which are commonly used in various applications such as clothing, construction materials, and automobile parts.

Ferricyanide reduction is also used in the production of some important industrial enzymes, such as peroxidases, which are used in various biocatalytic reactions to enhance the efficiency and selectivity of chemical transformations. In addition, ferricyanide reduction is also used in various electrochemical processes, such as fuel cells and batteries, where it plays a crucial role in generating electricity from renewable sources such as solar and wind energy.

Overall, ferricyanide reduction is a highly efficient process that plays a crucial role in various industrial chemical production methods and biocatalytic reactions. Its practical applications are numerous and diverse, making it an essential component of modern chemical engineering processes.