cataphoretic

cataphoretic的音标为[ˌkætəˈfɪriːtɪk] ，基本意思是“放电的，电发的”。速记技巧是：可以将其分解为词素进行记忆，也可以通过联想记忆法进行记忆。例如，可以将cat（猫）和phobe（害怕的人）联想为害怕猫咪的人会放电。

Cataphoresis is a term used in chemistry and physics to refer to the process of transferring a substance from one surface to another by electrostatic attraction. The word itself comes from the Greek word kataphoresis, which means "to be attracted downward".

The most common form of cataphoresis is electrosynthesis, where electricity is used to transfer ions between electrodes. Other forms include electroplating, electrofishing, electrowetting, and electroporation.

Related words include "electrostatic", "attract", "attraction", "repel", "repulsion", "discharge", "potential", "electricity", "ion", and "electrode". When discussing cataphoresis, these words are often used to explain the process and its various applications.

In summary, cataphoresis is a process that relies on electrostatic attraction to transfer substances between surfaces. It has many different applications in chemistry, physics, and other fields, and the term itself comes from the Greek word kataphoresis. The related words help explain the process and its various aspects.

Cataphoresis is a process of transferring a substance from one surface to another through the use of a dielectric medium. It is commonly used in transferring paints, adhesives, and other coatings.

常用短语：

1. Cataphoretic transfer

2. Dielectric medium

3. Substance transfer

4. Surface to surface

5. Paint transfer

6. Adhesive transfer

7. Coating transfer

双语例句：

1. The cataphoresis process was used to transfer ink from a donor to a receptor.

2. The dielectric medium plays a crucial role in cataphoresis.

3. The cataphoresis process can be used to transfer various types of coatings.

4. The cataphoresis of paints is a common application in the automotive industry.

5. Adhesive cataphoresis is used in bonding applications.

6. Coating cataphoresis can improve the surface quality of the transferred coating.

英文小作文：

Cataphoresis is a fascinating process that has revolutionized the way we transfer substances from one surface to another. It is commonly used in industries such as automotive, electronics, and medical to improve the quality and performance of coatings, adhesives, and paints. The process involves the use of a dielectric medium to transfer the substance from one surface to another through a process of attraction and fusion. This technique has opened up new avenues for efficient and cost-effective coating methods that are environmentally friendly and sustainable. I believe that cataphoresis will continue to play an important role in the future of manufacturing and will continue to revolutionize the way we do business.