film formation的意思|示意

美 / film fɔ:ˈmeiʃən / 英 / fɪlm fɔrˈmeʃən /

成膜;膜的形成


film formation的用法详解

Film formation is a process of creating a protective layer on a surface. The protective layer may be a coat of paint, oil, adhesive or wax. It is usually done to increase the durability of a material and make it easier to handle or clean.

Film formation can be done by several different methods. One way is through a coating process, which is the application of a thin liquid or powder onto a surface that is then cured or dried. This creates a tough and durable coating that will protect the underlying material from dirt, dust, and other environmental factors. Coating processes can be performed manually or with special equipment.

Another popular method of film formation is called extrusion. This is when materials are forced through a die or nozzle to create a thin film that can be used to coat a surface. Extrusion can also be used to create films for packaging or for making objects.

Finally, film formation can also be done through chemical reactions. In this case, reactions between chemicals create a film on a surface. These films can be used for waterproofing, insulation, or other purposes.

In conclusion, film formation is an important process that is used to create protective layers on surfaces. It can be done by coating, extrusion, or through chemical reactions. Each method has its advantages and disadvantages and should be considered when determining which method to use for your project.

film formation相关短语

1、 latex film formation 胶乳成膜

2、 film formation for latex 胶乳成膜

3、 Film Formation Conditions 制膜条件

4、 minimum film formation temperature 最低成膜温度

5、 new technology of film formation 成膜技术

6、 reasons for film formation 成膜原因

7、 Thin film formation apparatus 发明名称

film formation相关例句

The prediction mechanism of the film formation is in good agreement with experimental results.

量子化学的计算预测结果与摩擦学实验结果相符.

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The latex core exhibits elasticity and film formation ability.

胶体核具有弹性,且易成膜.

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Solubility and relative evaporation rates of coalescents will influence their evaporating process during the film formation.

成膜助剂的水溶性、相对挥发速度影响其在涂膜干燥过程中的挥发.

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Steel blackening process under room temperature has been analyzed and possible mechanism of film formation discussed.

分析钢铁常温发黑过程,探讨其可能的成膜机理.

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Gyroscope gimbal bearings are nearly static, affording little relative motion for EHD film formation.

万向节轴承几乎是静态的, 只能提供一点形成ehd油膜的运动条件.

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Coalescent may help film formation process and improve filming properties.

成膜助剂可以改善乳胶漆的成膜过程,提高乳胶漆的涂膜性能.

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