carbon membrane的意思|示意

美 / ˈkɑ:bən ˈmemˌbreɪn / 英 / ˈkɑrbən ˈmɛmˌbren /

炭膜


carbon membrane的用法详解

Carbon membrane, also known as carbon nanotube membrane, is a kind of high-tech membrane. It consists of a layer of carbon nanotubes, which is about 100 times thinner than a human hair, but has the properties of high strength, low resistance, and good adsorption.

In terms of usage, this kind of carbon membrane is usually used to filter, separate and isolate. It is widely used in air purification, water purification, oil-water separation and other fields. In the food industry, it can be used for the deep processing of food, and can also be used for the production of food components. For example, the carbon membrane can be used to separate proteins and fats from milk, so as to produce high-protein low-fat milk and cream.

In terms of medical applications, the carbon membrane is used to separate red and white blood cells in the body. It can also be used in gene sequencing, testing of tumor markers and other medical research.

In addition, this kind of carbon membrane can also be used in the production of electric vehicles and energy storage batteries, so as to reduce the weight of the electric vehicles, and improve the energy density and the charging and discharging efficiency of the battery.

Therefore, carbon membrane has many usage, and it can be used in many fields such as food and medical industry, electric vehicles and energy storage batteries,etc. With its excellent properties of high strength, low resistance, and good adsorption, it has a bright future in the future development.

carbon membrane相关短语

1、 molecular sieve carbon membrane 分子筛炭膜的

2、 porous carbon membrane 多孔炭膜

3、 carbon membrane support 碳膜支撑体

4、 Carbon membrane reactor 炭膜反应器

5、 Functional Carbon Membrane 功能炭膜

6、 microfiltration carbon membrane 微滤碳膜

7、 diamond-like carbon membrane 类金刚石膜

8、 hollow fiber carbon membrane 中空纤维炭膜

9、 nickel containing carbon membrane 载镍炭分子筛膜

carbon membrane相关例句

It'shows that the pore structure of carbon membrane was abviously affected by coal particle size.

结果表明,不同原料粒度制得的炭膜具有不同的外观形态和孔隙结构.

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A tube carbon membrane support was prepared by carbonization of apricot shell with additive.

以杏壳为原料,通过碳化法制备了碳膜支撑体,利用泡压法表征了支撑体的孔径分布.

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The gas permeation mechanism through carbon membrane is involved in Knudsen diffusion and viscous flow.

气体透过炭膜的扩散以努森扩散为主,并伴有粘性流.

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