conductor material的意思|示意
导电材料
conductor material的用法详解
Conductor material,or also known as conducting material, is a material that enables electricity to flow through it, allowing the material to act as a medium for transferring electric energy from one point to another. Simply put, it is a material that can conduct electricity.
The most common types of conductor material are metal, carbon and graphite. All of these materials are capable of conducting electricity due to the type of atoms present in them. Metals, such as copper and aluminum, are the most common conductors, as the outer electrons of their atoms are loosely bound to the nucleus, allowing them to easily move and carry electric currents. Carbon, such as coal and graphite, are also excellent conductors as they contain an abundance of protons, which are positively charged and able to transfer an electric current.
Conducting material is used in a wide variety of applications, such as in electrical wiring, circuit boards, and batteries. As electricity flows through the material, heat is generated, which is why conducting material is often used in the form of insulation. Conducting material can also be used to create antennas, which allows radio signals to be transmitted through the air.
Overall, conducting material is essential for the efficient transmission of electric energy. By using materials such as copper and aluminum, electricity can be transmitted from one point to another without the need for additional insulation. Furthermore, conducting material can also be used for applications such as antennas, allowing for the transmission of radio signals without any additional devices.
conductor material相关短语
1、 Secondary conductor material 次级导体材料
2、 heat-resistant conductor material 耐热导线材料
3、 high-temperature proton conductor material 高温质子导体材料
4、 Conductor screen material 导体屏蔽料
5、 semi-conductor silicon-material 半导体硅材料
6、 semi-conductor refrigeration material 半导体致冷材料
conductor material相关例句
The channel semi-conductor material is adopted to adorn the bottom electrode, so the contact potential difference between the electrode and the channel material can be reduced.
本发明对底电极的修饰采用沟道半导体材料本身,减小了电极与沟道材料之间的接触电势差。
"Thermoelectricity can produce electric energy from a difference in temperature. There has to be a temperature gap in a conductor or semi-conductor material".
温差电能从不同的温度制造电能,必须是导体或半导体物质中的温差。
Conductor material: hardy cable every day without oxygen copper wire fine twisted production into a bundle.
导体材料:耐寒电缆天天生产无氧铜丝精绞成束。