密封并保护所有未绝缘的导体。
它可以在超导体（一种能导电的材料）和绝缘体（一种不导电的材料）之间转变。
It can change between a superconductor a material that conducts electricity, and an insulator a material that doesn't conduct electricity
当受到适当频率的激光撞击时，这种绝缘体即成为导体。
When hit with laser light of the correct frequency, it becomes conductive.
其关键技术与第一个恰好相反，它是将绝缘体迅速转为导体，其中所用的绝缘体是金刚砂。
This requires a trick opposite to the first one-suddenly making an insulator into a conductor. The insulator in question is silicon carbide.
这项工作须检查轴承组件的安全性和绝缘体以及导体的完整性。
Inspection should verify safety of bearing assemblies and integrity of insulators and conductors.
电荷的大小不仅取决于导体和绝缘体，还取决于它们的几何构造。
How big that charge is depends on the materials from which conductors and insulator are made, and also on their geometric configuration.
导体与绝缘层之间具有很强的附着力。
There is great adhesion between conductor and insulation layer.
Hla说(金属线)是可能在半导体或绝缘体上制作的，从而进一步证明电子是沿着电线无电阻导电。
Hla said (metal wire) is probably produced in the semiconductor or insulator, and thus further evidence of the electronic conductivity along the wires without resistance.
Hla说(金属线)是可能在半导体或绝缘体上制作的，从而进一步证明电子是沿着电线无电阻导电。
Hla said (metal wire) is probably produced in the semiconductor or insulator and thus further evidence of the electronic conductivity along the wires without resistance.
Hla说(金属线)是可能在半导体或绝缘体上制作的，从而进一步证明电子是沿着电线无电阻导电。
Hla says it should be possible to grow the wires on semiconductors or insulators as well and prove that electrons superconduct along the wires.
当拉出钻头时，横梁(上面缠有绝缘体和导体的金属结构)将它架起，形成一个新的支架。
While pulling out the drill, crossbeams (metal structures on which insulators and conductors are mounted) are attached to a new support.
将导体封装在充以压缩绝缘气体管道里的电力线路。
An electric line whose conductors are contained in a enclosure and insulated with a compressed gas.
没有绝对的绝缘体也没有绝对的导体，因为一切物体对电流都有阻力。
There exist neither perfect insulators nor perfect conductors, for all substances offer opposition to the flow of electric current.
所以在构建测试夹具和进行弱电流及高阻抗连接时，尽量减少绝缘体之间及导体之间的接触也是很重要的。
Therefore, it's important to minimize contact between insulators as well as conductors in constructing test fixtures and connections for low current and high impedance.
根据导电性能的不同，所有的材料可分为三大类：导体、半导体和绝缘休。
According to their ability to conduct electric current, all materials may he classified into three main types: conductors, semiconductors and insulators.
将连接回路零件的电气配线依适当的方法在绝缘物上以电气导体再现。
By using appropriate method on the electrical wiring of circuit connecting parts, to show the electrical conductor on insulating material.
测量每相导体与金属屏蔽、金属套间的绝缘电阻。
Measure each phase conductor to metal mask and to metal sleeve insulation resistance.
绝缘绝缘体就是非导电材料，用来防止导体中电流的泄露。
Insulation Insulation is non-conductive material used to prevent leakage of electric current from a conductor.
凡需要导体的地方，绝缘体必不可少。
Wherever conductors are needed insulators will be indispensable.
半导体具有不同于导体和绝缘体的特性。
Semiconductors have properties different from those of conductors and insulators.
该半导体晶片上形成的一层互连膜与绝缘膜的可靠性可以在加速条件下加以评估。
The reliability of an interconnection film and insulating film formed on the semiconductor wafer are evaluated under an accelerated condition.
结果表明：基板内部的银导体不存在迁移现象，导体的附着力、键合强度以及基板的绝缘电阻等性能均比较理想。
The results show that there is not any evidence of silver migration within LTCC construction, and conductor adhesive force, wire-bonding strength and insulation resistance are high.
多孔膜形成用组合物，多孔膜的制备方法，多孔膜、层间绝缘膜和半导体器件。
Porous membrane shaping composition, preparation method of porous membrane, porous membrane intercalation insulating film and semiconductor device.
文中介绍了风能发电用电缆标准的制定、导体结构的设计，以及绝缘和护套材料的选择，最后还介绍了几项特殊性能试验方法及要求。
In this paper, the establishment of the standard for the cables for wind power generation, design of the conductor construction and selection of the materials for insulation and sheath are presented.
文中介绍了风能发电用电缆标准的制定、导体结构的设计，以及绝缘和护套材料的选择，最后还介绍了几项特殊性能试验方法及要求。
In this paper, the establishment of the standard for the cables for wind power generation, design of the conductor construction and selection of the materials for insulation and sheath are presented.
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