绝缘体

Is the outer covering of electric wires an insulator?

电线的外包装是绝缘体吗？

Triboelectric effects can also occur in other insulators and conductors that touch each other.

摩擦电效应也可能在其它绝缘体和导体互相接触摩擦时发生。

Triboelectric currents are generated by charges created between a conductor and an insulator due to friction.

摩擦电电流是由导体和绝缘体之间摩擦产生的电荷生成的。

Triboelectric currents are generated by charges created by friction between a conductor and an insulator, such as between the conductor and the insulation of a coax cable.

摩擦电流是由导体和绝缘体之间的摩擦引起的电荷产生的，例如同轴电缆的导线和绝缘之间。

In the second part of the work,quantum interference induced weak-localizationeffects as well aselectron-electroninteraction effects were investigated through magnetotransport measurementsfor highly doped n-ZnSe∶Clat metallic side of metal-insulator transition(MITgrown by MBE,withmagnetic fieldfrom 0 to 1T and temperaturefrom 0.3K to 30K.

第二部分对一系列分子束外延生长的高掺杂n-ZnSe∶Cl(位于金属绝缘体转变的金属一侧)在弱磁场(0到1T)以及低温(0.35K到30K)下进行了磁输运研究，以研究Anderson局域化，由于量子干涉效应引起的弱局域化效应以及无序存在时电子-电子相互作用效应。在所有样品中观察到了负磁阻并获得了其对温度，磁场以及电子浓度的依赖关系。

Plastics, which usually contain light elements, and therefore have relatively low density, are generally insulators, and are flexible and formable at relatively low temperatures.

塑料通常包含轻元素，因而密度较低，一般为绝缘体，并能在较低温度下弯折和成形。

A rubbery substance derived from the latex of any of several tropical trees of the genera Palaquium and Payena, used as an electrical insulator, as a waterproofing compound, and in golf balls.

古塔胶从某些胶木属和巴耶榄属热带树的乳胶中提练出的橡胶物质，用作电绝缘体，防水复合物或做高尔夫球

A rubbery substance derived from the latex of any of several tropical trees of the genera Palaquium and Payena,used as an electrical insulator,as a waterproof ing compound,and in golf balls.

古塔胶从某些胶木属和巴耶榄属热带树的乳胶中提练出的橡胶物质，用作电绝缘体，防水复合物或做高尔夫球

The studies of the electrical transport and magnetic properties of La-Pr-Mn-0 system show that metal-insulator transition temperature is less than T〓, and the resistivity also shows insulator behavior in low temperature, which is explained by percolative conduction and some local effects in low temperatures.

说明La-Pr-Mn-O是一种非常有研究潜力的电子掺杂型化合物。 6。电输运性质和磁性质的研究发现，金属—绝缘体转变温度小于居里温度Tc，并且低温出现绝缘态。

The result indicates that the CeOs4Sb12 skutterudite is a Kondo insulator with a c-f interaction of 3.1 meV.

结果表明CeOs4Sb12中存在近藤相互作用，其作用强度为3.1 meV，证实了CeOs4Sb12为近藤绝缘体。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。