绝缘

We can insulate a live wire with rubber.

我们可用橡胶使带电的电线绝缘。

Partial discharges have been used for a long time to measure insulation deterioration in the stators of large generators.

长期以来，局部放电在线监测已是一种监测大型电机绝缘系统的有效手段。

The low-current STM image showed that polyaniline molecular wires on Au(111) clearly exhibited a hexagonal-lattice ordered arrays, and the nearest neighbor distance in all molecular direction was 〓 The easy and feasible route (supramolecular self-assembly with CD-electropolymerization) promises to prepare an insulated polyaniline molecular wire.

低电流STM图像表明在Au(111)表面的聚苯胺分子线为六角的二维有序，分子与分子之间的最相邻距离为〓这种先进行CD超分子自组装后电聚合的方法可能会成为一类制备导电聚合物绝缘分子导线的新方法。

In this paper, a small amount of nano-ZnO was blended with low-density polyethylene.

聚乙烯是电气绝缘领域应用最广泛的聚合物材料之一。

Furthermore, the low-resistance metallic mirror layer of the mirror glass of the exterior mirror is subdivided into mutually electrically insulated segments by a grid structure, for example.

此外，将外视镜的镜面玻璃的低电阻的金属镜面层例如用一种网格结构分成相互之间电绝缘的部分。

One production of low iron fused magnesia for senior insulation refractories.

其中生产的低铁电熔镁砂为高级绝缘耐火材料。

Based on the research findings, a new magnetic core configuration of rectifier transformer was proposed.

为解决高压绝缘致使高频大功率开关电源中整流变压器功率密度不高的问题，通过分析常规结构整流变压器电位分布的不合理因素，提出一种新的变压器磁芯结构。

The different insulative materials and the additive contents affected the magnetic permeability and quality factor of nanocrystalline dust core s are studied.

研究了不同的绝缘剂材料及其添加量对纳米晶软磁材料磁粉芯的磁导率及品质因子Q值等性能的影响。

The least load current to realizemagnetic insulation in MILO is obtained from the relation between current and azimuthmagnetic field and the relation between magnetic field and electron movement track.

根据电流与角向磁场的关系和磁场与电子运动轨迹的关系得到在MILO中实现磁绝缘所需要的最小负载二极管电流。

The magnetizing inrush current is harmful to power transformer ,and even more sometimes it is so high that it can cause misoperation of power transformer protection device.

励磁涌流对变压器绕阻的机械稳定性和绝缘强度危害很大，还会导致变压器保护的误动作，因而变压器励磁涌流的研究是变压器保护领域的一个重要课题。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。