1) semi-conductive layer
半导电层
1.
In order to solve the temperature rising problem of the outer semi-conductive layer,the ANSYS FEA software is used to analyze the electric field and the temperature field of the outer semi-conductive layer.
介绍了新型电缆绕组高压电机并分析了绕组电缆的结构及特性,为解决绕组电缆外半导电层局部温升过高的问题,首先利用ANSYS软件仿真分析外半导电层的电场和磁场耦合场,确定了温升与接地电流的关系,然后采用PowerSim软件研究了外半导电层电阻对系统的影响。
2.
It investigates the effect of the resistivity of the outer semi-conductive layer on the system as well as the determination and computer simulation of the resistivity of the outer semi-conductive layer.
本文对新型绕组电缆的应用作了简述,介绍了其接地系统的结构,分析了其外半导电层电阻率对系统的影响,对外半导电层电阻率的确定进行了研究和计算机仿真分析,并综合其它条件给出了外半导电层所常用的电阻率的范围。
2) semiconducting layer
半导电层
1.
When voltage with high frequency is applied to the core of winding,voltage and current with same frequency will occur in the outer semiconducting layer,as there is no copper outer shield in the XLPE cable of the winding.
电缆绕组变压器的线圈所用的电缆为去掉外金属护套的电缆,当绕组芯线上存在高频电压时,在其外半导电层上会产生相同频率电压与电流。
3) semi-conductor layer
半导体层、半电导电层
4) outer semiconducting layer
外半导电层
1.
The computed result perfectly agrees with measured one,which indicates that the capacity coupling exists between core and outer semiconducting layer under impulse voltage.
为了解XLPE电缆外半导电层与芯线的暂态电压耦合特性,测取了冲击电压下外半导电层及芯线的电压分布;给出了单匝电缆的等效电路模型。
2.
Because there is no copper outer shield in the XLPE cable of the winding, when it is subjected to transient voltage, such as lightning impulse voltage, high amplitude of transient voltage, will appear between outer semiconducting layers of contiguous circles and electric erosion may be arise.
以XLPE电缆为绕组的新型电力设备可能承受很高的暂态电压,而所用的XLPE电缆外部没有金属回流层,只有一层半导电层,因此深入了解其外半导电层的暂态特性很有必要。
3.
Because of no copper shield, there is only outer semiconducting layer outside, it is very necessary to study the electrical characteristics of outer semiconducting layer of XLPE cable in details.
以XLPE电缆为绕组的新型变压器和电机所用交联聚乙烯电缆没有金属回流层,其外部只有一层半导电层,为了解其电特性,测量了长351和103cm的两段XLPE电缆从0(直流)至2MHz交流下的电阻率、阻抗、电容,结果表明:外半导电层电阻率约0。
5) semiconducting coating
半导电敷层
6) semi-conducting layer
半导电层、半导体层
补充资料：导电
1.让电流通过。一般金属都能导电。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条