As far as electrical effects are concerned, fundamental particles come in three different kinds, neutral, positive, and negative.
就电效应而言，基本粒子分为三种，中性的，正的和负的。
The paper presents the causes of harmonics current and overload hazard of neutral line and phase line by harmonics in electrical line.
阐述了电气回路中谐波电流产生的原因及其引起中性线和相线过载的危险。
The results show that the corrosion rate of steels is greatly increased when electric-coupling corrosion of coal with electrical conductivity and steel occur in a neutral electrolyte solution.
结果表明，在中性电解质溶液中，电导性煤和钢之间发生电偶腐蚀，钢的腐蚀速率显著提高。
The paper analyses the causes of overload of neutral line and great errors of measuring instrument by harmonics electrical line.
对电气回路中因谐波造成的电力线路中性线过载和测量仪表出现较大误差的原因进行了分析，探讨了抑制谐波的措施。
In resonant ground systems, both asymmetric fault of high-voltage side and asymmetry of load cause the asymmetry of system electrical source voltage. Then they change neutral displacement voltage.
在谐振接地系统中，系统高压侧不对称故障及负荷的不对称会引起系统电源电势的不对称，从而改变中性点位移电压。
With the increasing capacity of distribution network and new large-scale use of electrical equipment, a suitable neutral grounding more and more important for the safe operation of the power grid.
随着配电网容量的不断增大和新型电气设备的大量使用，选择一种合适的中性点接地方式对电网的安全运行越来越重要。
The carbon neutral strategy behind ZEDs. The underlying building physics model and Mechanical & Electrical (M&E)systems are explained (section 3.3)
ZED的碳中和方法，解释了根本的建筑物理模型和机电系统（3.3章）
This article met the zero from the earth some basic concepts to start, to analyze electrical power system neutral point earth some typical ways.
本文从接地、接零的一些基本概念开始，分析了电力系统中性点接地的一些典型方式。
This article met the zero from the earth some basic concepts to start, to analyze electrical power system neutral point earth some typical ways.
本文从接地、接零的一些基本概念开始，分析了电力系统中性点接地的一些典型方式。
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