corona loss
英 [kəˈrəʊnə lɒs]
美 [kəˈroʊnə lɔːs]
网络 电晕损失
双语例句
- This paper, for the first time, presents two different forms of altitude correction for the corona loss of the6-split conductor.
首次提出指数形式以及改进线性形式的六分裂导线电晕损失海拔修正方法； - Therefore, annlysising on the electronics corona loss of the different structure transmission line have the important economic efficiency and the social efficiency.
因此，对不同结构的输电线路进行电晕损失分析计算具有重要的经济效益和社会效益。 - The digital method for measuing the transmission line corona loss as well as its instrument is introduced, and the error of measuring is analysed in this paper.
本文介绍了一种数字式输电线路电晕损失测量方法及测量仪器，并对该方法的测量误差进行了分析。 - The influence of the wind velocity on corona loss was described.
同时，对风速等因素对电晕损失的影响也作了介绍。 - Multifunctional Electric Power Harmonic Analyzer and its Application in the Measurement of Corona Loss
多功能电力谐波分析仪及其在电晕测量中的应用 - Corona is a complex phenomenon and the loss caused by corona is not negligible in EHV power systems.
在超高压电网，电晕损耗是一种复杂，但不容忽视的现象。 - In addition, this paper modifies the line parameter conductance in the given formulae of corona loss.
根据已有的电晕损耗计算公式，修正了线路参数电导的取值。 - A power flow model and computation including corona loss
计入电晕损耗的潮流模型及计算 - The parameters of corona characteristics of HVDC Lines comprise the ion current density, total electric field, induced voltage on persons or objects, ion currents intercepted by persons, corona loss and so on.
高压直流输电线路电晕特性参数包括地面离子流密度、合成电场强度、人或物体的充电电压、人体截获电流及线路电晕损失等。 - Corona Loss on HVDC Transmission Lines
高压直流输电线路电晕损失 - In the present, the two most commonly used corona loss test methods are corona cage and test line of short distance, and we can estimate the loss index of actual transmission line with the results by the two methods.
电晕笼和架设短距离试验线段是现今两种最为常用的电晕损失测量手段，用这两种试验方式所得到的结果来估算实际输电线路的损失指标。 - Corona loss is one of the important research contents of UHV AC transmission line corona discharge effect, corona loss mechanism, as well as the study on assessment of UHV AC transmission line corona loss has a far-reaching theoretical significance and an important practical value.
电晕损失是特高压交流输电线路电晕放电效应的重要研究内容之一，电晕损失机理以及我国特高压交流输电线路电晕损失评估的研究具有深远的理论意义和重要的实用价值。 - This paper introduce the CSM combining the Deutsch assumption to calculate the corona loss of HVDC transmission lines.
本文以模拟电荷法为基础，结合Deutsch假设计算高压直流输电线路的电晕损失。 - AC-DC transmission line corona will cause corona ion current, corona loss, audible noise and radio interference. They are directly related with electromagnetic environment of transmission line.
交直流输电线路的电晕现象会造成电晕离子电流、电晕损耗、无线电干扰和可听噪声等多种不良后果，它和输电线路的电磁环境息息相关。 - Taking into account the RBF method in electromagnetic calculations with the feasibility, effectiveness and outstanding performance advantages, as will further research the issue in the calculation of corona loss will play a more prominent role.
考虑到RBF方法在电磁计算中具备的可行性、有效性和突出性能的优势，随着研究的深入必将在电晕效应的计算问题中发挥更加明显的作用。 - Corona loss of transmission lines is directly related to the reliability and economy of design of UHV transmission line.
输电线路上导线的电晕损失直接关系到我国特高压输电线路设计的可靠性和经济性。 - Corona loss of conductor under foul is large than that under clean.
涂污下光滑导线的电晕损失也大于干净时的电晕损失。 - Therefore, as the equivalent test methods of UHV AC test line, corona cage is the effective research for the problem of corona loss of UHV AC transmission line.
因此，电晕笼作为一种特高压交流试验线段的等效试验手段，能够有效研究特高压交流输电线路电晕损失问题。 - The corona discharge, as an inevitable phenomenon from the UHV transmission lines, will bring about audible noise, radio interference, corona loss and so on, which influence the environment and power system operation negatively.
电晕放电作为特高压输电线路不可避免的现象，会产生可听噪声、无线电干扰和电晕损失等问题，其对环境和系统运行都会造成一定的影响。