预荷电,pre-charge
1)pre-charge预荷电
1.The experiment of pre-charge and electrostatic agglomeration in strong electric field is done by installed the pre-charge facility in the flue of electrostatic precipitator,based on the theory of electrostatic agglomeration.基于电凝并理论,在模拟电除尘器烟道中增设预荷电装置,进行了高压电场荷电凝并研究。
2.To improve the technical performance of electrostatic precipitator, achieve the miniaturization of pre-charge equipment, pre-charge equipment is installed in the soot channel of electrostatic precipitator, charge and conglomeration experiments in AC electric-field are conducted.为提高除尘器的性能,实现预荷电装置的小型化,本课题结合国家自然科学基金重点资助项目国家自然科学基金资助项目“离子在高气压强电场中运动规律及其应用的基础研究”(60471036)和国家自然科学基金资助项目“电收尘器的交变强电场离子荷电凝聚研究”(50578020),采用直流高电压负电晕放电,进行了烟道中离子浓度变化规律实验,并利用电凝并方法在电除尘器烟道中增加预荷电装置,进行了交变电场荷电凝并实验研究。
2)precharge[pri:'t?ɑ:d?]预荷电
1.Experimental results indicate that dust precharge ,specially bipolar and unsymmetric precharge,improves the performance of fibre-pad filters.实验表明 ,粉尘预荷电技术能有效提高纤维过滤器性能 ,尤以双极不对称荷电方式为最佳。
3)prechargeability预荷电率
4)pre-charger预荷电器
1.A magnetically enhanced negative corona pre-charger was assembled in the front of an electrostatic enhancement filter.研究了磁增强负电晕放电特征,分析了这一过程的放电特性和磁场对极间不同区域的影响,比较了磁增强预荷电器和传统的预荷电器对静电增强过滤器效率的影响。
5)pre-discharge charge预放电电荷
1.Approaches for the measurement of spatial charge in solid dielectrics are reviewed,surface charge on the surface of insulator and pre-discharge charge in gas dielectrics.对固体介质内部空间电荷、介质分界面处表面电荷及气体介质内部空间预放电电荷的测量技术进行综述。
6)Electric Load Forecasting电力负荷预
1.The Research of Parameter Model Method in Electric Load Forecasting;电力负荷预测参数模型方法研究
英文短句/例句

1.Load Regularity Analysis on Spatial Load Forecasting of Urban Power System城网空间电力负荷预测中的负荷规律性分析
2.The Study on Short-term Electric Load Forecasting Based on PSO-BP;基于PSO-BP的短期电力负荷预测研究
3.Summer Load Forecasting and Design of Database System;夏季电力负荷预测及数据库系统设计
4.Short-term Load Forecasting Based on Wavelet-package Transform;基于小波包变换的短期电力负荷预
5.Study on the Practical Method of Power Load Forecasting for South Regional Power Network of Shanghai市南地区电力负荷预测实用方法研究
6.The research on the predication of the electrical load in university town,fu zhou福州地区大学城电力负荷预测的研究
7.Application of Decision Tree on Short-Term Load Forecasting决策树在短期电力负荷预测中的应用
8.Power Load Forecasting of a City from 2008 to 2012某市2008~2012年电力负荷预
9.Analyze and Design for Medium and Long-term Electric Load Forecasting and Prewarning System;中长期电力负荷预测及预警系统的分析与设计
10.The Utility of Combination Forecasting Method in Mid-long Term Load Forecasting;组合预测方法在中长期电力负荷预测中的应用
11.Load Forecasting of Kunming Power Grid Based on Fractal Theory基于分形理论的昆明电网电力负荷预
12.Analysis of Power Load Characteristic and Study on Medium and Long-Term Load Forecasting;电力负荷特性分析及中长期负荷预测方法研究
13.Load Forecasting Based on Soft Computing;基于软计算方法的电力系统负荷预测
14.Research on Intelligent Forecasting Method of Short-Term Electricity Load;短期电力负荷的智能化预测方法研究
15.Chaotic Analysis and Prediction for Electric Power Load;电力负荷混沌特性分析及其预测研究
16.Research of Electric Power Load Forecasting Based on Rough Set Theory;基于粗糙集理论的电力短期负荷预测
17.Study on the Model of Medium-Long Term Load Forecasting for Power System;电力系统中长期负荷预测模型的研究
18.Short-Term Load Forecasting and Its Application System of Power System;电力系统短期负荷预测及其应用系统
相关短句/例句

precharge[pri:'t?ɑ:d?]预荷电
1.Experimental results indicate that dust precharge ,specially bipolar and unsymmetric precharge,improves the performance of fibre-pad filters.实验表明 ,粉尘预荷电技术能有效提高纤维过滤器性能 ,尤以双极不对称荷电方式为最佳。
3)prechargeability预荷电率
4)pre-charger预荷电器
1.A magnetically enhanced negative corona pre-charger was assembled in the front of an electrostatic enhancement filter.研究了磁增强负电晕放电特征,分析了这一过程的放电特性和磁场对极间不同区域的影响,比较了磁增强预荷电器和传统的预荷电器对静电增强过滤器效率的影响。
5)pre-discharge charge预放电电荷
1.Approaches for the measurement of spatial charge in solid dielectrics are reviewed,surface charge on the surface of insulator and pre-discharge charge in gas dielectrics.对固体介质内部空间电荷、介质分界面处表面电荷及气体介质内部空间预放电电荷的测量技术进行综述。
6)Electric Load Forecasting电力负荷预
1.The Research of Parameter Model Method in Electric Load Forecasting;电力负荷预测参数模型方法研究
延伸阅读

荷电粒子与非荷电粒子分子式:CAS号:性质:荷电粒子带电,包括电子、正电子、带电介子、质子或其他离子;非荷电粒子不带电,包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。