1) 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。
2) lightning charge
放电电荷
3) permanent magnets discharge electrode precharger
永磁放电极电晕放电预荷电器
1.
The fine aerosol particle was charged by the conventional precharger and the new permanent magnets discharge electrode precharger respectively.
还分别采用传统的预荷电器和新型的永磁放电极电晕放电预荷电器对细小气溶胶颗粒进行荷电,并对其伏安特性曲线和除尘效率进行了测量和比较,初步分析了永磁放电极电晕放电预荷电器的荷电机理,极间区域自由电子和负离子浓度的增加,有效地增强了离子的扩散荷电机制和自由电子的荷电机制。
4) charge amplifying
电荷放大
1.
The whole system is divided into five modules: multichannel charge amplifying module, signal conditioning module, DSP data acquisition and processing module, USB2.
本系统分为5个模块:多路电荷放大模块,信号调理模块,DSP数据采集处理模块,USB2。
5) 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。
6) prechargeability
预荷电率
补充资料：设备安装前的准备工作——设备的预装配与预调整
设备安装前的准备工作——设备的预装配与预调整 | ||
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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