1.
Study on Electronic Ballasting Techniques for High Intensity Discharge Lamp;
高强度气体放电灯电子镇流技术研究
2.
Design of Electronic Ballasts for High Intensity Discharge Lamps;
高强度气体放电灯电子镇流器的研制
3.
A Study on Key Technology of Electronic Ballast for High Intensity Discharge Lamps;
高强度气体放电灯电子镇流器关键技术研究
4.
Research on Electronic Ballasts for Low-power High-intensity Discharge Lamps;
小功率高强度气体放电灯电子镇流器的研究
5.
Study on High Intensity Discharge Lamp Electronic Ballasts with Low-Frequency Square-Wave
低频方波高强度气体放电灯电子镇流器研究
6.
Modeling and Simulation of High Intensity Discharge Lamp and the Electronic Ballast System;
高强度气体放电灯及其电子镇流器系统的建模与仿真
7.
Research on the Radio Frequency Electronic Ballast and Magnetic Component;
射频高强度气体放电灯电子镇流器及其磁元件的研究
8.
Analysis of the HID Ballast's Advantages and Disadvantages and Its Improved Application
高强度气体放电灯镇流器的优缺点分析及改良应用
9.
Analysis of Energy Efficiency Requirements of European EuP Directive for High Intensity Discharge Lamps
欧盟EuP指令对高强度气体放电灯的能效要求分析
10.
Interpretation & Analysis to EU Commission Regulation(EC)No 245/2009 on Ecodesign Requirements for Fluorescent Lamps without Integrated Ballast,for High Intensity Discharge Lamps,and for Ballasts and Luminaires Able to Operate Such Lamps
欧盟荧光灯、高强度气体放电灯及配套镇流器与灯具生态设计要求法规解析
11.
Abstract: The principle of the active power factor correction（ APFC） in electronic ballast circuit for high intensity discharge（ HID） lamps is analyzed, some problems in practical applications are also discussed.
分析了高强度气体放电灯用电子镇流器有源功率因数校正电路的基本原理，讨论了实际应用问题。
12.
Design and Fabrication of Functionally Graded Material for Sealing High-pressure Gas Discharge Lamps;
高强气体放电灯管封接用功能梯度材料的设计与制备
13.
The discharge of mercury arc is electric discharge phenomena of low pressure gas and the current density is great.
汞弧光放电是一种低气压气体放电现象,放电电流密度大。
14.
DETERMINATION OF CRITICAL FIELD STRENGTH IN ELEC-TRONEGATIVE GAS MIXTURES
电负性混合气体临界电场强度的确定
15.
gaseous discharge lamp
(荧光)气体放电管
16.
gas discharge etching
气体放电蚀刻[法]
17.
Research on Starting Technique of Electronic Ballast for High-pressure Sodium Lamps
高强度放电灯电子镇流器启动技术研究与设计
18.
Numerical simulation of arc plasma temperature based on ANSYS
基于ANSYS的空气电弧放电等离子体温度数值模拟