首页> 外文会议>2011 IEEE Industry Applications Society Annual Meeting >Estimation of the light output power and efficiency of a XeCl dielectric barrier discharge exciplex lamp using one dimensional drift-diffusion model for various voltage waveforms
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Estimation of the light output power and efficiency of a XeCl dielectric barrier discharge exciplex lamp using one dimensional drift-diffusion model for various voltage waveforms

机译:使用一维漂移扩散模型针对各种电压波形估算XeCl介质阻挡放电激基复合物灯的光输出功率和效率

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A XeCl dielectric barrier discharge under applied pulsed and sinusoidal voltage waveforms is simulated using a one dimensional drift diffusion model. In both waveforms, the light output depends not only on the gas mixture composition but also on the electrical parameters of the voltage waveform such as the frequency, the duty ratio…ctc. At the same amplitude of the voltage and the frequency, the UV output efficiency of the pulsed voltage is higher than the one of sine voltage. These results obtained in this paper allow to find out an appropriate power supply mode for a DBD excilamp.
机译:使用一维漂移扩散模型对施加脉冲和正弦电压波形下的XeCl介质阻挡放电进行了模拟。在这两个波形中,光输出不仅取决于混合气体的成分,还取决于电压波形的电参数,例如频率,占空比……ctc。在电压和频率相同的幅度下,脉冲电压的紫外线输出效率高于正弦电压之一。本文获得的这些结果可为DBD激励放大器找到合适的电源模式。

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