新型陶瓷电极荧光灯(CPFL)的问世，成为气体放电光源领域的一项重要突破。
The Ceramic Pole Fluorescent lamp (CPFL), which has recently been invented, has made a great achievement in the field of gas discharge lamps.
在荧光灯启动时，电极上的发射物质(电子粉)溅散、损耗最为严重。
When the fluorescent lamp starts-up, the sputtering and waste of the missile on the electrode is most serious.
因此，研究荧光灯启动机理并寻找能降低其电极上电子粉损耗的其它启动方式，是提高荧光灯寿命的一项重要研究工作。
Therefore, researching the mechanism of the fluorescent lamp so to find another start-up mode to reduce the waste of the electric powder on the electrode may improve the fluorescent lamp's life-span.
因此，研究荧光灯启动机理并寻找能降低其电极上电子粉损耗的其它启动方式，是提高荧光灯寿命的一项重要研究工作。
Therefore, researching the mechanism of the fluorescent lamp so to find another start-up mode to reduce the waste of the electric powder on the electrode may improve the fluorescent lamp's life-span.
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