首页> 美国政府科技报告 >Measurement and Mechanisms of Photoenhanced Electron Attachment: Implications for an Optically-Controlled Diffuse Discharge Opening Switch.
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Measurement and Mechanisms of Photoenhanced Electron Attachment: Implications for an Optically-Controlled Diffuse Discharge Opening Switch.

机译:光增强电子附件的测量和机制:对光控扩散放电开关的影响。

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摘要

Capacitive energy storage has commonly been used in technically-established pulsed power generators. However, the increasing demand for high power pulsed equipment and the fact that inductive energy storage has larger energy storage density, triggered investigations of the possibility of using inductive energy storage in pulsed power applications. The critical component in an inductive energy storage system is a fast, repetitive opening switch for which an optically-controlled diffuse discharge opening switch appears to be promising possibility. Optically-enhanced electron attachment via mechanisms (i) has been observed in several gases and successful operation of diffuse discharge switches using mixtures of these gases with buffer gases has been carried out recently. We have observed enhanced electron attachment to several molecules (mixed with nitrogen) when irradiated by excimer laser radiation. 10 refs., 5 figs.

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