Observations of Memory Effects and Reduced Breakdown Delay via Penning Gas Mixtures in High-Power Microwave Dielectric Window Discharges
Recent improvements in high-power micro-wave (HPM) source power and portability make protecting sensitive electronics from electronic attack critically important. The research reported in this paper examined basic phenomena associated with a distributed area, highly attenuating gas discharge for HPM...
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| Veröffentlicht in: | IEEE transactions on plasma science 2016-01, Vol.44 (1), p.15-24 |
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| container_title | IEEE transactions on plasma science |
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| creator | Kupczyk, Brian J. Garcia, Abelardo Abel S. Xun Xiang Chien-Hao Liu Scharer, John E. Booske, John H. |
| description | Recent improvements in high-power micro-wave (HPM) source power and portability make protecting sensitive electronics from electronic attack critically important. The research reported in this paper examined basic phenomena associated with a distributed area, highly attenuating gas discharge for HPM attack protection. In particular, the research examined gas breakdown delay since effective protection against HPM attack requires rapid activation, significantly faster than the hundreds of nanoseconds typical of HPM pulses. These studies, conducted in mixtures of neon, argon, helium, and xenon gases from 50 to 150 torr, demonstrate how polycarbonate window precharging metastable-excited atoms and appropriate gas composition enable Penning effects to significantly reduce breakdown delay. |
| doi_str_mv | 10.1109/TPS.2015.2504511 |
| format | Article |
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The research reported in this paper examined basic phenomena associated with a distributed area, highly attenuating gas discharge for HPM attack protection. In particular, the research examined gas breakdown delay since effective protection against HPM attack requires rapid activation, significantly faster than the hundreds of nanoseconds typical of HPM pulses. 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| subjects | Activation Breakdown Copper Delay Delays Dielectric barrier discharge Dielectric properties Discharges (electric) Effects electronic attack (EA) Electronics Electrostatic discharges Gas composition Gas discharges Gas mixtures Gases high-power electromagnetics (EMs) high-power microwave (HPM) HPEM intentional EM interference Microwave measurement Nanostructure Penning effect Penning ionization plasma breakdown Plasma measurements Plasma physics plasma shielding Plasmas |
| title | Observations of Memory Effects and Reduced Breakdown Delay via Penning Gas Mixtures in High-Power Microwave Dielectric Window Discharges |
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