首页> 外文期刊>Journal of Physics, D. Applied Physics: A Europhysics Journal >The statistical time-delay and the breakdown formative time contributions to the memory effect in Ne at 7 mbar pressure
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The statistical time-delay and the breakdown formative time contributions to the memory effect in Ne at 7 mbar pressure

机译:统计时间延迟和击穿形成时间对7毫巴压力下Ne中的记忆效应有贡献

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摘要

The results of the electrical breakdown time-delay as a function of the relaxation time tau, known as 'the memory curve', are presented. The memory curve was experimentally established for the relaxation times from 3 ms to 300 s, for the Ne-filled diode at 7 mbar pressure. Statistical analysis was used to analyse the obtained time-delay values. The results show that for the relaxation times tau less than or equal to 0.1 s the dominant part of the total time-delay is the breakdown formative time (t(f) similar to 0.1 ms). The breakdown formative time obtained in this investigation shows the same 'memory effect' as the breakdown total time-delay, because it slowly increases with tau. For tau > 0.1 s, the statistical time-delay makes up the dominant part of the total time-delay, as was reported earlier. [References: 30]
机译:给出了作为击穿时间tau的函数的电击穿延时的结果,称为“记忆曲线”。对于7毫巴压力下的Ne填充二极管,实验建立了从3 ms到300 s的弛豫时间的记忆曲线。使用统计分析来分析获得的时间延迟值。结果表明,对于松弛时间tau小于或等于0.1 s,总延迟的主要部分是击穿形成时间(t(f)类似于0.1 ms)。在这项研究中获得的击穿形成时间显示出与击穿总时间延迟相同的“记忆效应”,因为它随着tau的增加而缓慢增加。如前所述,tau> 0.1 s时,统计时间延迟占总时间延迟的主要部分。 [参考:30]

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