It turns out that the Trichel pulse and Tuft discharge pulse are form by the similar physics progress, which could attributed to the negative streamer formation.
实验结果表明:初始特里切尔脉冲与簇放电脉冲的产生均基于负流光过程;一种与场致电子发射过程有关的连续电离机制的出现与发展是导致特里切尔脉冲衰减,并最终产生辉光转化的原因。
参考来源 - 电晕放电关键问题研究与新型放电装置研制·2,447,543篇论文数据,部分数据来源于NoteExpress
这一结果的研究对于将来神经实验中识别簇放电同步具有指导意义。
The results are instructive for the future experiments since one can identify burst synchronization easily with the experiment data.
在实验中,应用该模型模拟了大部分已知皮层神经元的脉冲和簇放电行为。
In experiments, using this model we simulated the spiking and bursting behavior of known types of cortical neurons.
发现该模型表现出强迫和内禀两类簇放电模式,并分析了内禀簇放电的产生机理及分岔现象。
It is found that the model can reproduce two classes of bursting activities: Forced bursting and intrinsic bursting.
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