Plasma stabilized capacitively coupled

High-frequency discharges at low power and with capacitive power coupling, known as the stabilized capacitively coupled plasma (SCP), as described by Gross et al. [432]... [Pg.232]

Furthermore, for pseudocapacitive materials, the cycle stability is a major concern. Besides the repeated ion intercalation/deintercalation-related failure mechanism, it was also found that the decrease of the capacitive performance after long-term charging/discharging cycling might also be related to the dissolution of electrode materials in alkaline electrolytes [142]. Joseph et al. [142] found the cycling stability of Ni3(N03)2(0H)4 in LiOH was higher than that in KOH and NaOH electrolytes. Inductively coupled plasma atomic emission spectroscopy (ICP-AES) analysis showed the evidence of the Ni dissolution into the electrolyte and found the dissolution of... [Pg.60]

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