The ion transfer tube temperature was set to 280°C.
EIS was applied to investigate the electrical conductivity and ion transfer of the supercapacitor cells.
investigated ion transfer between the electrolyte and the IL-type CPE.
Such 3D architecture enables effective electron and ion transfer and stable distribution of 2D nanosheets.
Results found allow for the assessment of the effects of convective and diffusion ion transfer.
Electrospray voltage and the temperature of the ion transfer capillary were 2.2 kV and 200 °C, respectively.
Electrochemical impedance spectroscopy (EIS) can be applied to investigate electrical conductivity and ion transfer of the supercapacitor test cells.
This simple reactive water model distinguishes structural diffusion between H3O and OH ions, where H3O ion transfer is three times faster than OH ion transfer.
Four major parameters (spray voltage, ion transfer capillary temperature, ion transfer capillary voltage, and tube lens voltage) were investigated in both instruments for their contribution to analyte response, leading to a total of 16 experiments performed for each instrument.
The rate of ion transfer was studied by chronoabsorptometry and potential modulated reflectance.
The spray voltage was 1.9 kV and the ion transfer tube temperature 195°C.
