base electrode मीनिंग इन हिंदी

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Very high capacity supercapacitors use a porous carbon-based electrode material.
Unlike its predecessors, this device contains only carbon-based electrodes, with no metal.
Rosenberg noticed inhibited cell division of Escherichia coli cells during electrolysis of a platinum-based electrode.
These electrodes achieve higher capacitances than either pure carbon or pure metal oxide or polymer-based electrodes.
Recently, graphene based electrodes ( based on 2D and 3D structures of graphene ) have also been used as electrodes for lithium batteries.
Nanomeadows perform 10 times better than MnO alone and can store twice as much charge as the carbon-based electrodes in existing ultracapacitors.
The enniatins act as ionophores that bind ammonium, and they have been proposed as replacements for nonactin in specific ammonium-based electrodes.
Usually this was done by charging a capacitor of a specified value to a specified voltage then discharging it between the emitter and the base electrodes.
The improved injection of carriers into the base allows the base to have a higher doping level, resulting in lower resistance to access the base electrode.
Carbon-based electrodes exhibit predominantly static double-layer capacitance, even though a small amount of pseudocapacitance may also be present depending on the pore size distribution.