Charge storing device property

Fullerene is an ideal candidate as a component of molecular batteries because it shows six chemically and electrochemically reversible, one-electron reduction70 and one oxidation process.71 In particular, the first reduction process occurs at easy accessible potentials (—0.98 V versus Fc +/Fc in MeCN/toluene solution at 263 K)70 and it is thus the most suitable process to exploit in charge storing devices. To covalently append fullerene to the dendritic structure, chemical functionalization of the bucky-ball is necessary. Fortunately, most of its derivatives keep the reversible electrochemical properties of Ceo, at least for the first reduction process, which usually occurs at more negative potentials than that of fullerene. 

If the three primary properties of a circuit are known, then all other properties can he determined by arithmetic calculations. The capacitance of a circuit or circuit component, for example, is the amount of charge stored in the device at a given applied voltage, and the amount of chaise is proportional to the current in the device. Similarly, the inductance in a circuit or circuit component depends on the current passing through the device at a given voltage. 

Capacitance The property of a device or component that enables it to store energy in an electrostatic field and to release it later. A capacitor consists of two conductors separated by an insulating material. When the conductors have a voltage difference between them, a charge will be stored in the electrostatic field between the conductors. 

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