Abstract
Hydroelectric cell is a great invention that uses only a few drops of water to generate green energy. This cell produces green power by dissociating of water molecule at room temperature into hydroxide and hydronium ions. Nickel ferrite samples support the dissociation of water molecules via chemidissociation and Phys-dissociation. NiFe2O4 sample was synthesized by solid-state sintering method for hydroelectric cell. Structural information of the sample was investigated by XRD and FTIR analysis. Hydroelectric properties were examined by preparing circular pellets having dimension of 2-inch diameter. At the same time, the conduction phenomenon of the split ions was studied by preparing 10 mm diameter circular pellet. The synthesized nickel ferrite hydroelectric cell achieved a maximum voltage of 0.926 V, peak current of 6.98 mA and peak power of 6.46 mW. The conduction phenomenon of dissociated water molecules was examined using dielectric and DC conductivity measurements.
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