FLUORINATED HYDROPHOBIC CONDUCTIVE METAL OXIDE COATED HYDROPHILIC FIBER MEMBRANE AND SUPERHYDROPHOBIC ELECTRODE BASED ELECTRICAL ENERGY GENERATOR AND MANUFACTURING METHOD FOR THE ELECTRICAL ENERGY GENERATOR

摘要

The present invention utilizes the potential difference due to the electric double layer effect formed in the process in which a polar protic solvent containing polar molecules or ions is adsorbed on the surface of a conductive oxide to which a hydrophobic fluorine-based functional group is bonded. By performing asymmetric adsorption on a fiber membrane coated with a conductive oxide layer to which a fluorine-based functional group is bonded, a solution that can A fiber membrane energy generating device in which an oxide layer is bound to the surface of individual fibers, a manufacturing method of the energy generating device, and a large-area energy generating device in which a plurality of energy generating devices are stacked or combined in parallel/series and a manufacturing method thereof .