| 초록 |
In recent years, increasing effort is being devoted to the generation of energy using thermoelectric sources, water, wind, solar radiation, and hydrogen, given the diminishing reserves of fossil fuels and the associated CO2 greenhouse effect. Electrochemical processes have many advantages including low-cost, rapid deposition rate, and ease of control their microstructure and crystallinity by adjusting electrodeposition parameters. In this work, we demonstrated cost-effective high throughput fabrication of unique hierarchical nanostructures. We investigated the differences in photocurrent generated in Cu2O films with surfaces having different types of facets. The films were fabricated using electrochemical deposition methods. In addition, we synthesized three-dimensional (3-D) structure for the applications of photoelectrochemical cell. More details will be presented |
