| 초록 |
Layer-by-Layer (LbL) assembly has been widely used as a versatile method for fabricating multilayer films with controlled structure and composition. It`s typically based on sequential adsorption of materials with complementary functional groups employing electrostatic interactions, or hydrogen bonding. Due to their facile, inexpensive, and environmentally friendly nature, LbL-assembled multilayer films find broad applications ranging from energy and electrochemical devices to biological materials. However, a laborious fabrication process needs to be improved to high-throughput production and controlling various factors simultaneously. Here we suggested the ink-jet printing for a mass production of LbL multilayer films with functional materials. In addition, we anticipate that this high-throughput Ink-Jet LbL approach will provide a general means to produce mass production of nanofilm for biomedical applications by therapeutic surface coatings with controllable release properties. |
