| 초록 |
In this work, we developed porous nanocapsules (NPs) with self-assembled pore structure using inorganic biological environment material. By using a dual system, we intended to develop a nanoconductor with a biosensor based on molybdenum disulfide (MoS2) with superior electrical properties and apply it to self-healing technology. The porous NPs containing a healing material which are capable of opening and closing pores at between pH 6 and 7 by with ligands brushes. The NPs are made by rapidly hydrolyzing to TEOS after having weak covalent bonds between PVP, citrate molecules and water molecules in PVP-Pentanol solution. This result confirmed uniformity, morphology, and pore presence using SEM and TEM, and verified that the core material is properly loaded into the core of the NPs through the appearance of peaks between 280 and 300/cm by UV analysis. Also, The NPs showed an excellent antibacterial action, maximization of selective self-healing behavior by the nanosensor. |
