| 초록 |
Many researchers have recently studied a wide variety of nanofibers in a variety of applications. Nanofibers having various morphological properties are applied in different fields according to their forms. Several factors can influence the morphology and morphology of nanofibers in a variety of radiation technologies. Most parameters are unique properties of the solution such as conductivity, surface tension, viscosity, polymer molecular weight. However, the shape of nanofibers can vary depending on temperature, humidity, solution flow rate, nozzle diameter, tip distance, collector movement, and collector shape. In this study, morphological changes of nanofibers were studied in various types and shapes. The morphology of the collected nanofibers using various collectors was analyzed by FE-SEM and an optical microscope. This study was supported by Basic Science Research Program through the National Research Foundation of Korea (NRF) funded by Ministry of Education (2016R1A2B4010329). |
