| 초록 |
Due to recent advances in nanotechnology, we are approaching practical steps in the academic field. Especially, in the case of nanomaterials used in various fields, researches on various synthetic methods are exploding. However, as the synthesis and synthesis of nanomaterials becomes more complex, the number of experiments to find optimal synthesis conditions increases exponentially. In order to overcome this problem, there is a growing interest in research using statistical experimental design methods. In this study, we examined the main effects and the interactions between the process variables through the general factorial experiment design. In addition, response surface methodology was used to analyze changes in response variables to changes in independent variables using response surface formulas. In this study, optimal combinations of independent variables to synthesis nano alumina using reverse micelles were found to optimize the response variables. |
