Abstract
This study explores the utility of Michael condensation reactions for synthesizing macromolecule surfactants derived from azo-naphthols. The research investigates the potential antimicrobial properties of these novel surfactant compounds, contributing to the development of new materials with both surface-active and bioactive properties.
Key Features
- Michael condensation reaction mechanism
- Macromolecule surfactant synthesis
- Azo-naphthol derivatives
- Antimicrobial activity evaluation
- Surface-active properties
- Novel bioactive materials
Research Significance
This work contributes to the field of surfactant chemistry by introducing new synthetic approaches for creating multifunctional compounds. The combination of surface-active and antimicrobial properties makes these materials potentially valuable for various applications in industrial and biomedical fields.