Technical Description
This invention introduces a scalable, two-step method combining digestive ripening and seed-hydrothermal growth to manufacture uniform ceramic and semiconductor nanoparticles. By using digestively ripened quantum dots as nuclei, the process eliminates the traditional refluxing stage to enable eco-friendly synthesis.
Problems Addressed
- Inefficient Refluxing Step
- Uncontrolled Polydispersity Issues
- High Production Costs
- Low Product Yields
- Tedious Separation Steps
- Poor Synthesis Repeatability
Tech Features
- Enhanced Size Uniformity
- Efficient Seed-Hydrothermal Growth
- Scalable Manufacturing Process
- Green Synthesis Method
- Eliminated Refluxing Step
Target Audience
- Nanotech-Enabled Manufacturing Industries
- Semiconductor And Optoelectronic Sectors
- Advanced Chemical Processing Industries
- Biomedical And Biosensor Sectors
- Research & Development
Tech ID: P28-2281 TRL 6 Patent Status: Granted Available For Exclusive and Non-exclusive License
