Our interest in battery technologies arose from the fact that we could make very thin-film ceramic separators between anodes and cathodes thereby reducing internal internal resistance. In addition, we could also produce a nanoparticulate form of MnO2, a traditional cathode material.

Shown in these figures are concept slides, along with the chemistry as well as the performance of our first thin-film battery -an alkaline battery-.

We have worked in other aspects of battery chemistries including inorganic coatings for stabilizing iron six and Li ion cathodes, greatly extending life and thermal stability in these systems.

Our current interests continue to lie in making new cathode materials as well as thin-film separators.

Professor Marc A. Anderson Lab of Sol-Gel Chemistry

welcome to our world of environmental technologies

© 2008 infolucion.com

UW slideshow

home        history        materials        applications

artwork

Site outline

1. • History
   

2. - students
   

3. - visitors
   

4. • Materials
   

5. - characterization
   

6. - synthesis
   

7. • Applications
   

8. - water treatment
   

9. - air treatment
   

10. - energy storage
    

11. - sensors
    

12. - shelf clean surfaces
    

13. - CO2 purification
    

14. •Papers and Patents

Mendota lake

Web Sites of Interest

1. -UW-Madison
   

2. -WARF
   

3. -Envir. Chem. Tech.
   

4. -UW OCR
   

5. -iMdea