Contribution information
| Title | Characterization of nanostructured materials in electrochemical microfluidic systems |
| Status | Accepted |
| Final type | Lecture |
| Final session | Momentum, heat and mass transfer |
| Authors |
D., Kralik1,
Š., Halada2,
Z., Slouka3
1 UCT Prague, Prague, Czechia
2 UCT Prague, Prague, Czechia
3 UCT Prague, Prague, Czechia
|
| Uploaded abstract | link |
| Brief content | This lecture deals with the use of nanostructured conductive materials for electrochemical nad biosensing applications, namely nanostructured polypyrrole and carbon nanotubes. First, we describe out technologies for manufacturing microfluidic systems with integrated bed of aforementioned materials for wet applications. These chips can be contacted through solid electrodes formed by the same nanostructured material. Second we characterize the bed electrochemically and evaluate its properties with respect to biosensing and energy storage. |
| ID | 54 |