Structure-property relationships in carbon electrochemistry

Carbonaceous nanomaterials can be a game changing materials in many technological fields, especially electroanalytical applications. However, there is no consensus on the associations between structure and electrochemical performance of these – even for most basic properties. This challenge stems from fact that typically carbonaceous are obtained various sources not characterized properly. Therefore, to solve this deadlock we carry out systematic characterization set in-house fabricated as well physicochemically thoroughly carbon nanomaterials. We will then proceed establish materials. In addition, highlight how sensitive small changes their structural Further, emphasize lack correlation electrode determined using outer sphere redox (OSR) inner (ISR) probes latter being highly analyte specific. As first consistent data by nanomaterials, work provide solid basis expand use more complex other