Question

I'm new in electrochemistry and I am leading with modification of sensors and analytes. I would like to know why the analyte voltammetric signal should be between the band gap of the modifier. If I run a DPV passing through the band gap limit do I lose my electrode or modification?

Answer 1

In electrochemistry, the analyte voltammetric signal should be between the band gap of the modifier for effective detection and measurement. Running a DPV passing through the band gap limit may compromise the accuracy and sensitivity of the measurement.

Step-by-step explanation:

In electrochemistry, when modifying sensors and analytes, it is important for the analyte voltammetric signal to be between the band gap of the modifier.

This is because the band gap represents the range of energies that the modifier can interact with, and if the analyte voltammetric signal is outside this range, it may not be effectively detected or measured by the modifier. If you run a DPV passing through the band gap limit, you may not necessarily lose your electrode or modification, but the accuracy and sensitivity of the measurement may be compromised.