A new ATR-IR microreactor to study electric field-driven processes

- A silicon-based microreactor to study E-field-driven processes by in situ ATR-IR.
- In situ IR of gaseous CO2 under an applied E-field, and electrochemistry involving NH4+ in solution.
- Discussion of ATR artifacts (phonons, IR interference) caused by the E-field, which are not related to the chemical species and their reactions.