nrr-overpotential

To calculate NRR overpotential, you input the Gibbs energy steps for the target nitrogen reduction reaction pathway on your catalyst surface, and the tool evaluates the electrochemical energetics to determine the overpotential.

Yes, you can compare distal, alternating, and enzymatic NRR pathways by providing the respective Gibbs energy steps for each route, allowing you to identify the most energetically favorable mechanism on your chosen surface.

You can apply pH corrections during the nitrogen reduction overpotential calculation by adjusting the Gibbs energy evaluation, ensuring the electrochemical energetics accurately reflect the specific environmental conditions of your catalyst screening.

Yes, calculating NRR overpotential requires consistent gas-phase references and ISPIN=2 settings, along with accurate dG_N2H values, to ensure the Gibbs energy evaluation for the catalyst surface is physically correct.

Yes, the NRR overpotential tool supports integrated DAG workflows, allowing you to connect geometry optimization, frequency analysis, and Gibbs energy evaluation in a reproducible pipeline for comprehensive catalyst screening.

The best way to screen catalysts is to use a single-descriptor or multi-step workflow that computes dG_N2H and additional intermediate energies, allowing you to rapidly assess the activity and selectivity of electrochemical nitrogen reduction.