MCP For Claude Marketplace
Tafel Analysis

Tafel Analysis MCP Connector for Claude

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Calculate electrochemical kinetic parameters from current-voltage data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides tools to perform Tafel analysis on electrochemical datasets. It allows users to identify anodic and cathodic branches, calculate overpotentials, verify linearity in semi-log plots, and determine critical kinetic parameters like Tafel slopes, exchange current density, and transfer coefficients using analyze_tafel_kinetics.

electrochemistrykineticstafelvoltagecurrent-density

4 tools expose this connector's capabilities to your AI agent.

analyze_tafel_kinetics

Calculate fundamental kinetic parameters for a specific electrochemical branch

calculate_overpotentials

Transform raw voltage and equilibrium potential into overpotentials

identify_reaction_branches

Automatically detect and separate anodic and cathodic regions

validate_tafel_linearity

Verify if electrochemical data follows Tafel behavior

See how to talk to your AI agent using Tafel Analysis.

Can you separate the anodic and cathodic branches for this dataset?

The dataset has been split into an anodic branch and a cathodic branch based on the zero-crossing point of the current density.

Calculate the Tafel kinetics for the anodic branch.

The calculated Tafel slope is 0.120 V/dec, the exchange current density is 1.5e-3 A/cm², and the transfer coefficient is 0.5.

Is the electrochemical data linear for Tafel analysis?

Yes, the correlation coefficient is 0.998, indicating strong adherence to Tafel behavior.

You can use the `identify_reaction_branches` tool to automatically detect and separate the anodic and cathodic regions from your raw voltage and current density data.

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