MCP For Claude Marketplace
Transport Number Calculator

Transport Number Calculator MCP Connector for Claude

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Calculate ion transport numbers using mobilities, conductivities, or Hittorf method data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for electrochemical analysis of electrolytes. It allows for the calculation of cation and anion transport numbers through multiple methods. You can use calculate_mobility_transport_numbers to derive transport numbers from ionic mobilities, or calculate_conductivity_transport_numbers using molar conductivities. For experimental data, calculate_hittorf_results processes concentration changes near electrodes. Additionally, apply_association_correction adjusts results to account for ion pairing in concentrated solutions.

electrochemistryionsmobilityconductivityhittorf

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

calculate_conductivity_transport_numbers

Calculates transport numbers using the molar conductivities of the individual ions

calculate_hittorf_results

Estimates the transport numbers using data derived from the Hittorf method

calculate_mobility_transport_numbers

Calculates the transport numbers for a cation and anion based on their individual ionic mobilities

apply_association_correction

Adjusts the theoretical transport numbers to account for the presence of ion pairs in concentrated solutions

See how to talk to your AI agent using Transport Number Calculator.

Calculate the transport numbers for a cation with mobility 5.0 and an anion with mobility 4.0.

The cation transport number is 0.5556 and the anion transport number is 0.4444.

What are the transport numbers if the cation molar conductivity is 120 and the anion is 80?

The cation transport number is 0.6 and the anion transport number is 0.4.

Adjust transport numbers of 0.6 and 0.4 using an association constant of 0.1.

The corrected cation transport number is 0.54 and the corrected anion transport number is 0.36.

You can use the `calculate_mobility_transport_numbers` tool by providing the specific mobility values for both the cation and the anion.

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