Diffusion Coefficient Calculator

Diffusion Coefficient Calculator MCP Connector for Claude

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Calculate diffusion coefficients, particle radii, and transport kinetics using the Stokes-Einstein framework.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides precision tools for calculating transport kinetics in liquid media. It uses the Stokes-Einstein relation to determine the diffusion coefficient of a solute based on its hydrodynamic radius, the solvent's viscosity, and the absolute temperature. Users can also reverse the calculation to find the solute radius from a known diffusion coefficient or estimate the time required for a particle to travel a specific distance. The server includes concentration corrections for crowded environments and provides access to a catalog of standard solvent properties via get_solvent_properties.

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

calculate_diffusion_coefficient

Calculates the diffusion coefficient (D) for a solute in a specific solvent at a given temperature

calculate_diffusion_time

Estimates the time required for a solute particle to travel a specific distance

calculate_radius_from_diffusion

Determines the hydrodynamic radius of a particle when the diffusion coefficient is already known

get_solvent_properties

Retrieves standard viscosity and density constants for common solvents

See how to talk to your AI agent using Diffusion Coefficient Calculator.

What is the diffusion coefficient for a particle with a radius of 1e-9 meters in water at 298K?

The diffusion coefficient is 4.41e-10 m^2/s.

How long will it take for a particle with a diffusion coefficient of 5e-10 m^2/s to travel 10 micrometers?

It will take approximately 200 seconds for the particle to travel 10 micrometers.

Find the viscosity of ethanol.

The viscosity of ethanol is 0.00107 Pa·s.

The tool applies a correction factor to the Stokes-Einstein equation when a `soluteConcentration` is provided, accounting for increased resistance in crowded environments.

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