MCP For Claude Marketplace
Sedimentation Velocity Dynamics

Sedimentation Velocity Dynamics MCP Connector for Claude

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Calculate particle sedimentation coefficients, terminal velocities, and Svedberg constants.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides computational tools for analyzing particle sedimentation dynamics under centrifugal force. It uses Stokes' Law to determine how particles move through viscous media. You can use get_sedimentation_coefficient to find the sedimentation coefficient based on particle radius and density, calculate_terminal_velocity to find speed at specific accelerations, get_svedberg_constant to characterize particles by mass, and simulate_sedimentation_profile to predict movement across various centrifugal intensities.

sedimentationstokes-lawcentrifugationphysicsfluid-dynamics

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

calculate_terminal_velocity

Determines how fast a particle will travel at a specific point in a centrifuge

get_sedimentation_coefficient

Calculates the sedimentation coefficient for a particle

get_svedberg_constant

Calculates the Svedberg constant to characterize the particle's sedimentation properties

simulate_sedimentation_profile

Predicts the movement of particles over time across different centrifugal intensities

See how to talk to your AI agent using Sedimentation Velocity Dynamics.

Calculate the sedimentation coefficient for a particle with radius 5e-6, density difference 1000, and viscosity 0.001.

The sedimentation coefficient for the specified particle is 5.0e-12 s.

What is the terminal velocity if the sedimentation coefficient is 2.5e-12 and the centrifugal acceleration is 15000?

The terminal velocity is 3.75e-8 m/s.

Find the Svedberg constant for a particle with a sedimentation coefficient of 1.2e-12 and a molecular mass of 5.0e5.

The Svedberg constant is 2.4e-18 s.

The sedimentation coefficient measures how quickly a particle sediments per unit of centrifugal acceleration, which can be found using `get_sedimentation_coefficient`.

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