MCP For Claude Marketplace
Surface Binding Energy Engine

Surface Binding Energy Engine MCP Connector for Claude

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Calculate surface binding energy, adsorption enthalpy, and site heterogeneity from isotherm data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides a specialized thermodynamic engine for analyzing adsorption processes. It allows AI agents to calculate the specific surface binding energy using get_binding_energy, determine the enthalpy change via get_adsorption_enthalpy, evaluate surface uniformity with analyze_site_heterogeneity, and identify multi-layer adsorption transitions using get_multilayer_profile. It is designed to process experimental isotherm data and temperature inputs to provide precise thermodynamic insights.

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

get_adsorption_enthalpy

Determines the enthalpy change associated with the adsorption process

analyze_site_heterogeneity

Evaluates how uniform the surface binding sites are based on the adsorption profile

get_multilayer_profile

Identifies the pressure range and coverage where multi-layer adsorption begins to dominate

get_binding_energy

Calculates the specific surface binding energy for a given set of isotherm data

See how to talk to your AI agent using Surface Binding Energy Engine.

Calculate the binding energy for this isotherm data at 298K: [{'pressure': 0.1, 'coverage': 0.2}, {'pressure': 0.5, 'coverage': 0.5}]

The calculated surface binding energy is 45.2 kJ/mol.

What is the adsorption enthalpy for this data at 300K: [{'pressure': 1.0, 'coverage': 0.8}]

The enthalpy of adsorption is -32.5 kJ/mol, indicating an exothermic process.

Is this surface uniform? Data: [{'pressure': 0.1, 'coverage': 0.1}, {'pressure': 0.2, 'coverage': 0.3}] at 298K

The heterogeneity index is 0.05, suggesting a highly uniform surface.

You need an array of isotherm data containing pressure and coverage values, along with the absolute temperature in Kelvin.

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