Thermal Analysis Interpreter

Thermal Analysis Interpreter MCP Connector for Claude

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Analyzes TGA, DSC, and DTA data to identify decomposition, phase transitions, and enthalpy.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for interpreting thermal analysis data. It allows AI agents to process Thermogravimetric Analysis (TGA), Differential Scanning Calorimetry (DSC), and Differential Thermal Analysis (DTA) datasets. Using analyze_tga_stability, agents can identify mass loss events and decomposition temperatures. The calculate_phase_transitions tool detects melting points and phase changes, while quantify_enthalpy calculates the energy associated with specific thermal events. For kinetic studies, estimate_kinetics provides activation energy and reaction order based on heating rates.

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

analyze_tga_stability

Identifies mass loss events and decomposition temperatures from TGA data

calculate_phase_transitions

Detects phase changes and melting points from DSC or DTA data

estimate_kinetics

Estimates the kinetic parameters of a decomposition process

quantify_enthalpy

Calculates the energy associated with a specific thermal event

See how to talk to your AI agent using Thermal Analysis Interpreter.

Analyze this TGA data: [{'temp': 100, 'mass': 1.0}, {'temp': 200, 'mass': 0.95}, {'temp': 300, 'mass': 0.7}].

The TGA analysis shows a significant decomposition event starting near 200°C, with a total mass loss of 30%.

What is the enthalpy for the transition between 150 and 180 degrees in this DSC data?

The calculated enthalpy for the transition between 150 and 180 degrees is 45.2 J/g.

Detect phase transitions in this DSC data: [{'temp': 50, 'heatFlow': 0.1}, {'temp': 150, 'heatFlow': 5.0}, {'temp': 250, 'heatFlow': 0.1}].

A phase transition was detected at 150°C.

The server processes TGA, DSC, and DTA data to extract stability, phase transition, and kinetic information.

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