Presentación


Software Description:

MONSAIC is a user-friendly platform developed in Python for the visualization and analysis of adsorption data in nanoporous materials. It uses libraries of simulated isotherms that include details of the geometry and functional groups of the materials, maximizing the accuracy of the characterization.

Main Features:

  • Advanced Analysis: Fitting of experimental isotherms for precise textural and energetic characterization.
  • Smart and Manual Regularization: A Tikhonov scheme enhanced by a machine-learning module that automatically selects the optimal regularization parameter to obtain robust and reproducible pore size distributions (PSD). Manual parameter selection is also available for greater control.
  • Adsorption Enthalpy Calculation: Based on fluctuation theory, without requiring multiple isotherms or calorimetric experiments.
  • BET Surface Area: Automatic calculation from the isotherm, including graphical display and result export.
  • Custom Export: Numerical and graphical results in accessible formats for further analysis.

Important Notes:

  • The first load may take some time as Python decompresses the data.
  • The current version includes the following isotherm libraries: 5 for nitrogen in slit and cylindrical geometries (with and without heterogeneities) and 1 for CO2 in slit pores. The N2 models include both spherical and multi-site models, while the CO2 model is a multi-site model. For more information, please refer to the manual.
  • During complex calculations, Windows may indicate that the program is not responding, but MONSAIC will continue to work and will update once the task is completed.

Flecha de descarga

Download MONSAIC

Version: September 2025


Reporting Issues and Suggestions

For inquiries and support, please send an email to monsaic.adsorption@gmail.com

License and Terms of Use
MONSAIC – Academic, non-commercial use only.
Modification, distribution, or commercial use is prohibited.
Registration: RL-2024-66661137-APN-DNDA#MJ.