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NASA Aerogel Lecture Series: Lecture 7 - Achieving High Efficiency Separation in Gas and Liquids Using Aerogels

Sadhan Jana·Sadeq Malakooti
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Abstract

The Aerogel Lecture Series unveils the extraordinary potential of aerogels—a class of highly porous solid materials derived from a gel in which the liquid is replaced by gas while maintaining the self-assembled three-dimensional structure. This video presentation features Dr. Sadhan Jana from University of Akron.

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Sadhan Jana, Sadeq Malakooti. 2026-08-13. NASA Aerogel Lecture Series: Lecture 7 - Achieving High Efficiency Separation in Gas and Liquids Using Aerogels. https://ntrs.nasa.gov/citations/20260007840

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Expanding the Horizons of Polymer Aerogels

As the Space Community endeavors to reach new heights of human exploration, materials for extreme environments are at the forefront of research. One class of materials of particular focus are polymer aerogels; lightweight solids with nanoscale pore size, high internal surface area, and extremely high porosities. These interesting properties allow aerogels to act as superior thermal insulators, IR scattering filters, sensor platforms, and vibro-acoustic mitigating materials. Polymer aerogels also have the potential to combat issues found in lunar environments such as dust and radiation mitigation. Herein, past and present research, synthesis, and applications of polymer aerogels will be discussed.

Stephanie L Vivod↗