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Porous Polymers: Microporosity
Date
August 18, 2024
Division/Committee: [PMSE] Division of Polymeric Materials Science and Engineering
Porous materials, especially porous polymers, are at the heart of many technologies needed to solve major societal challenges and which align with many of the UN’s sustainable development goals. Notable examples include membranes for gas separation and water purification, crucial for access to clean water and energy security for our vulnerable communities. The secret to high-performance porous polymers lies in their chemistry, which is critical for applications such as hydrogen separation and carbon capture. The Porous Polymers Symposium will highlight how elevating polymer chemistry and materials science brings it to the forefront of the advanced technologies that are of vital importance to mankind.
The elucidation of kinetic and mechanistic information over catalytic surfaces is paramount to the development of new and more efficient catalysts. A wide range of experimental and theoretical tools are now available to kinetically characterize catalytic systems both in-situ and ex-situ…
The elucidation of kinetic and mechanistic information over catalytic surfaces is paramount to the development of new and more efficient catalysts. A wide range of experimental and theoretical tools are now available to kinetically characterize catalytic systems both in-situ and ex-situ…
Catalysts are growing increasingly complex and expensive to develop, while compute power and experimental automation capabilities continue to grow rapidly. As such, data-driven design of catalysts is becoming increasingly feasible to overtake low-throughput, traditional trial-and-error approaches…