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Pillar-layered structured nanoporous coordination polymers for carbon dioxide adsorption-based applications 

García-Ricard, Omar J. (2013)
Porous coordination polymers (PCPs) have been of great interest for scientist and engineers due to their potential use in applications such as heterogeneous catalysis, molecular storage, and gas separation via adsorption. ...
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Porous coordination pillared layer networks: Hysteretic gas adsorption and functionalization for superior CO2 uptake 

Riascos-Rodríguez, Karina (2020-02-03)
Porous coordination polymers (PCPs) are crystals holding pore sizes and shapes with tremendous capabilities for carbon capture based on adsorption. Coordination pillared layer networks, with copper as central node, Cu2+-CPL-n, ...
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Computational study of the physical adsorption of CO₂ on novel sorbents based on porous coordination polymers 

Meza-Morales, Paul de J. (2017)
CO2 capture has motivated the design and synthesis of a large number of adsorbent materials. An example of these materials are the coordination pillared-layers (CPLs), which have emerged as possible candidates for CO2 ...

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AuthorGarcía-Ricard, Omar J. (1)Meza-Morales, Paul de J. (1)Riascos-Rodríguez, Karina (1)AdvisorHernández-Maldonado, Arturo J. (2)Curet-Arana, María C. (1)Keywords
Porous coordination polymers (3)
Carbon dioxide adsorption (1)Carbon dioxide adsorption-based applications (1)Hysteretic adsorption (1)Metal-organic frameworks (1)Nanoporous materials functionalization (1)Novel sorbents (1)... View MoreSubject HeadingCoordination polymers (3)Porous materials (2)Adsorption (1)Carbon dioxide (1)Carbon dioxide--Absorption and adsorption (1)Copper -- Absorption and adsorption (1)Gases -- Absorption and adsorption (1)Hysteresis (1)Layer structure (Solids) (1)Nanopores (1)... View MoreTypeDissertation (3)Date2013 (1)2017 (1)2020 (1)Department
Department of Chemical Engineering (3)
ProgramChemical Engineering (3)CollectionTheses & Dissertations (3)

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