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AI and advanced chemistry team up to create next-generation magnets.
Partnership supports national effort to strengthen critical materials supply chains and manufacturing.
CMI welcomes a new member of its executive leadership team: Dawn Wellman, Savannah River National Laboratory, is the CMI Science Integration Lead.
Saturated hydrocarbons are catalytically and selectively transformed into organoaluminum intermediates via zirconium-mediated terminal C–H bond cleavage and C–Al bond formation, as a new functionalization method that complements oxidation, borylation, and silylation.
Addition of Sn to Pt-based catalysts reduces coke production during propane processing. Sn addition also leads to a reduced activity across all surface facets of a catalyst particle; however, specific modification is surface facet dependent.
Spectroscopic and scattering experiments measured kinetics of polymer adsorption into pores and product desorption out of the pores for a mesoporous-shell/cleavage-site/solid-core catalyst, revealing that chain length and pore diameter govern the rates.
Catalytic hydrogenolysis is a promising technique for converting polyolefin materials into products with potential commercial use.
Bifunctional catalysts improve the viability of chemical upcycling for waste polyolefins to value-added surfactant-range alkylaromatics.