Precise control of charge transfer between catalyst nanoparticles and supports presents a unique opportunity to enhance the stability, activity, and selectivity of heterogeneous catalysts.
Research Highlights
Two-terminal memory elements, or memelements, capable of co-locating signal processing and memory via history-dependent reconfigurability at the nanoscale are vital for next-generation computing materials striving to match the brain’s efficiency
Structure-mediated adsorption and interfacial ordering is key to designing ligands for extractions with enhanced selectivity and efficiency.
Scientists found that the collective nanoparticle dynamics in polymer nanocomposites could be up to three orders of magnitude slower than the self-diffusion limit of isolated nanoparticles.
Energy-efficient CO2 capture from a flue gas simulant
A new method was developed for the discovery of fundamental descriptors for gas adsorption through deep learning neural network (DNN)
A two‐step topotactic pathway for the preparation of phosphabenzene‐based porous organic
The elusive interfacial chemistry underlying solvent extraction has been mapped in real time using nonlinear laser spectroscopy
By combining the classic anion receptor calix[4]pyrrole (C4P) and a phenolic ligand, a remarkable enhancement in selectivity was found for Cs
A new strategy to design strong metal-support interaction via a reverse route (SMSIR) is reported by starting from the final fully encapsulation, core-shell structure and treating it to obtain an int