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Abstract Reversible light-driven adsorption in framework materials offers a route to energy-efficient separations, yet current mechanisms deliver modest working capacities that constrain practical utility. Here we introduce photo-reversible defect complexation as a design principle for enhancing light-induced working capacities, coupling photoswitch isomerisation to active binding site modulation rather than pore geometry changes alone.
on Posted on Reading Time: 5 minutes As the result of the growth in 5G deployment, the telecommunications industry has been paying more attention to edge computing as a potential value-add service driving new revenues for both the telcos and cloud providers.
on Posted on Reading Time: 5 minutes As the result of the growth in 5G deployment, the telecommunications industry has been paying more attention to edge computing as a potential value-add service driving new revenues for both the telcos and cloud providers.
As a journalist, you can create a free Muck Rack account to customize your profile, list your contact preferences, and upload a portfolio of your best work.
