Catalytic formation of hydrogen and carbon-carbon bonds on illuminated zinc sulfide generated from zinc dithiolenes

Potential Applications for Solar Photocatalysis: From Environmental Remediation to Energy Conversion

“…However, no semiconductor material capable of catalyzing the overall water splitting under action of visible radiation around 600 nm, with a quantum efficiency high enough to make possible the commercial application (Maeda & Domen, 2007;Jing et al, 2010). Besides, many of the photocatalysts capable to induce hydrogen production with commercially acceptable quantum efficiency, with excitation between 300 and 450 nm, are expensive and inadequate from the environmental point of view (Zeug et al, 1985;Maeda et al, 2006;Bao et al, 2008).…”

Free Radical Copolymerisation ofN-Methylmaleimide and 2,3-Dihydrofuran Initiated by their Radical Cations. A Low Temperature EPR Study of a Binary System

“…[30,31] N-Methylmaleimide has an ionisation potential between these values (calculated HOMO: -10.1 eV [20] ). The electron transfer condition is therefore met both for MeMI and for DHF.…”

Photocatalyzed reaction of indole in an aqueous suspension of titanium dioxide

“…For example, an aqueous suspension of 1,4-dihydrofuran in the presence of zinc sulfide undergoes oxidation to give the coupling product [18][19][20][21].…”