By encapsulating luminol and Co2+ within UiO-67-bpydc, we construct an enhanced chemiluminescence MOF material. UiO-67-bpydc⊃Co+Lu exhibits excellent sensing properties for H2O2 and glucose, and can accurately image skin inflammation.
A Cu-modified Th-MOF photocatalyst was developed to investigate the effect on the photocatalytic oxidation reaction of 1,2,3,4-tetrahydroisoquinoline.
A rigid MOF with a (4,6)-connected she-net was prepared, which could further incorporate bpy(Cu) active centers through linker installation. Structure and size-selective catalytic activity for aerobic alcohol oxidation reactions can be regulated.
A UiO-67 MOF functionalized with [Ru(bpy)3]2+ and Mn2+ ions is active in light-driven amine oxidation. The oxidation via photosensitized singlet oxygen and electron transfer to manganese was evaluated.
A combined use of structural, textural and spectroscopic techniques serve as a photographic lens to gain insights into the mixed-linker Ce-UiO-67 MOFs that we have successfully synthesised.