C60-fullerene-supported rhodium clusters can efficiently catalyze the direct reduction of NO into N2 and O2.
Herein, we report an efficient methodology for the preparation of a heterogeneous sustainable magnetically separable Cu@PANI@Fe3O4 nanocomposite, and its catalytic efficiency in multicomponent reactions for the synthesis of triazolo quinolines and triazolyl benzamide derivatives is investigated.
Sodium is predominantly six coordinate in the SAT–urea eutectic, hydrated by two-thirds of available water with urea competing to solvate both sodium and ‘excess’ water enabling congruent melting at the eutectic composition.
Axial-ligand-induced switching of transition metals' spin states is revealed to facilitate controlled SET-based radical initiation.
The ratio of GSSG to GSH plays a key role as a biomarker for monitoring cellular health thus fuelling extensive ground-breaking research towards the development of robust sensory receptors for continuous monitoring of glutathione concentration.