Highly regioselective tandem hydroformylation of substituted styrene using Iminophosphine rhodium complex immobilized on carbon

Cyclododecene isomeric separation by (supported) rhodium(i)-catalysed selective dehydrogenative borylation reaction

“…4C, at 309.4 and 314.1 eV, corresponding to Rh( i ) and Rh oxide in the Rh 3+ oxidation state. 26,27 The high-resolution Rh 3d peak of the 0.5%RhL@NaY sample (Fig. S20†) shows a major presence of Rh( i ) in this Rh-diluted zeolite.…”

Producing green hydrogen in an efficient way using a nexus of a waste-biomass derived catalyst and a cost-effective & scalable electrode platform

“…6c) located at 532.0 eV (CQO/C-O), while another peak at 534.08 eV was ascribed to the C-OH group. 35,46 In the N 1s spectrum (Fig. 6d), four different N species can be ascribed as Pyridinic-N (398.5 eV), Pyrrolic-N (399.5 eV), Graphitic/ Quaternary-N (400.5 eV), and N-oxides (401.4 eV), as shown in Fig.…”

Account of Ni/NiO Nanoparticle-Supported N-Doped Graphitic Carbon Derived from Sugarcane Waste as a Sustainable Electrocatalyst for Oxygen Evolution Reaction

“…In the present work, sugarcane waste (bagasse) produced from the sugar industry after sucrose extraction is used as a biomass precursor to synthesize the carbon-based material. − Herein, we developed novel nickel/nickel oxide nanoparticles supported on N-doped carbon, an easy, promising, and cost-effective technique for producing graphitic carbons via direct pyrolysis. We found the facile method for the fabrication of a graphitic shell encapsulated with Ni nanoparticles and bagasse-derived N-doped carbon after optimization.…”