Fabrication of ruthenium doped Ag@ TiO2 core-shell nanophotocatalyst for the efficient reduction of nitrophenols
In the present study, a novel Ag@ Ru/TiO 2 core–shell nanophotocatalyst with silver metal
cores and ruthenium-doped TiO 2 semiconductor shells has been fabricated via an …
cores and ruthenium-doped TiO 2 semiconductor shells has been fabricated via an …
A Career in Catalysis: Raymond J. Gorte
Ray Gorte has made major contributions to catalysis science and engineering in several
fields throughout his more than 40 years career spanning surface science, solid acids, fuel …
fields throughout his more than 40 years career spanning surface science, solid acids, fuel …
Boosting the NOx reduction and C3H8 oxidation of the Pd-based core-shell TWC in a water-added environment through dispersed treatment
Water molecules are one of the main impurities in automobile exhaust that will affect the
efficiency of three-way catalyst (TWC). Therefore, 600d-Pd@ Ce/ACH (the dispersed core …
efficiency of three-way catalyst (TWC). Therefore, 600d-Pd@ Ce/ACH (the dispersed core …
Intermediate temperature exposure regenerates performance and active site dispersion in sintered Pd–CeO2 catalysts
Methods that can impede or reverse the effects of high-temperature sintering and
deactivation are necessary to improve the utilization of catalytic materials. This work …
deactivation are necessary to improve the utilization of catalytic materials. This work …
Controlling Nanoscale Restructuring to Improve Catalyst Activity, Stability, and Material Utilization
A Hill - 2022 - deepblue.lib.umich.edu
Society relies on catalytic processes for many important chemical transformations, which has
contributed to the increasing cost, scarcity, and demand for precious metals. Synthesis …
contributed to the increasing cost, scarcity, and demand for precious metals. Synthesis …