Proton exchange membrane fuel cells (PEMFCs), as a feasible alternative to replace the
traditional fossil fuel-based energy converter, contribute significantly to the global …

As an indispensable substance to human survival, air is contaminated by a variety of
sources, such as from industrial emissions and human-living activities. Among the …

Herein, a series of rod-like MnCeO x are synthesized by pyrolyzing Mn/Ce-BTC for toluene
oxidation. The 3Mn2Ce catalyst exhibits superior catalytic performance and stability under …

The development of a highly efficient catalyst for CO 2 activation and selective conversion to
methanol is critical to address the issues associated with the high thermal stability of CO 2 …

In this study, a novel double redox (DR) method was developed to synthesize highly active
CuO–CeO 2 (CuCe-DR) catalyst for catalytic oxidative decomposition of toluene. Compare …

Understanding how the shape of a nanocatalyst alters its catalytic performance is essential
for the design of active catalysts at the nanoscale. This report describes novel findings of an …

In this work, highly efficient Cu x–Mn composite catalysts (0≤ x≤ 0.20) were synthesized by
an improved hydrothermal–citrate complex method and tested in the catalytic total oxidation …

A facile and eco-friendly route to prepare pure Pr 2 Ce 2 O 7 nanostructures with very
desirable performance in hydrogen storage has been developed utilizing a novel and …

The distribution of copper species (on the surface or in the bulk of CeO 2 support) and the
interfacial interactions between CuO and CeO 2 are critical in understanding the synergistic …

A series of Cu n CoO x bimetallic oxides were synthesized by calcination of xCu/ZIF-67
precursors pre-impregnated with Cu 2+. The Cu 7 CoO x catalyst demonstrated remarkable …