Nickel oxide (NiO) semiconductor is an interesting material in photocatalysis applications
due to its p-type nature and high hole concentration properties. These properties of NiO …

ABSTRACT In recent years, Density Functional Theory (DFT) simulations have been utilized
to gain insight into the Dry Reforming of Methane (DRM) process. It enables new and …

Single-atom catalysts show outstanding catalytic activity owing to their different electronic
and structural properties from those of nanoparticulate catalysts. For Au single-atom …

To investigate the Li+ do** effect on the structure and reactivity of NiO, a series of NiO
catalysts doped by Li+ cations have been synthesized and probed by using CO oxidation as …

Engineering the electronic properties of catalysts to facilitate electron transfer and activation
of dynamically stable peroxydisulfate (PDS) offers a promising strategy for efficient …

The development of non-noble metal catalysts for low-temperature CO oxidation is a pivotal
subject in various disciplines. In this study, an optimized Mn-doped NiO catalyst (Mn-NiO …

Heterogeneous catalysts are the key components in industrial chemical transformations.
Metal oxides are particularly appealing as catalysts owing to their inherent Lewis acid–base …

The utilization of low frequency ultrasound (US) offers a straightforward and powerful tool for
the production of nanostructured materials, in particular for structurally stable, highly …

Despite its huge potential, the utilization of methane as a main feedstock for the synthesis of
fuels and value-added chemicals is limited. Earth abundant transition metal oxides (TMOs) …

To unravel the role of Ni 3+ cations in NiO-based catalysts on the reactivity, NiO samples
doped by Li+, Zn 2+ and Cr 3+ cations were prepared to engineer different amounts of lattice …