A copper‐oxide‐based catalyst enriched with paramelaconite (Cu4O3) is presented and
investigated as an electrocatalyst for facilitating electroreduction of CO2 to ethylene and …

A novel nanocomposite of carbon dots-stabilized paramelaconite (CDs@ Cu 4 O 3) is firstly
reported and investigated as a stimuli-responsive nanozyme. The CDs@ Cu 4 O 3 is a more …

P-type semiconducting cupric oxide (CuO) was formed by thermal oxidation of copper (Cu)
sheets. Oxidation variables such as temperature, oxidation time, and oxidation atmosphere …

Despite impressive success in cancer immunotherapy, mastocarcinoma is an exception
because their spatiotemporal heterogeneous metabolism-mediated immune escape and …

For polymorphic solid-state systems containing multiple distinct crystal structures of the
same composition, identifying rational pathways to selectively target one particular structure …

The ability to selectively form one crystal structure among several options in a polymorphic
system is an important goal in solid‐state synthesis. Nanocrystal cation exchange, which …

Li-and Mn-rich (LMR) layered oxide positive-electrode materials exhibit high energy density
and have earth-abundant compositions relative to conventional Ni-, Mn-, and Co-oxides …

Navigating the kinetic landscape is a key to reaching complex inorganic phases efficiently.
High-temperature treatment of elemental mixtures is the traditional method of solid-state …

A precipitation method involving a deep eutectic solvent (DES)─ a mixture of hydrogen
bond donor and acceptor─ is used to synthesize a ternary metal oxide. Without toxic …

In the present work, Cu 4 O 3 nanoparticles were prepared by biosynthesis method using
Razma seeds and copper sulfate as a precursors. The synthesized Cu 4 O 3 nanoparticles …