The in-situ formation of oxides on alloy surface induced by high temperature can effectively
reduce wear and resist oxidation. In consideration of the solid solution strengthening effect …

The control over spin distribution to achieve magnetic properties in crystalline structures is
crucial for materials design. A clear understanding of the relationship between structure and …

The structural and magnetic properties of spinel compounds CoB 2 O 4 (B= Cr, Mn and Fe)
are studied using the DFT+ U method and generalized gradient approximation. We …

Abstract Herein, structural, optical, magnetic, electronic, and thermoelectric (TE)
characteristics of cubic spinels Ln 2 MnSe 4 (Ln= Yb, Lu) are examined by DFT+ U. Enthalpy …

The study focuses on the investigations of the impact of multiple charge states of transition
metal ions on the magnetic properties of bulk CoCr 2 O 4-δ. The electronic structure of the …

The hazardous electroplating sludge (ES) waste can be converted to metal oxide catalysts
for pollution reduction. Combining the computational study with experimental verification, we …

Herein, a new class of high entropy spinel material with composition (Mg 0.2 Co 0.2 Ni 0.2
Cu 0.2 Zn 0.2) Cr 2 O 4 is introduced. Detailed structural and microstructural …

We have conducted high-pressure x-ray diffraction studies on the MnC r 2 O 4 and NiC r 2 O
4 spinels at room temperature. Both compounds undergo pressure-induced structural …

Mn 3 O 4 represents a model system for probing geometrically frustrated magnetism, and
studying the magnetic behavior of the material under high pressure could yield new insights …

Single phase NiCr 2 O 4 has been successfully prepared by sol–gel technique.
Characterization of crystal and morphology exhibits the tetragonal structure and …