In this paper, we report the theoretical investigation and experimental realization of a new
spin-gapless semiconductor (SGSs) compound CoFeMnSn belonging to the family of …

Heusler alloys based on 4d-elements are relatively less explored though they are known to
host interesting electronic/magnetic properties useful for future spintronics applications …

The pursuit of efficient spin polarization in quaternary Heusler alloys with the general
formula XX′ YZ (where X, X′, and Y are transition metals and Z is ap-block element) has …

The half-Heusler alloy RuMnGa having valence electron count (VEC) 18 has recently been
theoretically proposed to exhibit compensated ferrimagnetic (CFiM) character instead of the …

Here, we report the synthesis of a novel quaternary Heusler alloy CoMnCrGa and its
structural, magnetic, transport and electronic properties using both experimental and …

Abstract Machine learning is playing an increasingly important role in discovery and design
of new materials. In this work, 11 machine learning algorithms were trained to predict the …

The effects of various point defects and lattice distortions have been studied on the
structural, electronic, and magnetic properties of the Co 2 MnAl alloy, considering the …

The delicate nature of the half-metallic ferromagnetic (HMF) properties in Heusler alloys is
often compromised by inherent structural disorder within the systems. Fe2VSi is a prime …

The study undertaken on new Heusler compounds to uncover their crystal stability, structural
parameters, elastic constants and moduli along with other important related properties. The …

Ru $ _ {2-x} $ Fe $ _x $ CrSi (0$< $ x $< $1) system is theoretically predicted to be one of
the very few known examples of robust half-metallic ferromagnet with 100\% spin …