Brandon Schmidt
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View article: Electronic, magnetic, and structural properties of V2CoAl: Experimental and computational study
Electronic, magnetic, and structural properties of V2CoAl: Experimental and computational study Open
Here, we present results of combined experimental and computations study of V2CoAl, a Heusler alloy that exhibits nearly perfect spin-polarization. Our calculations indicate that this material maintains a high degree of spin-polarization (…
View article: Electronic and magnetic properties of nearly spin-gapless semiconducting FeVTaAl and FeCrZrAl
Electronic and magnetic properties of nearly spin-gapless semiconducting FeVTaAl and FeCrZrAl Open
Here, we present results of a computational study of electronic, magnetic, and structural properties of FeVTaAl and FeCrZrAl, quaternary Heusler alloys that have been recently reported to exhibit spin-gapless semiconducting behavior. Our c…
View article: Pressure induced modification of electronic and magnetic properties of MnCrNbAl and MnCrTaAl
Pressure induced modification of electronic and magnetic properties of MnCrNbAl and MnCrTaAl Open
Spin-gapless semiconductor (SGS) is a new class of material that has been studied recently for potential applications in spintronics. This material behaves as an insulator for one spin channel, and as a gapless semiconductor for the opposi…
View article: Electronic, magnetic, and structural properties of NiFeMnAl
Electronic, magnetic, and structural properties of NiFeMnAl Open
Half-metallic Heusler compounds have been extensively studied in the recent years, both experimentally and theoretically, for potential applications in spin-based electronics. Here, we present the results of a combined theoretical and expe…