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Quaternary materials have a large flexibility to design bandgap and effective performance for detectors. In the ternary and quaternary chalcogenides, the semiconducting to seminsulating properties are exhibited with bandgaps from narrow (<1 eV) to large (>3 eV) and have the potential and flexibility to produce large numbers of electron hole pairs and hence increase detector sensitivity. In this...
Zn1-x-yBexMnySe solid solution is a very interesting semiconductor because it is promising material for future application in spintronics as a spin filter layer as well as in memory technology. The energy gap of BeSe is larger that that of ZnSe while the lattice constant of BeSe is lower than that of ZnSe. Both of them crystallize in sphalerite structure. By changing the content of beryllium it is...
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