… Ti –N O ) is greatly narrowed. Comparing among N, Nb, and (Nb Ti –N O ) dopants in TiO
2 NPs, the co-doping pair shows the largest band gap reduction and should provide superior …

… Semiconductor-based photocatalysts are seeking the … With the aid of codoping, the band
gap could be tailored such … to neutral defects due to the uncompensated charge. The positive …

… Mn codoped system. The decrement in band gap is most suitable for the Mn and N codoped
… (44,45) Note that these defects are not stable in neutral form because of the uncompensated …

… The band gap of TiO 2 reduced from 3.2 to 1.9 eV with mono–doping and co–doping of the
… dioxide (TiO 2 ) has emerged as one of the most commonly utilized semiconductor oxides in …

… ordering of diluted magnetic semiconductor oxide systems. … many physical properties and
band structure of the TiO 2 matrix [[… To have insight of the effect of co-doping in TiO 2 matrix, we …

… to reduce the bandgap of a catalyst by altering its valence band structure. Numerous studies
… Band structure engineering of semiconductors for enhanced photoelectrochemical water …

… allow elimination of uncompensated electronic charges and … O, respectively, we show that
co-doping these elements at the BZO … within the band gap of BZO electronic band structure by …

… Zr codoped with Zn (Zn, Zr) on the {0001} α-Fe2O3 surface. The calculated PDOS and band
structure for Zr-… Ab initio study on noncompensated CrO codoping of GaN for enhanced solar …

… semiconductor with tuneable electrical and optical properties … of p-and n-type sites in
non-compensated dopants (eg, Cr/N) … In this work, we address the structural impact of co-doping in …

… structures, we further examined the effects of Zr and Zr codoped with Zn (Zn, Zr) on the {0001}
α-Fe 2 O 3 surface. The calculated PDOS and band structure for Zr-doped {0001} α-Fe 2 O …