Sentence examples for electronic properties compared from inspiring English sources

The TB approximation is an efficient method to describe the electronic properties compared with the density functional theories (DFT).

The catalyst prepared by deposition-precipitation using the chloride precursor (DP-Cl) exhibited higher dispersion and different electronic properties compared to the other catalysts.

The newly synthesized f-NP's exhibited higher thermal stability and equivalent electronic properties compared to conventionally used [6,6]-phenyl-C 61-butyric acid methyl ester (PCBM) for photoactive layer.

Titania nanotubes incorporated with tungsten oxide have been reported to possess enhanced optical and electronic properties compared to its pure form [6 14]. Further, this mixed oxide composite nanotube shows a unique photon energy retention feature, i.e., the photon to electrical energy conversion process does not cease immediately after curbing the photon influx but stops gradually.

As a result of the functionalization of the fullerene, the resulting material has greatly differing electronic properties compared to pristine C60.

In this regard, GaN provides a suitable replacement of the p-ZnO for the fabrication of pn-heterostructures due to their better match in crystal structure, wide band gap and opto-electronic properties compared to other p-type materials.

Recent developments in nanotechnology have engendered a range of novel inorganic nanomaterials, such as metal nanoshells [ 3] and carbon nanotubes [ 4], offering unique opto-electronic properties compared with conventional organic nanocarriers [ 3, 4].

In the present decade, core/shell structured nanoparticles have received much attention, due to their enhanced combination of optical, electronic, and magnetic properties compared to those of single-component nanomaterials [31].

Annealing, thick RT-C58 films up to 1100 K in ultrahigh vacuum results in HT-C58, a new material with considerably modified electronic and vibrational properties compared to the as-prepared RT-C58 film.

The calculated geometric and electronic properties were compared with available experimental data.

Ultra-dispersed bimetallic nanomaterials have attracted much attention in the hydrogenation of highly toxic aromatic nitro compounds to aromatic amines owing to their high stability, superior activity, reusability, and unique optical and electronic properties, as compared to monometalic nanocrystals.