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Subsequently, the external strain from −6% to 6% is employed to engineer the band structure, and the energy gap can be efficiently tuned from 0 to 0.70 eV.

From the above results, we conclude that the electronic and magnetic properties of graphane can be efficiently tuned from insulator to semiconductor (from non-magnetism to ferromagnetism) via selective dehydrogenation, whereas the band gap and magnetism moment of partially hydrogenated graphene can be enhanced by imposing a biaxial tensile strain.

The spectral emission and consequently the fluorescent color of the nanofibers can be efficiently tuned from the blue via white to the yellow-green spectral range.

MoDPepInt collects three protein protein interaction predictive models that can be efficiently tuned using data derived from various high-throughput experimental techniques and thus do not require structural information as in Brannetti et al., 2000 and Hou et al., 2008, 2012.

The concentration of native and extrinsic defects induced by doping can be efficiently tuned by considering the defect generation chemistry.

The emission position and decay time can be efficiently tuned by incorporating various kinds of activators.

However, the transport anisotropy can be efficiently tuned by defect, which may contribute to the design of functional device.

Both the OL-PM and the CL-PM are able to exploit this variability thanks to their reactivity which can be efficiently tuned using the n parameter.

Our first-principles calculations show that ΔGH is dependent on the H-coverage and can be efficiently tuned by applied tension (Fig. 2).

Even though the broad spectral absorption of PbS/TiO2 is expected to comprise appreciable contributions from the whole electronic spectrum of the underlying PbS nanocrystals, its strong dependence on the coating cycles verifies that direct growth of PbS QDs on TiO2 and their optical response can be efficiently tuned by the SILAR technique through a broad size/spectral range.

The results obtained from this study indicate that the strength of coupling between THz light radiation and electrons in the Au/PS sphere array can be efficiently tuned and modulated via varying sample parameters such as the diameter of the Au/PS sphere and the thickness of the Au shell.