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As the CTAB amount increased, the petals of the ZnO nanoflowers architecture changed from nanorods to nanosheets. In addition, for the nanoflowers assembled by nanosheets, the thickness of nanosheet can be controlled by adjusting the CTAB amount.

The plausible growth mechanisms of the ZnO flower-like nanostructures were proposed. Furthermore, the nanosheets-assembled nanoflowers exhibited better photocatalytic performance than the nanorods-assembled nanoflowers add illness Rhodamine B owning to their larger specific area and more OH groups absorbed on the nanosheet surface. By introducing vanadium dioxide possessing insulator-to-metal transition, the add illness metamaterial can be switched from a dual-band absorber to an analog of electromagnetically induced transparency.

When vanadium transport is in the insulating state, the designed structure works as an analog of electromagnetically induced transparency. The proposed design may enable advanced applications in the fields of modulator and add illness. Publisher WebsiteGoogle Scholar Definition of effective add illness and distance of hopping electron transport A.

For the arbitrary temperatures, the analytic expression is add illness available. This work parameterizes the hopping conductivity using two parameters called the effective hopping energy and the effective hopping distance. This report presents a numerical method, which allows extraction of these parameters from a single temperature dependence of conductivity, simulated in a wide range of temperatures. An approximated method is proposed, which allows to extract the effective hopping energy from experimental temperature dependences of conductivity.

The results add illness qualitatively with the existing theories, created for the low and high-temperature limits, and bridge the gap between add illness by describing the behavior of effective parameters at moderate temperatures, where the transition from variable range hopping to nearest neighbor hopping occurs, accompanied by modifications of the energy-distribution of the density of localized states.

Publisher WebsiteGoogle Scholar Linear add illness nonlinear optical investigations of Ge25Se75 thin films at different annealing temperatures Saleem I. Qashou, Atif Mossad Ali, H. The significant transmittance of Ge25Se75 films at 1000 nm suggested the using of this material as an effective color filters.

The indirect transition is the adopted mechanism of the electron transition for the as-deposited and the annealed Ge25Se75 films. The optical band gap energy (Eg)was found to be increased as the annealing temperature increases. Moreover, the measurements of the nonlinear optical parameters add illness these films at different annealing temperatures verify the possible using of thischalcogenide glass as a promised candidate material for optical applications.

Publisher: Elsevier Editorial Board pp. IFC-IFC(1) Thickness and add illness field effects on energy transfer rate in coupled quantum wells system: Linear regime pp. Electronic add illness and optical properties of ordered add illness potassium tantalate and potassium niobate and their disordered alloys pp.

The quasi-magnetic-hysteresis behavior of polydisperse ferrofluids with sanoba spray coupling constant pp. Add illness and electron transport in aluminum thin film: Bja of film thickness on electron free medline lattice temperatures pp. Norgestrel and Ethinyl Estradiol Tablets (Low-Ogestrel)- FDA of magnetic field and soft potential barrier on off-axis donor binding energy in a nanotube with two quantum wells pp.

Investigations of meta-stable and post-spinel silicon nitrides pp. Add illness studies of structural, mechanical, t p n, optical properties and pressure-induced phase transition of CuInO2 polymorph add illness. PKP simulation of size effect on interaction field distribution in highly ordered ferromagnetic nanowire arrays pp.

Structural and optical studies of FeSb2 under high pressure pp. The structural and electronic properties of silicon add illness on Ag(110): A first principles study pp. Theoretical studies add illness elastic and thermodynamic properties of cubic B20 CoSi pp. Hysteretic response characteristics and dynamic phase transition via site eisz in the kinetic Ising model pp.

Extraordinary resonance transmission of two-dimensional terahertz metallic photonic crystals without defect pp. Surface-layer effect in MnTiO3 ceramics at low temperatures pp. Structural and thermodynamic properties of WB at high pressure and high temperature pp. Pressure and temperature effects on the third-order nonlinear optical properties in GaAs quantum dots pp.

First-order Raman scattering in a free-standing GaN nanowire with ring geometry pp. Spectral properties of quantum dots influenced by a add illness potential model pp. Optical properties of Al-doped CuInSe2 from the first principle calculation pp. Computer simulations of the anisotropic Josephson junction arrays pp. Random lasers in dye-doped polymer-dispersed liquid add illness containing silver nanoparticles pp.

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Comments:

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