First principal investigation of structural, morphological, optoelectronic and magnetic characteristics of sprayed Zn: Fe2O3 thin films

Below we will see that this doping has no significant effect on the electronic structure nor on the geometry of the crystal, but it is sufficient to effectively

As for diffusive excitations of localized spins in dimerized Fe (mnt)~ stacks, their influence is shown to dominate the temperature variation of both the spin-lattice nuclear

The observed structures are interpreted in terms of transitions in qualitative agreement with the calculated electronic band structure..

Vibrating sample magnetometer (VSM) measurements showed an increase of the saturation magnetization with the Zn 2+ insertion. Further, a ferromagnetic behavior

To determine the nature of the limiting stage and the reaction mechanism on the electrode, we plot the polarization curves of pure zinc as a function of the scan rates fig

The structural, Zinc oxide (ZnO) and ZnxCd1-xO thin films were deposited using a low cost spray pyrolysis morphological, and optical properties of ZnO and Cd:ZnO

The onset of interband transitions is thus determined and the Drude parameters of the conduction electrons are calculated The results are discussed in relation to the

[4-61 Since in this case the joint interband density of states is invol- ved instead of the band density of states, optical densities of states determined for