The coupling field reaches a maximum around 0.5–0.6 nm and then decreases monotonously. The maximum that commonly appears around 0.9 nm in the (Pt/Co)/Ru/(Co/Pt) type of SAF structures is missing in that case. This can be explained by the fact that the RKKY coupling strongly ...
A non-linear dependence of deterministic switching of average Mz on the in-plane magnetic field was revealed, which could be explained and understood by micromagnetic simulation. Strong interests have been focused on the electrical control of the magnetic moment in spintronic devices due to its ...
Processing conditions as to spin-coat films of the fluorinated acrylate doped with the PtTFPP are described. Pressure dependence of the photoluminescence emission of such spin-coat films is explained in connection with luminophore concentration, film thickness and types of substrate....
Agostinho Moreira2, A. Almeida2, M. Pereira1, A. A. Pasa3 & M. J. M. Gomes1 An enhanced resistive switching (RS) effect is observed in Pt/BaTiO3(BTO)/ITO ferroelectric structures when a thin HfO2:Al2O3 (HAO) dielectric layer is inserted between Pt and BTO...
In contrast to the single peak of longitudinal and transverse MR, the out-of-plane MR shows a characteristic "W" shape below the saturation field (Fig. 2b), which cannot be explained by the conventional anisotropic magnetoresistance (AMR) behavior alone. In order to reveal its origin, we ...
Such eBRS mechanism operates mainly when an asymmetric potential barrier is present, which facilitates carrier trapping under one bias polarity, and carrier detrapping under the opposite bias polarity. Kim et al. explained such mechanism in great detail for the case omfutshtebTeiOna2tmureamllyorby...
the repetitive CV during the potential of −0.2 to +0.8 V, similar to the procedure explained in Section 2.4. 3. Results and Discussion 3. Results and Discussion 3.1. Property of Pt/PANI-CNT and PtM/PANI-CNT Catalysts 3.1. Property of Pt/PANI-CNT and PtM/PANI-CNT Catalysts Pa tg/...
It is also important to note that sample A has higher remanent magnetization and coercive field compared to sample B in the perpendicular direction. This is explained by the increase in Co layer thickness caused by the "magnetic substrate" of sample A that enhances the perpendicular anisotropy. ...
Pt4+ confined Catalysts 2017, 7, 145 4 of 10 inside CNTs can be easily reduced because of the confinement [16,17,33] and hydrogen spill-over functional groups [34]. This phenomenon can also be explained by electronic effects. Chen et al. [16] reported that the reduction of Fe2O3 ...
The irreversibility of both the oxidation and reduction processes were explained by rapid chemical reactions (C) following the electrochemical processes (E). If the two steps are timely correlated, this is called an EC mechanism or EC process [31,33,36,60,61]. Thus, secondary yet small, ...