Search Results - "Sebt, S. A."

Synthesis and application of FePt/CNTs nanocomposite as a sensor and novel amide ligand as a mediator for simultaneous determination of glutathione, nicotinamide adenine dinucleotide and tryptophan by Moradi, R, Sebt, S A, Karimi-Maleh, H, Sadeghi, Roya, Karimi, F, Bahari, A, Arabi, H

“…In this study, we report the synthesis and application of a FePt/CNTs nanocomposite as a highly sensitive sensor and novel amide ligand…”
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The effect of CoPt3 sublayer on the formation of fct-L10 FePt nanoparticles in direct synthesis method by Javani, F, Sebt, S A, Khajehnezhad, A, Aezami, A

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Tunnel Magnetoresistance of the Heterocyclic Molecular Junctions: A Green’s Function Approach by Ahmadi Fouladi, A., Ketabi, S. A., Elahi, S. M., Sebt, S. A.

“…We explore the spin-dependent transport properties in a molecular junction model made of heterocyclic molecules such as poythiophene, polyfuran, and…”
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The Role of Ligands in the Synthesis of FePt Nanoparticles by Sebt, S. A., Parhizgar, S. S., Farahmandjou, M., Aberomand, P., Akhavan, M.

“…The monosize formation, the ability of self-assembly, and high coercivity after annealing are the properties that lead to the priority of FePt magnetic…”
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Magnetic viscosity-coercivity relation for Fe1-xCox fine particles by ZORIASATAIN, S, SEBT, S. A, AKHAVAN, M

“…The variation of the applied field results in a subsequent change of magnetization with time. There is a relationship between the coercivity (Hc), as the…”
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Magnetic anisotropies in FeCo fine particles by Zoriasatain, S., Azarkharman, F., Sebt, S.A., Akhavan, M.

“…The single-domain particles, especially FeCo fine particles have many applications in magnetic information technology. We have prepared Fe 1− x Co x fine…”
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Comparison of the MOS capacitor hydrogen sensors with different SiO2 film thicknesses and a Ni-gate film in a 4% hydrogen–nitrogen mixture by Aval, L. Fekri, Elahi, S.M., Darabi, E., Sebt, S.A.

“…•The effect of oxide film thickness on the response measurement is investigated.•Result shows that the VFB increases on increasing the oxide thickness.•Using…”
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High magnetic coercivity of FePt–Ag/MgO granular nanolayers by Roghani, R., Sebt, S.A., Khajehnezhad, A.

“…•The role of Ag atom in reduction of transition to L10 phase temperature has been determined.•The effect of Ag presence on FePt nanoparticles coercivity was…”
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The Effect of deposition rate on FePt/MgO crystal orientation by Sheikhi, M., Sebt, S.A., Khajehnezhad, A.

“…•Deposition rate of these nanoparticles has effect on crystal orientation of them on polycrystalline MgO layer.•At rates higher than 1.5 Å/s (001) direction…”
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Effects of dephasing on the spin-dependent currents and noise power in a molecular junction by Ahmadi Fouladi, A., Ketabi, S. A., Elahi, S. M., Sebt, S. A.

“…The role of dephasing reservoirs on the spin-dependent transport through a polythiophene (PT) molecule sandwiched between ferromagnetic 3-dimensional…”
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The effect of electron flow on FePt nanoparticles under heat treatment by Sebt, S A, Ashourifar, H, Larijani, M Mojtahedzadeh

“…The FePt crystal phase transition to L10 requires a temperature of about 600 °C, but at this temperature the nanoparticles forming the samples gradually become…”
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Superhydride Effect on Formation of Single Size Pt–Fe Core–Shell Nanoparticles by Sebt, S. A., Parhizgar, S. S.

“…Pt–Fe is synthesized to form a core–shell nanostructure. In this structure the core with the average diameter 2 nm is platinum-rich and the shell with average…”
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L10 FePt Nanoparticles Processing with Applied Magnetic Field by Sebt, S. A., Khajehnezhad, A., Dariani, R. S., Akhavan, M.

“…Due to the strong magnetic anisotropy energy, the L1 0 FePt nanocrystals are considered as one of promising candidates for magnetic recording media with…”
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The effect of CoPt 3 sublayer on the formation of fct-L1 0 FePt nanoparticles in direct synthesis method by Javani, F, Sebt, S A, Khajehnezhad, A, Aezami, A

“…Abstract The smaller the size of magnetic nanoparticles is, the less their coercivity will be. The magnetic coercivity of FePt nanoparticles, in the compound…”
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The Growth and Annealing of FePt Nanoparticles in the Presence of Magnetic Field by Salahpour, M., Sebt, S. A., Khajehnezhad, A.

“…L1 0 –FePt compound ordering phase formation in FePt nanocrystals needs high temperatures, which disagree with the nanostructural order. This means collective…”
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Order Parameter in L10 FePt Nanocrystals by Khajehnezhad, A., Sebt, S. A.

“…FePt nanocrystals with L1 0 chemical order have high magnetic anisotropy. FePt nanocrystals with fcc structure need to be heated to 600 °C to form the hard…”
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The Effect of Electron Flow on Coercivity and Remanence of FePt Nanocomposites Under Heat Treatment by Ashourifar, H., Mikaili Agah, K., Behzadi Pour, G., Akbari, A., Sebt, S. A.

“…Phase transition to L1 0 for the FePt crystal requires a temperature approximately 600 °C; however, in this temperature, their size control is exceptionally…”
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L10-FePt Nanoparticles Cluster as a Magnetic Vortex by Bamshad, Z., Sebt, S. A., Abolhassani, M. R.

“…Cluster assemblies of 10–30 nm ferromagnetic nanoparticles in two dimensions may show magnetic vortex configurations. The average diameters of vortices with…”
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L1 0 -FePt Nanoparticles Cluster as a Magnetic Vortex by Bamshad, Z., Sebt, S. A., Abolhassani, M. R.

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Temperature Dependence of Magnetic Parameters in FePt Nanoparticles by Bakhshayeshi, A., Sebt, S. A., Abolhassani, M. R.

“…Here, particular focus is placed on the atomic alignment and the order–disorder phase transition of the FePt alloy with the aid of a model that can describe…”
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