Search Results - "Pecko, Darja"

Numerical interpretation to differentiate hydrogen trapping effects in iron alloys in the Devanathan-Stachurski permeation cell by Vecchi, Lorenzo, Pecko, Darja, Mamme, Mesfin Haile, Van Laethem, Dries, Depover, Tom, Van den Eeckhout, Emilie, Van den Steen, Nils, Ozdirik, Berk, Verbeken, Kim, Van Ingelgem, Yves, Deconinck, Johan, Terryn, Herman

“…•Calculation of all hydrogen trapping parameters made possible in all cases.•Assessing of the contribution given by the oxide layer at the exit side for each…”
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A comparative study of the electrochemical deposition kinetics of iron-palladium alloys on a flat electrode and in a porous alumina template by Kostevšek, Nina, Rožman, Kristina Žužek, Pečko, Darja, Pihlar, Boris, Kobe, Spomenka

“…•Hindered diffusion of Fe3+ and Pd2+ complexes in an AAO template.•Same kinetics of Fe and Pd ions and constant DFe/DPd ratio irrespective of the WE.•Alloy…”
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Potentiostatically Electrodeposited Hard-Magnetic Fe-Pd-Based Nanowires by Pecko, Darja, Sturm, Saso, Kobe, Spomenka, Zuzek Rozman, Kristina

“…Near equiatomic Fe 52±3 Pd 48±3 nanowires (NWs) with the length of 3.5 μm and diameter of ≈200 nm were potentiostatically deposited at -1.1 V for 900 s into a…”
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Electrochemical studies of Fe and Pd deposition and their influence on the co-deposition of the Fe–Pd alloy by Pečko, Darja, Kostevšek, Nina, Pihlar, Boris, Samardžija, Zoran, Kobe, Spomenka, Rožman, Kristina Žužek

“…•With cycling Fe, Pd and FePd reduction proceeds at more positive potentials.•Fe, Pd and FePds’ reduction potentials are shifted for +50mV, +200mV and…”
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Electrodeposited hard-magnetic Fe50Pd50 nanowires from an ammonium-citrate-based bath by Pečko, Darja, Rožman, Kristina Žužek, Kostevšek, Nina, Shahid Arshad, M., Markoli, Boštjan, Samardžija, Zoran, Kobe, Spomenka

“…•Pulse electrodeposition with ton=2s and toff=10s results in formation of homogenous nanowires.•2.5µm long nanowires with composition of Fe55+5Pd45+5 were…”
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Electrochemical syntheses of soft and hard magnetic Fe50Pd50-based nanotubes and their magnetic characterization by KRISTINA ZUZEK ROZMAN, PECKO, Darja, SUHODOLCAN, Larisa, MCGUINESS, Paul J, KOBE, Spomenka

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Magnetization-Switching Study of fcc Fe-Pd Nanowire and Nanowire Arrays Studied by In-Field Magnetic Force Microscopy by Pecko, Darja, Arshad, Muhammad Shahid, Sturm, Saso, Kobe, Spomenka, Rozman, K. Zuzek

“…Using electrodeposition into anodic aluminum oxide (AAO) membranes, we have successfully fabricated near-equiatomic Fe 48±3 Pd 52±3 nanowires (NWs) with the…”
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Electrodeposited hard-magnetic Fe sub(50)Pd sub(50) nanowires from an ammonium-citrate-based bath by Pecko, Darja, Rozman, Kristina Zuzek, Kostevsek, Nina, Arshad, M Shahid, Markoli, Bostjan, Samardzija, Zoran, Kobe, Spomenka

“…Fe-Pd nanowires were synthesised in anodic alumina templates by applying both potentiostatic and pulsed electrodeposition regimes. When using potentiostatic…”
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Angular Dependence of the Coercivity in Electrodeposited Co-Pt Nanostructures With a Tube-Wire Morphology by Shahid Arshad, Muhammad, Pecko, Darja, Sturm, Saso, Escrig, Juan, Komelj, Matej, McGuiness, Paul J., Kobe, Spomenka, Zuzek Rozman, K.

“…We have fabricated Co-Pt cylindrical nanostructures comprised of a pair of nanotube and nanowire segments via direct electroplating into anodic alumina (AAO)…”
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Electrochemical syntheses of soft and hard magnetic Fe sub(50)Pd sub(50)-based nanotubes and their magnetic characterization by Rozman, Kristina Zuzek, Pecko, Darja, Suhodolcan, Larisa, McGuiness, Paul J, Kobe, Spomenka

“…Near-equiatomic Fe-Pd-based nanotubes with diameters of 200 nm and lengths of 1 km were directly electrodeposited from a single electrolyte into polycarbonate…”
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Electrochemical syntheses of soft and hard magnetic Fe 50Pd 50-based nanotubes and their magnetic characterization by Rožman, Kristina Žužek, Pečko, Darja, Suhodolčan, Larisa, McGuiness, Paul J., Kobe, Spomenka

“…▶ Fe–Pd nanotubes produced via direct template-assisted electroplating. ▶ Angular dependence measurements revealed that the magnetization reversal mechanism in…”
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