Search Results - "Turgut, Zafer"

Experimental Investigation of DC-Bias Related Core Losses in a Boost Inductor by Kosai, Hiroyuki, Turgut, Zafer, Scofield, James

“…Soft magnetic components in electronic systems are often subjected to dc bias-flux conditions. These dc bias conditions result in distorted hysteresis loops,…”
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Mechanical instability tuning of a magnetorheological elastomer composite laminate by Chen, Vincent W., Arora, Nitesh, Goshkoderia, Artemii, Willey, Carson L., Turgut, Zafer, Buskohl, Philip R., Rudykh, Stephan, Juhl, Abigail T.

“…Magnetorheological elastomers (MRE) can change their shape and properties when activated by an external magnetic field. The attractive tunable properties of…”
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Performance Comparison of Finemet and Metglas Tape Cores Under Non-Sinusoidal Waveforms With DC Bias by Kosai, Hiroyuki, Turgut, Zafer, Bixel, Tyler, Scofield, James

“…In a previous paper, we introduced a modified Steinmetz equation to account for dc-bias field effects, which requires only a simple dc permeability measurement…”
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Persistent current in coils made out of second generation high temperature superconductor wire by Levin, George A., Barnes, Paul N., Murphy, John, Brunke, Lyle, Long, J. David, Horwath, John, Turgut, Zafer

“…We report the results of an experimental study of a persistent coil made out of YBa 2 Cu 3 O 7 − δ coated conductors. The magnitude of the persistent current…”
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Coupled Inductor Characterization for a High Performance Interleaved Boost Converter by Kosai, H., McNeal, S., Jordan, B., Scofield, J., Ray, B., Turgut, Z.

“…Interleaved power converter topologies have received increasing attention in recent years for high power and high performance applications. The advantages of…”
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Effect of Soft Phase on Magnetic Properties of Bulk Sm-Co/[Formula Omitted]-Fe Nanocomposite Magnets by Shen, Yuhui, Leontsev, Serhiy O, Turgut, Zafer, Lucas, Matthew S, Sheets, Alexander O, Horwath, John C

“…Bulk Sm-Co/[Formula Omitted]-Fe nanocomposite magnets were fabricated by high energy ball milling and subsequent quick hot-pressing. Three different parameters…”
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Determination of Pressure Effects on the α → γ Phase Transition and Size of Fe in Nd-Fe-B Spring Exchange Magnets by Abuin, Manuel, Turgut, Zafer, Aronhime, Natan, Keylin, Vladimir, Leary, Alex, DeGeorge, Vincent, Horwath, John, Semiatin, S. Lee, Laughlin, David E., McHenry, Michael E.

“…Pressure effects in RE-lean Nd 2 Fe 14 B-based nanocomposite systems developed from nanocrystalline precursors are studied in this work. In particular, the…”
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Determination of Pressure Effects on the [alpha] [arrow right] [gamma] Phase Transition and Size of Fe in Nd-Fe-B Spring Exchange Magnets by Abuin, Manuel, Turgut, Zafer, Aronhime, Natan, Keylin, Vladimir, Leary, Alex, Degeorge, Vincent, Horwath, John, Semiatin, S Lee, Laughlin, David E, Mchenry, Michael E

“…Pressure effects in RE-lean Nd^sub 2^Fe^sub 14^B-based nanocomposite systems developed from nanocrystalline precursors are studied in this work. In particular,…”
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Effect of Soft Phase on Magnetic Properties of Bulk Sm - Co/ \alpha - Fe Nanocomposite Magnets by Shen, Yuhui, Leontsev, Serhiy O., Turgut, Zafer, Lucas, Matthew S., Sheets, Alexander O., Horwath, John C.

“…Bulk Sm-Co/α-Fe nanocomposite magnets were fabricated by high energy ball milling and subsequent quick hot-pressing. Three different parameters were…”
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Determination of Pressure Effects on the alpha arrow right gamma Phase Transition and Size of Fe in Nd-Fe-B Spring Exchange Magnets by Abuin, Manuel, Turgut, Zafer, Aronhime, Natan, Keylin, Vladimir, Leary, Alex, DeGeorge, Vincent, Horwath, John, Semiatin, SLee, Laughlin, David E, McHenry, Michael E

“…Pressure effects in RE-lean Nd sub(2)Fe sub(14)B-based nanocomposite systems developed from nanocrystalline precursors are studied in this work. In particular,…”
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Structural and magnetic properties of sol-gel Co sub(2x)Ni sub(0.5-x) Zn sub(0.5-x)Fe sub(2)O sub(4) thin films by Rebrov, Evgeny V, Gao, Pengzhao, Verhoeven, Tiny MWGM, Schouten, Jaap C, Kleismit, Richard, Turgut, Zafer, Kozlowski, Gregory

“…Nanocrystalline Co sub(2x)Ni sub(0.5-x)Zn sub(0.5-x)Fe sub(2)O sub(4) (x=0-0.5) thin films have been synthesized with various grain sizes by a sol-gel method…”
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Generating Triaxial Reinforced Epoxy/Montmorillonite Nanocomposites with Uniaxial Magnetic Fields by Koerner, Hilmar, Hampton, Edwin, Dean, Derrick, Turgut, Zafer, Drummy, Lawrence, Mirau, Peter, Vaia, Richard

“…The next step forward, transforming polymer nanocomposites from filled-polymer replacements to designed and engineered materials, necessitates the development…”
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Structural and magnetic properties of sol–gel Co2xNi0.5−x Zn0.5−xFe2O4 thin films by Rebrov, Evgeny V., Gao, Pengzhao, Verhoeven, Tiny M.W.G.M., Schouten, Jaap C., Kleismit, Richard, Turgut, Zafer, Kozlowski, Gregory

“…Nanocrystalline Co2xNi0.5−xZn0.5−xFe2O4 (x=0−0.5) thin films have been synthesized with various grain sizes by a sol–gel method on polycrystalline silicon…”
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Thermal plasma synthesis of coated iron cobalt-iron cobalt vanadium nanoparticles as precursors for compacted nanocrystalline bulk magnets by Turgut, Zafer

“…High temperature power applications such as starter and generator components of the aircraft engines require soft magnetic materials with optimum magnetic…”
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Effect of tensile stress and texture on magnetic properties of FeCo laminates by Turgut, Z., Huang, M.Q., Horwath, J.C., Hinde, R., Kubicki, J., Fingers, R.T.

“…AC and dc magnetic properties and related losses of FeCo alloy sheet samples have been determined under applied tensile stress. Heat-treated strips of alloys…”
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Thermal plasma synthesis of coated iron cobalt-iron cobalt vanadium nanoparticles as precursors for compacted nanocrystalline bulk magnets by Turgut, Zafer

“…High temperature power applications such as starter and generator components of the aircraft engines require soft magnetic materials with optimum magnetic…”
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Microstructural and magnetic observations of compacted FeCoV nanoparticles by Turgut, Z., Fingers, R.T., Piehler, H.R., McHenry, M.E.

“…One attempt to improve core loss of electromagnetic machines is to utilize nanocrystalline alloys, which are predicted to have extremely soft magnetic…”
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