Advanced Materials and Nanotechnology

Volume 700

doi: 10.4028/

Paper Title Page

Authors: Damian Rybicki, Martin Greven, Juergen Haase, Thomas Meissner, Swee K. Goh, Grant V. M. Williams

Abstract: NMR spin shift data of La1:85Sr0:15CuO4, HgBa2CuO4+ at ambient pressure, andof YBa2Cu4O8 at pressure up to 63 kbar are discussed that fail...

Authors: Evgueni F. Talantsev, Nicholas J. Long, Nicholas M. Strickland, Jeffery L. Tallon

Abstract: We investigate the pinning force anisotropy for BSCCO and YBCO commercial wires at 77 K. The pinning force is measured to 3 T and for all...

Authors: Benjamin P. P. Mallett, Thierry Schnyder, Grant V. M. Williams, Jeffery L. Tallon

Abstract: Raman measurements were made on polycrystalline Bi2􀀀xPbxSr1:6Ln0:4CuO6􀀀 for Ln=fLa,Nd, Sm, Eug with various x and doping states. Our...

Authors: James A. Xia, Nick M. Strickland, Evgueni F. Talantsev, Nick J. Long

Abstract: We study the formation mechanism of nanoparticles in thin films of the superconductor YBa2Cu3O7-δ (YBCO)....

Authors: Jibu Stephen, Grant V. M. Williams, Benjamin J. Ruck

Abstract: We report the results from magnetotransport measurements on polycrystalline Sr2-xLaxFeMoO6 samples at...

Authors: Yukari Fujioka, Johannes Frantti, Risto M. Nieminen

Abstract: Ti-rich Mg1ЎxTi1+xO3 samples were synthesized by solid-state reaction. Sampleswere characterized by room temperature x-ray powder...

Authors: Yukari Fujioka, Johannes Frantti, Sven C. Vogel, Jian Zhong Zhang, Zhi Jun Lin, Helmut Reiche, Adrian Losko, Luke L. Daemen

Abstract: The effect of manganese doping on the magnetic and structural properties of strontiumtitanate (SrTiO3) was studied. Neutron powder...

Authors: Duncan M. McCann, Grant V. M. Williams, Adam R. Hyndman, Jibu Stephen

Abstract: We observe a large magneto-resistance in very thin Ba2FeMoO6 films of ~-12% at 10K, which is not significantly changed...

Authors: Jérôme Leveneur, John Kennedy, Grant V. M. Williams, Fang Fang, James B. Metson, Andreas Markwitz

Abstract: We have fabricated surface magnetic iron nanoclusters using low energy Fe+ implantation and electron beam annealing. We find that...


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