M. Maxwell
Northern Illinois University
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Publication
Featured researches published by M. Maxwell.
Physical Review B | 2001
P. W. Klamut; B. Dabrowski; S. Kolesnik; M. Maxwell; J. Mais
We report on the properties of new ruthenocuprates
Journal of Applied Physics | 2005
Y. Z. Yoo; Omar Chmaissem; S. Kolesnik; B. Dabrowski; M. Maxwell; C. W. Kimball; L. McAnelly; M. Haji-Sheikh; A. P. Genis
{\mathrm{Ru}}_{1\ensuremath{-}x}{\mathrm{Sr}}_{2}{\mathrm{GdCu}}_{2+x}{\mathrm{O}}_{8\ensuremath{-}y}
Physica C-superconductivity and Its Applications | 2001
P. W. Klamut; B. Dabrowski; J. Mais; M. Maxwell
Physica C-superconductivity and Its Applications | 2001
P. W. Klamut; B. Dabrowski; S. M. Mini; M. Maxwell; S. Kolesnik; J. Mais; A. Shengelaya; Rustem Khasanov; I. M. Savić; H. Keller; Tom Graber; Jeffrey Gebhardt; P.J. Viccaro; Yanan Xiao
(x=0,
Physica C-superconductivity and Its Applications | 2000
P. W. Klamut; B. Dabrowski; M. Maxwell; J. Mais; Omar Chmaissem; R. Kruk; R. Kmiec; C. W. Kimball
0.1, 0.2, 0.3, 0.4, and 0.75) that extend the superconductivity found previously in
Physica C-superconductivity and Its Applications | 2002
R. Kruk; R. Kmiec; P. W. Klamut; B. Dabrowski; Diane Brown; M. Maxwell; C. W. Kimball
{\mathrm{RuSr}}_{2}{\mathrm{GdCu}}_{2}{\mathrm{O}}_{8}{(T}_{c}=45\mathrm{K})
Journal of Superconductivity | 2002
B. Dabrowski; P. W. Klamut; M. Maxwell; S. M. Mini; S. Kolesnik; J. Mais; A. Shengelaya; R. Khazanov; H. Keller; C. Sulkowski; D. Wlosewicz; Marcin Matusiak
to the solid solution with varied Ru/Cu ratios. The compounds have been synthesized in a high-pressure oxygen atmosphere. The maximum temperature of the superconducting transition is 72 K for the
Physica C-superconductivity and Its Applications | 2003
Zhaohui Han; J. I. Budnick; M Daniel; W. A. Hines; D.M Pease; P. W. Klamut; B. Dabrowski; S. M. Mini; M. Maxwell; C. W. Kimball
x=0.3
Journal of Applied Physics | 2002
P. W. Klamut; B. Dabrowski; S. M. Mini; S. Kolesnik; M. Maxwell; A. Shengelaya; R. Khasanov; H. Keller; I. M. Savić; C. Sulkowski; Marcin Matusiak; A. Wisniewski; R. Puzniak; I. Fita
and 0.4 compositions. The reported behavior of magnetization at low temperatures can be qualitatively explained assuming a quasi-two-dimensional character of the superconducting regions in the compounds studied.
arXiv: Superconductivity | 2002
P. W. Klamut; B. Dabrowski; S. M. Mini; S. Kolesnik; M. Maxwell; J. Mais; A. Shengelaya; R. Khazanov; I. M. Savić; H. Keller; C. Sulkowski; D. Wlosewicz; Marcin Matusiak; A. Wisniewski; R. Puzniak; I. Fita
SrRuO3 (SRO) thin films were grown on SrTiO3 (100) substrates using the pulsed laser deposition method. In order to fully exploit the correlation between their properties and the partial (working) pressures of oxygen in which they are grown, a wide range of pressures—from 0.1to300mTorr—was investigated. SRO ablation plumes showed a shape transition from forward directed to confined isotropic at 60mTorr. Also, all measured properties of SRO films displayed significant changes at 60mTorr. Out-of-plane lattice constants and strains of SRO films were quite large for low-pressure growth (up to 10mTorr), but became notably minimized at 60mTorr and continued to change gradually with further pressure increases. Ru deficiencies seemed to occur regardless of working pressure value. The island growth mode was dominant for low pressures up to 10mTorr, followed by the step flow growth mode at 60mTorr and step flow plus two-dimensional growth at 200mTorr, reverting then back into island growth at 300mTorr. Only those S...