D. Fuchs
Karlsruhe Institute of Technology
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Publication
Featured researches published by D. Fuchs.
Journal of Applied Physics | 2000
D. Fuchs; M. Adam; P. Schweiss; S. Gerhold; S. Schuppler; R. Schneider; B. Obst
Ti-deficient SrTixO3−δ films, x 0.89, the Ti deficiency was primarily compensated by a change of the site occupation on the cation su...
Physical Review B | 2009
D. Fuchs; L. Dieterle; E. Arac; R. Eder; P. Adelmann; V. Eyert; T. Kopp; R. Schneider; D. Gerthsen; H. v. Löhneysen
Epitaxially strained
Physical Review B | 2010
M. Merz; P. Nagel; C. Pinta; A. Samartsev; H. v. Löhneysen; M. Wissinger; S. Uebe; A. Assmann; D. Fuchs; S. Schuppler
{\text{LaCoO}}_{3}
Journal of Applied Physics | 2002
D. Fuchs; M. Adam; P. Schweiss; R. Schneider
(LCO) thin films were grown with different film thickness,
Physical Review B | 2008
C. Pinta; D. Fuchs; M. Merz; M. Wissinger; E. Arac; H. v. Löhneysen; A. Samartsev; P. Nagel; S. Schuppler
t
Superconductor Science and Technology | 2013
R. Schneider; A G Zaitsev; D. Fuchs; R Fromknecht
, on (001) oriented
Applied Physics Letters | 2014
D. Fuchs; Roland Schäfer; Ahmed Sleem; R. Schneider; Richard Thelen; H. v. Löhneysen
{({\text{LaAlO}}_{3})}_{0.3}{({\text{SrAl}}_{0.5}{\text{Ta}}_{0.5}{\text{O}}_{3})}_{0.7}
Journal of Physics: Condensed Matter | 2014
R. Schneider; Alexander G. Zaitsev; D. Fuchs; H. von Löhneysen
substrates. After initial pseudomorphic growth the films start to relieve their strain partly by the formation of periodic nanotwins with twin planes predominantly along the
Journal of Applied Physics | 2017
Cornelia E. Hintze; D. Fuchs; M. Merz; Houari Amari; Christian Kübel; Meng-Jie Huang; Annie K. Powell; H. v. Löhneysen
⟨100⟩
Scientific Reports | 2017
Fedor S. Fedorov; Michail Vasilkov; Andrey Lashkov; Alexey Varezhnikov; D. Fuchs; Christian Kübel; Michael Bruns; Martin Sommer; Victor V. Sysoev
direction. Nanotwinning occurs already at the initial stage of growth, albeit in a more moderate way. Pseudomorphic grains, on the other hand, still grow up to a thickness of at least several tenths of nanometers. The twinning is attributed to the symmetry lowering of the epitaxially strained pseudotetragonal structure toward the relaxed rhombohedral structure of bulk LCO. However, the unit-cell volume of the pseudotetragonal structure is found to be nearly constant over a very large range of