[HTML][HTML] Template engineering of Co-doped BaFe2As2 single-crystal thin films
Understanding new superconductors requires high-quality epitaxial thin films to explore
intrinsic electromagnetic properties and evaluate device applications,,,,,,,,. So far,
superconducting properties of ferropnictide thin films seem compromised by imperfect
epitaxial growth and poor connectivity of the superconducting phase,,,,. Here we report new
template engineering using single-crystal intermediate layers of (001) SrTiO3 and BaTiO3
grown on various perovskite substrates that enables genuine epitaxial films of Co-doped …
intrinsic electromagnetic properties and evaluate device applications,,,,,,,,. So far,
superconducting properties of ferropnictide thin films seem compromised by imperfect
epitaxial growth and poor connectivity of the superconducting phase,,,,. Here we report new
template engineering using single-crystal intermediate layers of (001) SrTiO3 and BaTiO3
grown on various perovskite substrates that enables genuine epitaxial films of Co-doped …
[PDF][PDF] Template engineering of Co-doped BaFe2As2 single-crystal thin films
EE Hellstrom, DC Larbalestier, CB Eom - 2010 - nationalmaglab.org
Understanding new superconductors requires high-quality epitaxial thin films to explore
intrinsic electromagnetic properties and evaluate device applications 1–9. So far,
superconducting properties of ferropnictide thin films seem compromised by imperfect
epitaxial growth and poor connectivity of the superconducting phase 10–14. Here we report
new template engineering using single-crystal intermediate layers of (001) SrTiO3 and
BaTiO3 grown on various perovskite substrates that enables genuine epitaxial films of Co …
intrinsic electromagnetic properties and evaluate device applications 1–9. So far,
superconducting properties of ferropnictide thin films seem compromised by imperfect
epitaxial growth and poor connectivity of the superconducting phase 10–14. Here we report
new template engineering using single-crystal intermediate layers of (001) SrTiO3 and
BaTiO3 grown on various perovskite substrates that enables genuine epitaxial films of Co …