Smallest variations of the lattice parameter result in significant changes in material properties. Whereas in bulk, lattice parameters can only be changed by composition or temperature, coherent epitaxial growth of thin films on single crystals allows adjusting the lattice parameters independently. Up to now only discrete values were accessible by using different buffer or substrate materials. We realize a lateral variation of in-plane lattice parameters using combinatorial film deposition of epitaxial Cu-Au on a 4-in. Si wafer. This template gives the possibility to adjust the in-plane lattice parameter over a wide range from 0.365 nm up to 0.382 nm
The programmability of DNA makes it an attractive structure-directing ligand for the assembly of nan...
Strained coherent film growth is commonly either limited to ultrathin films or low strains. Here, we...
Thin layers of orthorhombic uranium ({\alpha}-U) have been grown onto buffered sapphire substrates b...
Epitaxial growth is an important technique for the fabrication of film structures with good crystall...
Coherent epitaxial growth allows us to produce strained crystalline films with structures that are u...
It is well known that a variation of lattice constants can strongly influence the functional propert...
Epitaxial thin film heterostructures are critical for integrating multi-functionality on a chip and ...
Determining atomic positions in thin films by X-ray diffraction is, at present, a task reserved for ...
A general description of epitaxy between thin films and substrates of any crystal symmetry was devel...
[[abstract]]Ga0.47In0.53As and Al0.48In0.52As were grown lattice matched to InP substrates with a ro...
We present a procedure to prepare single-crystalline, high-purity Cu(001) films (templates) suitable...
A continuous fcc-to-bcc crystallographic transition via a homogeneous tetragonal lattice deformation...
The correlation between morphology and magnetism of ultrathin epitaxial films is investigated by a c...
The phase transformation behaviors of ultrathin Cu film under uniaxial tensile stress are investigat...
The symmetry breaking between ABC and ACB stacking twins in the growth of Cu3Au (111) thin films on...
The programmability of DNA makes it an attractive structure-directing ligand for the assembly of nan...
Strained coherent film growth is commonly either limited to ultrathin films or low strains. Here, we...
Thin layers of orthorhombic uranium ({\alpha}-U) have been grown onto buffered sapphire substrates b...
Epitaxial growth is an important technique for the fabrication of film structures with good crystall...
Coherent epitaxial growth allows us to produce strained crystalline films with structures that are u...
It is well known that a variation of lattice constants can strongly influence the functional propert...
Epitaxial thin film heterostructures are critical for integrating multi-functionality on a chip and ...
Determining atomic positions in thin films by X-ray diffraction is, at present, a task reserved for ...
A general description of epitaxy between thin films and substrates of any crystal symmetry was devel...
[[abstract]]Ga0.47In0.53As and Al0.48In0.52As were grown lattice matched to InP substrates with a ro...
We present a procedure to prepare single-crystalline, high-purity Cu(001) films (templates) suitable...
A continuous fcc-to-bcc crystallographic transition via a homogeneous tetragonal lattice deformation...
The correlation between morphology and magnetism of ultrathin epitaxial films is investigated by a c...
The phase transformation behaviors of ultrathin Cu film under uniaxial tensile stress are investigat...
The symmetry breaking between ABC and ACB stacking twins in the growth of Cu3Au (111) thin films on...
The programmability of DNA makes it an attractive structure-directing ligand for the assembly of nan...
Strained coherent film growth is commonly either limited to ultrathin films or low strains. Here, we...
Thin layers of orthorhombic uranium ({\alpha}-U) have been grown onto buffered sapphire substrates b...