Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
In the heteroepitaxial growth of films with large misfit with the underlying substrate (linear
mismatch strains in excess of 1%–2%) the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2%) the generation of misfit dislocations and threading …
Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltzb, AE Romanovc… - pubs.aip.org
In the heteroepitaxial growth of films with large misfit with the underlying substrate linear
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
[PDF][PDF] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltzb, AE Romanovc… - academia.edu
In the heteroepitaxial growth of films with large misfit with the underlying substrate linear
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
[PDF][PDF] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltzb, AE Romanovc… - researchgate.net
In the heteroepitaxial growth of films with large misfit with the underlying substrate linear
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
[PDF][PDF] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltzb, AE Romanovc… - scholar.archive.org
In the heteroepitaxial growth of films with large misfit with the underlying substrate linear
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
[引用][C] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltz, AE Romanov… - Journal of Applied …, 1996 - cir.nii.ac.jp
Scaling laws for the reduction of threading dislocation densities in homogeneous buffer
layers | CiNii Research CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] 詳細へ移動 検索 …
layers | CiNii Research CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] 詳細へ移動 検索 …
[引用][C] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltz, AE Romanov… - Journal of Applied …, 1996 - elibrary.ru
Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltz… - Journal of Applied …, 1996 - ui.adsabs.harvard.edu
In the heteroepitaxial growth of films with large misfit with the underlying substrate (linear
mismatch strains in excess of 1%-2%) the generation of misfit dislocations and threading …
mismatch strains in excess of 1%-2%) the generation of misfit dislocations and threading …
[PDF][PDF] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltzb, AE Romanovc… - sites.me.ucsb.edu
In the heteroepitaxial growth of films with large misfit with the underlying substrate linear
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
[PDF][PDF] Scaling laws for the reduction of threading dislocation densities in homogeneous buffer layers
JS Speck, MA Brewer, G Beltzb, AE Romanovc… - sites.engineering.ucsb.edu
In the heteroepitaxial growth of films with large misfit with the underlying substrate linear
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …
mismatch strains in excess of 1%–2% the generation of misfit dislocations and threading …