[[abstract]]Terrace formation in semiconductor epitaxial layers has been postulated to cause lattice bending, which ought to be observable by x-ray diffraction. Consideration of dynamical effects of x-ray reflection, both at the terraces and from a distorted crystal lattice, shows that diffraction effects by far outweigh the effects of lattice bending. For a given liquid phase epitaxial GaAs layer on a GaAs substrate, the lattice bending is estimated to be less than 10−5 rad.[[fileno]]2010105010071[[department]]物理
Epitaxial growth is intimately related to the presence of steps, islands and other forms of surface ...
The theory for the Bragg dynamical X-ray diffraction and the yield of the secondary radiation scatte...
Spatially resolved X-ray diffraction is introduced and applied for micro-imaging of strain in GaAs a...
Synchrotron x-ray back reflection section topographs of epitaxial lateral overgrown (ELO) GaAs sampl...
Synchrotron x-ray back reflection section topographs of epitaxial lateral overgrown (ELO) GaAs sampl...
A simple x‐ray diffraction method for determining layer composition and mismatch is by measurement o...
Synchrotron x-ray back reflection section topographs of epitaxial lateral overgrown (ELO) GaAs sampl...
[[abstract]]Epitaxially grown Au films on semiconductor substrates, especially on GaAs single-crysta...
[[abstract]]A special case of the x-ray multiple diffraction phenomenon, the Bra,og surface diffract...
Large errors may occur in the X-ray diffraction determination of epitaxial layer mismatch, thickness...
Semiconductor devices can be fabricated by growing III-V heteroepitaxial layers which are coherently...
La diffraction des rayons X par les cristaux parfaits en incidence rasante peut être décrite par la ...
Synchrotron radiation has been used to measure the rocking curves from a (GaIn)(AsP) single layer gr...
Double crystal x-ray diffractometry is a well established method for the measurement of the lattice ...
The synchrotron radiation plane wave topography and the Rutherford backscattering technique have bee...
Epitaxial growth is intimately related to the presence of steps, islands and other forms of surface ...
The theory for the Bragg dynamical X-ray diffraction and the yield of the secondary radiation scatte...
Spatially resolved X-ray diffraction is introduced and applied for micro-imaging of strain in GaAs a...
Synchrotron x-ray back reflection section topographs of epitaxial lateral overgrown (ELO) GaAs sampl...
Synchrotron x-ray back reflection section topographs of epitaxial lateral overgrown (ELO) GaAs sampl...
A simple x‐ray diffraction method for determining layer composition and mismatch is by measurement o...
Synchrotron x-ray back reflection section topographs of epitaxial lateral overgrown (ELO) GaAs sampl...
[[abstract]]Epitaxially grown Au films on semiconductor substrates, especially on GaAs single-crysta...
[[abstract]]A special case of the x-ray multiple diffraction phenomenon, the Bra,og surface diffract...
Large errors may occur in the X-ray diffraction determination of epitaxial layer mismatch, thickness...
Semiconductor devices can be fabricated by growing III-V heteroepitaxial layers which are coherently...
La diffraction des rayons X par les cristaux parfaits en incidence rasante peut être décrite par la ...
Synchrotron radiation has been used to measure the rocking curves from a (GaIn)(AsP) single layer gr...
Double crystal x-ray diffractometry is a well established method for the measurement of the lattice ...
The synchrotron radiation plane wave topography and the Rutherford backscattering technique have bee...
Epitaxial growth is intimately related to the presence of steps, islands and other forms of surface ...
The theory for the Bragg dynamical X-ray diffraction and the yield of the secondary radiation scatte...
Spatially resolved X-ray diffraction is introduced and applied for micro-imaging of strain in GaAs a...